Norix FPV – FPV TO GO

HDZero VRX Review: Is it for me?

Norix FPV — Tue, 11 Jul 2023 07:45:37 +0000

Are you ready to take your FPV flying experience to new heights? If so, let us introduce you to the revolutionary HDZero VRX-an innovative device that brings high-definition visuals to your FPV goggles. In this article, we’ll explore the HDZero VRX, its features, and the impact it can have on your FPV adventures.

What the VTX system is in FPV？

Before diving into the HDZero VRX review, it’s important to understand what the VTX system is in FPV. The VTX system is a critical component of FPV flying, enabling immersive real-time video transmission.A quality VTX system has a significant impact on our FPV flight experience and plays a key role in determining overall flight performance. The system consists of two main parts: the transmitter on the drone and the receiver, which can be FPV goggles or an FPV monitor.

Using a fixed radio frequency and frequency band, the VTX system facilitates the transmission of live video footage captured by the camera from the transmitter to the receiver, providing a first-person viewing experience.

In the realm of FPV, VTX devices generally fall into two categories. The first is the analog signal transmission mode, which is the predominant method used in the majority of current FPV solutions. This analog mode is widely used in multirotor drones, fixed-wing UAV, and other Quad models.

The second category is the digital video transmission mode, spearheaded by DJI, which represents the most advanced digital VTX mode currently available.

However, both analog and digital VTX solutions have their own distinct advantages and disadvantages that address different deployment scenarios.

Analog VTX systems offer the advantage of low latency, typically around 4ms, and cost effectiveness. However, they may lack high image clarity, reminiscent of a vintage television display.

On the other hand, digital VTX HD systems offer high-definition visuals and improved viewing quality. However, they tend to have higher latency, such as the DJI HD VTX, which has a delay of about 28ms. Another drawback of digital VTX systems is their higher price point, with a complete VTX system costing approximately $715.

What is HDZero VRX?

The HDZero VRX is a cool device，it’s a video receiver that receives the video signal from your HDZero video transmitter, and displays the video in your FPV goggles via an HDMI cable. that you can use to convert your analog FPV goggles into high definition goggles. It’s like giving your goggles a serious upgrade!

Basically, it takes the analog video signal from your drone and converts it to a crystal clear high definition signal. This means you’ll be able to watch your FPV footage with stunning detail and clarity, just like you’re right there in the cockpit!

Now, keep in mind that the HDZero VRX is designed for a specific group of FPV pilots who want to take their flying experience to the next level. If you’re already using analog goggles and craving better picture quality, this device can be a game changer for you. It’s a bit like turning up the resolution on your favorite video game-it makes everything look sharper and more immersive.

But here’s the catch: the HDZero VRX is not for everyone. It’s for those who are really into their FPV racing or Whoop flying and want that extra level of visual fidelity. If you’re just starting out or aren’t too concerned about high-definition visuals, you might not need it.

Oh, and one more thing to note-it’s not the most budget-friendly option out there. It does come with a higher price tag compared to regular analog systems. So if you’re serious about getting top-notch HD visuals for your FPV adventures, the HDZero VRX might be worth considering.

The HDZero VRX is specifically designed to be mounted on Fatshark and Skyzone FPV goggles, making it an ideal fit for these particular goggles. However, it may not work seamlessly with other goggles that have different shapes and sizes.

If you have goggles other than Fatshark or Skyzone, you may need a custom mount to ensure proper compatibility and secure mounting of the HDZero VRX.

HDZero VRX Review

Specifications

Model: HDZero VRX
Frequency:5.725-5.850GHz
Resolution Default:1280*720@60fps
RF Sensitivity: -105dBm
RF Connector: 4 x SMA
Video Connector:Mini HDMI
Additional functions:
– Real time clock
– ELRS Backpack expansion plug
– Audio Recording
Size: 105mm x 47mm x 30mm
Weight: 85g
Power:12W
Power input: 7V-26V(2S-6S)
Mounting: Remove the Goggle’s fan cover
Other Important Notes:
-Direct-Pass Cable, no regulator inside
-Check Goggle input v oltage range first to av oid goggle damage: HDZero VRX supports 2S-6S.

Price

$219.99 at HDZero

Unboxing

The HDZero VRX consists of three key components: an FPV goggle receiver module, a drone transmitter module, and an HD lens upgrade model.

The receiver module serves as a direct upgrade for analog goggles and features a compact size. It is designed to hold up to 4 antennas and supports internal pin antennas with SMA interface.

On the top of the module you’ll find a convenient 3-segment selection confirmation button. This allows for easy adjustment of the display parameters prior to connecting the goggles.

On the bottom of the module, you’ll find the upgrade cable interface, a mini-HDMI output interface, and a TF card slot. The TF card slot allows direct insertion of TF cards for DVR recording, while the other interfaces provide advanced connectivity options.

In addition to the module, the HDZero VRX package includes various accessories such as a reference board, an HDMI transmission cable, a power cord, and several small scattered accessories.

These components work in harmony to upgrade your FPV goggles and provide improved functionality and performance. With the HDZero VRX, you can expect an enhanced FPV experience with advanced features and convenient add-ons.

Taking a closer look at the HDZero VRX

The transmitter of the drone is a mini VTX device with a power output of 200mW. While the brand offers a VTX that supports a maximum power of 1W, for the convenience of installation on my 1s whoop, I deliberately chose this mini VTX model that supports 1-2s power. It has a metal shield that serves the dual purpose of protection and heat dissipation.

As for the camera, it is a Runcam camera that supports digital image capture. Unlike traditional analog cameras, this camera uses a coaxial cable design similar to DJI, with multiple pins for connection. The camera’s cable is securely attached with a buckle. The product list also includes a smaller HD camera option that is more suitable for use on smaller drones.

Interestingly, both cameras use nearly identical circuit chip designs, differing primarily in sensor and lens size. The decision to go with the larger camera was made to achieve superior image quality. The entire 1s drone setup, including this VTX, weighs only 43 grams, making it incredibly compact. This weight is one of the lightest available for indoor FPV setups with HD VTX capability.

Installation

The installation process for the HDZero VRX is surprisingly straightforward, much easier than I initially expected.

To install, all you have to do is remove the top cover of your goggles and replace it with the top cover that comes with the module. Then connect the VTX module to your goggles with an HDMI cable. Power both the goggles and the HDZero VTX receiver module simultaneously using a 1-to-2 power cable.

Finally, select the external signal input on your goggles and you’ll be able to view the high-definition image transmitted by the HDZero VTX directly.

During my first experience with the HDZero VRX, I was immediately impressed by the remarkable clarity it offered. The visuals were incredibly crisp and reminiscent of DJI’s digital VTX technology. Even though the resolution is 720p, the clarity is comparable to, if not significantly better than, what you’d see with the naked eye. It’s a significant improvement over analog cameras and really enhances the FPV viewing experience.

In conclusion, the installation process for the HDZero VRX is hassle-free and the results are stunning. It brings remarkable image clarity to your FPV goggles, rivaling the quality of DJI’s digital VTX. Say goodbye to the limitations of analog cameras and prepare to be amazed by the improved visual fidelity of the HDZero VRX.

Real Experience

Now let’s talk about the real outdoor experience with the HDZero VRX. For the flight test, I mounted it on a 1s T-Motor drone. It happened to be a relatively windy day, so I didn’t focus too much on the stability of the drone at first.

Watching the live video on the screen, I noticed that the overall color reproduction was on the cooler side, which gave the visuals a pleasant and comfortable appearance. The screen latency was impressively low, with the remote control and the corresponding flight screen almost perfectly in sync.

To put this to the test, I followed my usual testing method and found that the VTX’s latency was around 20ms. This latency is more than sufficient to meet the demands of racing competitions. It’s one of the reasons why the HDZero VRX is gaining popularity among professional racing pilots, as its lower latency is proving to be more suitable for their needs compared to the larger DJI Digital VTX.

In terms of signal quality, I noticed a notable difference between the HDZero VRX and DJI’s digital VTX as the signal strength faded. The DJI tends to show large areas of mosaic patterns as the signal bitrate drops, indicating a significant drop in signal quality.

The HDZero VRX, on the other hand, shows scattered snowflakes, representing a degradation in signal quality over distance. This serves as a helpful reminder for pilots to return in a timely manner to avoid video loss.

The HDZero VRX or the HDZero Goggles: Which should I buy?

Choosing between the HDZero VRX and the HDZero Goggles is a matter of personal preference and circumstance.

If you’re new to the hobby, or don’t currently own HDMI-equipped goggles, I’d recommend waiting for the HDZero Goggles (which come with a built-in HDZero receiver). This is because using the VRX with third-party goggles can result in messy cabling, and the added weight of the VRX can be uncomfortable during extended flights.

However, if you’re eager to dive into the HDZero system and can’t wait, the VRX serves as a good entry point. You can use it as a backup receiver or incorporate it into a ground station setup in the future. Keep in mind that the availability and quality of the HDZero goggles is still unknown, so the VRX is a viable option to get the HDZero experience without delay.

Ultimately, the choice between the HDZero VRX and the HDZero goggles depends on your specific needs, timeline, and willingness to wait for the upcoming goggles. Both options have their advantages, so weigh the factors that are important to you and make a decision based on your preferences and needs.

Conclusion

The overall experience with the HDZero VRX conversion device remains positive; however, it is aimed at a specific demographic and follows a distinct professional path.

Pilots with specific needs may find this device appealing. First, racers who already own analog goggles, especially those accustomed to Fat Shark or Skyzone goggles, may choose to upgrade to the HDZero VTX for improved image quality.

In addition, pilots who primarily fly Whoop and Tinywhoop drones indoors and want to enhance their experience with 1s miniature aircraft may also consider this upgrade.

It should be noted that pilots already using the DJI HD VTX system may find it relatively expensive to purchase the HDZero VTX system separately, which is an important factor to consider.

For FPV pilots, how many proven VTX system solutions do you know of that are currently on the market? You can discuss the VTX systems you know in the comments.

The post HDZero VRX Review: Is it for me? first appeared on FPV TO GO.

Review RadioMaster Boxer Radio Control: How Good is it？

Norix FPV — Mon, 03 Jul 2023 07:36:40 +0000

RadioMaster dropped a bombshell last year with their brand new, compact, full-size radio control system called the BOXER. This bad boy follows in the footsteps of its predecessors, the TX16S and TX12S, but with some great upgrades. It comes in three versions: CC2500 multi-protocol, 4-in-1 multi-protocol, and ELRS 2.4GHz protocol.

Here’s where things get really interesting. The BOXER’s ELRS protocol is a game changer. You can easily upgrade it over Wifi and tweak all those sweet parameters to your heart’s content. Talk about user friendly, right? No wonder it’s becoming the FPV radio protocol of choice for all the cool pilots.

Well, it’s been six months since I got my hands on this beauty, and it’s time to spill the beans on its performance. Get ready for a deep dive into the BOXER’s features, reliability, and overall awesomeness. Let the review begin!

RadioMaster Boxer Radio Control

Specification

Item: RadioMaster BOXER Radio

Size: 235*178*77mm

Weight: 532.5g

Frequency: 2.400GHz-2.480GHz

Internal RF Options: CC2500 multi-protocol / 4-in-1 multi-protocol / ELRS 2.4GHz

Supported protocols: Module dependent

Transmitting Power CC2500 and 4IN1: Max 20dBm

Transmitting Power ExpressLRS: Max 30dBm (international) / Max 20dBm (EU LBT)

Cooling fan: Built in (ELRS version)

Voltage Range: 6.6-8.4V DC

Radio Firmware: EdgeTX (Transmitter) / Multi-Module (RF module) / ELRS

Channels: Max 16 channels (Receiver dependent)

Battery: 7.4V 2-cell Lithium-Polymer / Two 3.7V 18650 Lithium-Ion cells (batteries not included)

Display: 128*64 Monochrome LCD display

Gimbal: High precision 4.0 Hall gimbals as standard (AG01 Optional)

External module: JR/FrSKY/Crossfire compatible

Upgrade Method: USB/SD card & EdgeTX Companion PC software

Package Includes

1 * BOXER Radio

1 * Signature Carry Case

1 * T Antenna

1 * USB-C Cable

1 * Gimbal Protector

1 * 1.5mm Allen Key

2 * M4*4 Screws

4 * Low Tension Springs

1 * 18650 Battery Tray

1 * Stickers

1 * Manual

Price

$99.99 CC2500 Version on RadioMaster

$139.99 ELRS Version on RadioMaster

Resolution

EdgeTX Operating System

The system comes with the open-source EdgeTX system, featuring a sleek 128*64 monochrome LCD display powered by the STM32VGT6 chip.

But here’s the real kicker: the ELRS version takes things up a notch with its adjustable refresh rate, supporting an impressive F-1000Hz. And if you’re operating in FCC mode, you’ll be thrilled to know that you can crank the power up to a whopping 1W.

Appearance

The RadioMaster BOXER has a unique shoulder button design that sets it apart. On the left, you’ll find the self-locking switch (SE button), while on the right, you’ll find the self-recovery switch (SF button).

This design may remind you of the TBS MAMBO, but the BOXER has its own distinctive details. In particular, it offers an ergonomically designed back index finger grip, a comfortable fabric grip, a spacious battery compartment, six convenient shortcut mode buttons and a removable T-antenna.

The package also includes a complimentary storage pouch and bumper for added convenience.

On the bottom, you’ll find a USB fast charge port that supports QC3.0 fast charging for fast and efficient charging. It can handle a maximum current of 2.0A for 2S batteries.

The expanded battery compartment provides ample room for a 6200mAh 2S battery, providing an impressive 20 hours of battery life as per the official specifications. Even with the additional RF head installed, battery life is not an issue, ensuring you have enough power for at least an afternoon of outdoor use.

Charge Port

It’s a good idea to have separate USB ports for charging and for the simulator. Prolonged charging to 100% can significantly reduce the life of a lithium battery. Using a simulator and charging from the same port can be a problem.

With the BOXER, however, you can charge the LiPo battery up to 90% and then use it for a sim game. Afterwards, you can simply turn off the TX without saving the charge or experiencing a noticeable reduction in maximum capacity over the next few weeks.

Hall Effect Gimbals

The Boxer radio control is equipped with V4.0 Hall Effect gimbals, which eliminate potentiometers and instead use magnetic sensors for greater precision. The AG01 gimbal, machined from high-quality CNC metal, offers superior precision and smooth return compared to the V4.0 Hall Effect gimbal.

For those who prefer the AG01 gimbal, it is also available as an optional upgrade at an additional cost.

Conclusion

Pros

-The Boxer has much better ergonomics than the TX16.

-The Boxer radio’s internal Express LRS module exceeds the 250 mW of power found in the TX16S. It also has built-in cooling to ensure optimal performance even as the module heats up.

Cons

-The screen of the Boxer is not as good as the screen of the TX16.

-The top button on the outer edge of the RadioMaster Boxer radio feels a little rough and scratchy.

I think the Boxer radio is going to be a big hit with a lot of people. It’s a feature-packed radio with multiple switch controls and functions, all in a compact size. Whether you choose the ELRS, 4-in-1, or CC2500 module, it’s got you covered for whatever you want to use. The ergonomics are even better than the TX16s, with a comfortable fit for your fingers on the radio.

Now, there are a few minor gripes that some people have mentioned, like the screen not being as large as the TX16’s and the top buttons feeling a little scratchy. But honestly, these are just minor nitpicks in an otherwise great experience. Overall, this remote is definitely worth your time.

By the way, if you want to see what other FPV pilots have to say about it, check out the video below. It might give you some more insight before you make your decision.

More Information

We hope this guide has helped you find the best cheap FPV goggles for your needs. If you have any further questions or suggestions, we’d love to hear from you! Please sign up for our newsletter to stay up to date with our latest articles, then visit our Facebook page and Instagram to join the community conversation.

If you found this guide helpful, please share it on social media! Also, be sure to check out our fpv parts list guide to see all of our top parts picks.

Thanks for reading, and happy FPV traveling!

The post Review RadioMaster Boxer Radio Control: How Good is it？ first appeared on FPV TO GO.

Caddx Walnut FPV Action Camera Review: Best Budget?

Norix FPV — Sat, 01 Jul 2023 04:29:35 +0000

When it comes to training, pilots want a compact, high-quality, affordable, and drop-resistant action camera.

Today, let’s talk about Caddx’s latest action camera product, which will be released in the first half of 2023 – the Caddx Walnut Action Camera. With a size similar to the GoPro5 Session and a name inspired by its durability and compactness, it’s a top choice for pilots.

Caddx Walnut Action Camera

You need to know its basic specifications

SPECS

Main Resolution:4K/60fps,4K/30fps(4/3),2.7K/60fps,2.7K/30fps(4/3), 1440P/60fps,1080p/120fps.
Power input: Type-C,2s-6s BEC, Magnet
Image Sensor:1/2.3inch HDR Sensor
Camera Bitrate: Max 100M bitrate
Recording time:4K/60fps (30min)
Video Encode: H264/H265
Dimension:38mm*36mm
Battery Capacity:600mA
EIS: Gyroflow supported
Model: CADDX Walnut
Video file format: MP4
Image Rotate: support
SD card: Max 256G
Audio: Supported
LANGUAGE: Auto
waterproof: IP64
Wifi: Supported
Weight:62.8g
FOV:150”

Features

The discontinuation of the popular GoPro Session 5 has left FPV pilots looking for a replacement. The Caddx Walnut HD camera rises to the challenge, offering affordability and reliability without compromising on features.

With impressive 4K resolution and 60fps, the Caddx Walnut delivers stunning footage. Gyroflow stabilization ensures smooth and clear video, while its IP64 waterproof rating means it can withstand any weather.

Weighing just 60 grams and with a compact cube shape, it’s comparable in size to the GoPro Session. It shoots at 60fps in 4K and 120fps in sensor, with a wide 150-degree field of view.

Fitting it into normal Session mounts can be a bit of a challenge due to the protruding lens, but can be easily solved by sliding it in as usual. The camera has a USB-C slot and an SD card slot that supports up to 256GB for plenty of storage.

Package List

1x Caddx Walnut FPV Action Camera
1x Adjustable Camera Mount
1x Charging Cable
1x Thumb Screw
1x Camera Case
1x ND16 Filter
1x Lens Cloth
1x ND8 Filter
1x Cable Set

About Caddx Walnut HD camera

Unboxing

Upon opening the box, I was pleasantly surprised to find a compact storage bag included. The abundance of accessories inside the bag added to my excitement. The unit itself has a soft case with a standard adapter and two ND filters: ND8 and ND16. These filters, enclosed in a waterproof rubber ring, allow you to capture visually stunning slow shutter video with a sense of speed.

Accessories include a magnetic charging base. Since the camera has a built-in battery that cannot be removed, it can be powered by the flight controller during flight. The magnetic base adapter allows for extended shooting sessions, overcoming the limitations of the camera’s compact size.

The upper level of the storage box contains an accessory package consisting of a USB-C cable, base mounting screws, a wipe, and the flight control power and control module. By setting up a separate channel for the camera in Betaflight, you can control the camera directly with the remote control to start and stop recording.

Overall Design

The camera’s main unit features a sleek light gray design with a frosted plastic shell material, while the back is made of metal for efficient heat dissipation and enhanced durability. Weighing approximately 63g, the camera strikes a balance between portability and robustness.The Walnut Action Camera has a 1/2.3-inch sensor and a built-in 600mAh battery. It supports Gyroflow stabilization for smooth footage.

Although it lacks a screen display, you can preview the screen by downloading the mobile app. The camera has two buttons on the top for power and mode selection. The indicator in the top left corner shows the recording resolution status, with a green light for 4K, blue for 2.7K, and cyan for 1440p and 1080p.

Image Quality

While the camera’s parameters support shooting in 4K at 60fps, the video quality also depends on the bit rate. Some capture devices may claim to support 4K, but if the bit rate is insufficient, the resulting video quality may be poor even at 4K resolution.

Now we have a look at the camera’s image quality performance in real-world photos and videos.

Looking at the screenshots, it is clear that the Caddx Walnut camera excels at capturing high clarity and sharpness in 4K mode. The photos taken under favorable daylight conditions show remarkable clarity, vibrant color saturation, and a pleasing overall appearance.

When compared to the GoPro9 and Insta360 GO2 action cameras, the Walnut camera shows minimal differences in image quality, making it suitable for everyday use.

In addition, the Walnut hd camera offers post-stabilization functionality. By updating to the latest version of Gyroflow and importing the recorded video into the Walnut 4K action camera software, the software automatically detects the parameters and performs the necessary calculations, resulting in smooth and stabilized footage.

With improved stability, the footage has increased image tension and slight color blending, creating a cinematic look that is ideal for aerial photography and capturing compelling moments.

Price

$129 Caddx Walnut HD Action Camera Unit

$139 Walnut Camera Unit with ND8/16 Filter

Wiring

Caddx provides comprehensive wiring diagram descriptions, including detailed instructions for the power and multi-function buttons, ensuring clear and easy to follow guidance for users.

Conclusion

Priced at $139, the Caddx Walnut Action Camera offers excellent value with the inclusion of two ND filters, support for magnetic charging, and compatibility with remote flight control. Its compact 63g weight supports 4K resolution, while the built-in gyroscope ensures stability.

With a recording bit rate of up to 100 megabytes per second, this camera delivers remarkable image performance, making it ideal for daily practice and FPV flight video sharing.

However, there are a few minor inconveniences in the usage process.

Firstly, the lack of a built-in screen makes it less user-friendly as you cannot easily view the parameters while shooting.

Second, there are concerns about heat dissipation and recording time in 4K mode. Although it can record for up to 30 minutes, the camera can get warm. However, this can be solved by using the magnetic cable with the flight control, which is not a big issue for FPV pilots.

Also, the camera has no built-in stabilization, so it’s important to make sure your drone is in good condition and to minimize any shaking. Alternatively, you can use the powerful Gyroflow for post-processing to get excellent results.

Do you think this Walnut is the best budget square 4k hd camera? You can tell your thoughts in the comments!

More Information

If you found this guide helpful, please share it on social media! Also, be sure to check out our fpv parts list guide to see all of our top parts picks.

Thanks for reading, and happy FPV traveling!

The post Caddx Walnut FPV Action Camera Review: Best Budget? first appeared on FPV TO GO.

The Ultimate Beginner’s Guide To FPV Flight Controller

Norix FPV — Tue, 16 May 2023 08:09:11 +0000

Welcome to the Ultimate Guide to FPV Flight Controller! If you’re interested in flying drones or other remote-controlled aircraft, then you know that the flight controller is one of the most important components of your setup. It’s the brain of your aircraft, controlling everything from its movement to its stability and performance. But with so many options and features to choose from, finding the right flight controller can be a daunting task. That’s where this guide comes in.

In this guide, we’ll give you a comprehensive overview of FPV flight controllers, including their components, types, and features. We’ll also give you tips on how to choose the right controller for your specific needs and budget, and walk you through the setup and configuration process. In addition, we’ll cover advanced tips for optimizing your controller’s performance.

Whether you’re a beginner or an experienced drone pilot, this guide will give you the knowledge and insight you need to make informed decisions about your FPV controller. So let’s dive in and explore the exciting world of FPV flight controllers!

Introduction to FPV Flight Controllers

What is a flight controller?

An FPV flight controller is the device that manages the flight of a drone. It serves as the brain of the aircraft, receiving input from various sensors and controlling its movement and stability. Essentially, it’s the heart of your drone, making sure it flies smoothly and safely.

The Flight Controller is responsible for processing data from the FPV drone’s sensors, including accelerometers, gyroscopes, barometers, and compasses. It uses this data to make real-time adjustments to the FPV’s speed, altitude, and orientation. It also regulates the power output to the motors, which in turn controls the drone’s movement.

How the flight controller works

A flight controller for drones is the central processing unit that controls the flight of a drone. It is a small electronic device that receives input from various sensors, including accelerometers, gyroscopes, and barometers, and uses this data to calculate and adjust the drone’s movement and orientation in real-time.

The flight controller is responsible for controlling the power output to the drone’s motors, which in turn controls its speed and direction. It also regulates the drone’s altitude and stability, making adjustments to keep it level and prevent it from drifting or crashing.

A high-quality flight controller is crucial for the safe and efficient operation of a drone. It can help to prevent crashes, improve flight stability, and allow for more precise control of the drone’s movement.

Different types of flight controllers are designed for different types of drones, such as racing drones, aerial photography drones, or industrial drones, and have specific features and capabilities to suit their intended use.

The history of FPV flight controller

The history of FPV flight controllers dates back to the early days of remote-controlled aircraft. Back then, flight controllers were simple devices that could only perform basic functions such as controlling the drone’s speed and direction. However, with the rise of FPV drone racing and the increasing demand for more advanced flight capabilities, flight controllers have evolved significantly over the years.

One of the key milestones in the evolution of FPV flight controllers was the development of the first multi-axis flight controller. This allowed for more precise control of the drone’s movement and paved the way for more advanced flight features such as acrobatic maneuvers and automated flight modes.

Another important development was the integration of GPS technology into flight controllers. This allowed drones to navigate autonomously and enabled features such as waypoint navigation and automatic return-to-home functions.

Today’s FPV flight controllers are incredibly advanced and feature-rich, with support for multiple flight modes, advanced stabilization algorithms, and customizable settings. Many also include built-in on-screen display (OSD) systems that provide pilots with real-time flight information and telemetry data.

As the drone industry continues to grow and evolve, it’s likely that we’ll see even more advanced flight controllers with new and innovative features. The future of FPV flight controllers is certainly exciting.

Why it's important to choose the right flight controller

Choosing the right flight controller is essential for the safe and efficient operation of your drone. A high-quality flight controller can help prevent crashes, improve flight stability, and allow for more precise control of your drone’s movement.

On the other hand, a poorly designed or inadequate flight controller can lead to instability, crashes, and other problems. It’s important to select a flight controller that is appropriate for your specific drone and intended use, and that has the necessary features and capabilities to meet your needs.

Overall, investing in a quality flight controller is key to achieving optimal performance and safety in your drone flying.

Components of the Flight Controller

Processor Unit (MCU)

The processor of an FPV flight controller is a microcontroller unit (MCU), which is the central processing unit that controls the drone’s flight. The MCU is responsible for running the drone’s flight control algorithms, taking in data from sensors, and making real-time adjustments to the drone’s speed, direction, and altitude.

There are several different types of MCU processors used in FPV flight controllers, including F1, F3, F4, G4, and F7 processors, H7 processors. The main difference between these processors is their processing power and capabilities. F1 processors are the oldest and have the least processing power, while F7 processors are the most powerful and capable.

F1 processors are typically used in entry-level flight controllers and can handle basic flight functions. In 2017, Betaflight will stop supporting F1 FCs.

F3 processors are more powerful than F1 processors and can handle more complex flight control functions. As Betaflight optimizations continue to develop, F3 processors have a hard time keeping up.

F4 processors are even more powerful than F3 processors and are commonly used in mid-range and high-end flight controllers.

G4 processors is an MCU family between F3 and F4.

F7 FC’s became available in mid-2018. F7 processors are the most powerful and capable processors, and are commonly used in high-end flight controllers that require the highest level of processing power and functionality.

The H7 is designed as a faster and more economical alternative to the F7 series.
The clock frequency has been nearly doubled to 400 MHz by improving the semiconductor manufacturing process from 90 nm to 40 nm. This also reduces power consumption.

Processor	Max Frequency [MHZ]	MAX FLASH [KB]	MAX. SRAM [KB]
F1	72	1024	96
F3	72	512	80
F4	180	2048	384
G4	170	512	128
F7	216	2048	512
H7	400	2048	1024

Gyroscopes

The gyroscope, located on the quadcopter, is responsible for detecting its movement and relaying that information to the flight controller. It plays a critical role in the operation of the quadcopter.

When examining gyro parameters on a flight controller, you may notice that some models use the MPU6000 or ICM20608, while others use the BMI270. The MPU is considered the reliable but outdated option, with an 8k update rate limitation. In contrast, ICM gyros can achieve up to 32KHz, but are more susceptible to motor or propeller-generated vibrations. As a result, the MPU6000 is still the preferred choice for most quadcopter pilots.

Firmware

FPV flight controller firmware is the software installed on the flight controller to debug the various parameters of the drone. There are several different firmware options available, each with its own features and functions.

Below are some of the most popular FPV flight controller firmware:

Betaflight: Betaflight is a widely-used open-source firmware that is popular among FPV drone pilots due to its robust features and customizable options. It offers advanced features such as PID tuning, OSD, and blackbox logging, and is continuously updated with new features and bug fixes.

KISS is a proprietary firmware with limited availability, which implies that you have to buy the Kiss flight controller before using it. Compared to Betaflight, KISS has fewer configuration settings, which makes it easy to set up quickly. Many experienced pilots highly recommend the KISS build due to its excellent performance.

FalcoX, also known as FlightOne, is a proprietary firmware that requires you to purchase a FlightOne flight controller before you can use it. One of its standout features is its ease of use, as you can set it up entirely from the on-screen display menu without the need for a computer.

Designed primarily for racing and acrobatic flying, FalcoX is optimized for use with F4 flight controllers. It’s known for its precise and smooth stick feel, which can help pilots perform complex maneuvers with ease. As a closed-source firmware, FalcoX has a limited number of customization options, but it offers a streamlined flying experience that can be ideal for those who prioritize simplicity and performance.

Speedybee offers a convenient way to set up your flight controller using just your smartphone. You can even flash Betaflight/INVA/Emuflight firmware and use the BLHeli configurator via the Speedybee mobile app.

However, being a third-party app, there may be times when pilots experience certain problems with the app. Ultimately, it is up to you to decide if Speedybee is the right choice for your needs.

INAV operates as a Google Chrome app and enables you to set up the INAV software to function on any compatible INAV target. It has the ability to support various types of aircraft including quadcopters, hexacopters, octacopters, and fixed-wing aircraft.

UART

UART is a type of hardware serial port that enables the connection of external devices to the flight controller. Devices such as telemetry, VTX control, LED light strips, and serial radio receivers can be connected to the UART.
Each UART has two pins, one for sending data (TX) and the other for receiving data (RX). Remember that the TX of the external device is connected to the RX of the FC, and vice versa. You can assign tasks to the UARTs in the Port tab of the Betaflight Configurator. For user convenience, almost all F4 flight controllers have a dedicated pad for SBUS where you can solder the RX directly. If this pad is not available, you can use Soft Serial for SmartPort or get the same signal from RX.

BEC output

A Battery Eliminator Circuit, or BEC for short, is a voltage regulator that steps down the main battery voltage (e.g. 14.8 volts) to a lower voltage (usually 5 volts) to safely power the receiver and servos. The output voltage of a BEC on most FPV flight controllers typically ranges from 5V@1A to 5V@3A, depending on the model.

OSD Function

The OSD function of an FPV flight controller stands for On-Screen Display. It allows important flight data such as battery voltage, flight time, and GPS coordinates to be superimposed on the video feed sent to the FPV goggles or monitor.

This data can help pilots monitor their drone and make adjustments during flight. In other words, the OSD function displays useful information about the flight on the screen so the pilot can stay informed and aware of what’s going on.

BlackBox

The blackbox is a device that records flight information such as the drone’s orientation and helps with tuning. You can record data in two ways: to an SD card or to the built-in flash memory.If your controller doesn’t have an SD card or flash memory, you can get an external SD card reader (Open Logger) and connect it to your controller via the UART. Not all controllers have a built-in blackbox feature, so check before you buy if you want to use the data to adjust filter parameters for stable flight and reduced motor overheating and vibration.

Boot Button

Pressing this button puts the Flight Controller into bootloader mode, which allows you to manually update the firmware if the standard firmware update procedure fails.

USB Ports

Flight controllers typically have either Micro-USB or Type-C connectors, with Type-C offering faster data transfer than Micro-USB. Plus, as more and more electronic devices use Type-C, you’re more likely to have a Type-C charging cable on hand, making it a convenient choice for flight controllers. That’s why I prefer flight controllers with Type-C connectors.

Types of Flight Controller Connections

Flight controllers have three types of connectors:

1.Solder Pads

2.JST Connectors

3.Solder Holes

JST connectors are especially convenient for beginners to connect FPV accessories, as they are plug and play. Solder pads and solder holes require you to solder one end of the wire to the controller and the other end to the accessories.

Mounting Size

The most commonly used mounting patterns in quadcopters are 16×16 (for quads under 2″), 20×20 (for quads between 2″ and 4″), and 30.5×30.5 (for quads 4″ and larger). This measurement refers to the distance between each hole in the FC.

When purchasing a Flight controller, make sure it matches the mounting pattern specified for your frame. Some frames support both 20×20mm and 30.5×30.5mm hole patterns, so be sure to select an appropriately sized Flight controller that matches your frame.

Additional Sensors

Barometer

The barometer is a sensor that measures air pressure, which is used by the flight controller to estimate the altitude of the drone. By comparing the barometric pressure at the drone’s current location to a reference pressure, typically sea level pressure, the flight controller can calculate the drone’s altitude. This is important for maintaining stable flight, especially when flying in autonomous modes such as altitude hold or return-to-home.

Magnetometer

The magnetometer is a sensor that measures the strength and direction of the magnetic field around the drone. This is used by the flight controller to determine the drone’s orientation, or heading, with respect to magnetic north.

By combining data from the magnetometer with data from other sensors, such as the gyroscope and accelerometer, the flight controller can accurately track the drone’s position and movement in three-dimensional space. The magnetometer is particularly important for drone navigation and control in GPS-denied environments, such as indoor flying or areas with heavy magnetic interference.

Types of The Flight Controllers

FC single | AIO FC

AIO FC refers to the integration of the flight controller and electronic speed controller (ESC) on a single board, which includes components such as the processor, gyroscope, OSD chip, and BEC.

For drones that are 2 inches or smaller, it is recommended to use an AIO FC with a 25A ESC. For drones that are 2 inches or larger, an AIO FC with a 45A ESC is recommended to reduce the risk of ESC burn out due to high peak current during flight.

How To Buy The Right Flight Controller For You?

Whether you’re a beginner or an experienced pilot, there are a few things to consider when buying a controller to make sure you get the right one for your needs.

First, consider the size of your drone and the mounting pattern on the frame. You want to make sure the controller you choose is the right size and has the right mounting pattern to fit your drone.

Next, think about the features you need. Do you want a controller with a built-in OSD, a black box, or something else? There are some flight controllers that have a SpeedyBee Bluetooth/WIFI tuning module built right in, which allows you to tune directly with your phone, making tuning even more portable. These additional features also need to be considered for your budget, as they can add to the cost.

It’s also important to consider the performance of the F4 or F7 processor and sensor you purchase. Choose a flight controller with a fast processor and reliable sensors such as gyroscopes, accelerometers, barometers, and magnetometers for better flight performance.

The ability to access more peripherals plugs on the flight controller is another factor to consider. You need one for the video transmitter, one for your receiver, one for the buzzer, one for the LED, etc.

A proper flight controller pad layout may also be one of the factors you consider when purchasing a flight controller. A properly laid out pad design determines whether the cable layout is convenient and can lead to a better experience when building a drone. Some flight controls have plug-and-play ports so you don’t need to solder cables.

And finally, whether the customer support for the brand of flight controller you are considering will be patient enough to help you with any problems you may encounter. This is particularly important for beginners!

Keeping these factors in mind will help you make an informed decision when choosing the right flight controller for your drone.

How to setting up and configuring the FPV flight controller？

Setting up and configuring an FPV flight controller involves several steps. Here are the general steps you can follow:

Connect the flight controller to your computer using a USB cable and open the Betaflight Configurator software.
In the Betaflight Configurator, select the correct port and baud rate for your flight controller, then click “Connect”.
On the “Setup” tab, configure your flight controller’s basic settings such as receiver type, motor direction, and min/max throttle values.
On the “Ports” tab, select which ports you want to use for your peripherals such as receiver, GPS, OSD, etc.
On the “Configuration” tab, set up your flight modes, arming and disarming procedures, and other advanced settings.
On the “PID Tuning” tab, fine-tune your flight controller’s PID settings to optimize its flight performance.
Once you’ve finished configuring your flight controller, save your settings and disconnect it from your computer.

You may need to refer to the user manual for your specific flight controller to find the exact steps and settings you need to configure.

Tips for FPV Flight Controllers

PID Tuning and Optimization

PID tuning and optimization is an advanced technique that can greatly improve the performance of your FPV drone. PID stands for Proportional, Integral, and Derivative, which are the three control terms that work together to help stabilize your drone in the air.

Here are some tips for PID tuning and optimization:

Start with the default settings: Before you start tuning your PIDs, make sure you are using the default settings in your flight controller. This will give you a baseline to work from.

Test in a controlled environment: When tuning your PIDs, it’s important to test in a controlled environment, such as a large open field with no obstructions. This will help you focus on your drone’s performance without worrying about crashing into something.

Make small adjustments: When making adjustments to your PIDs, it’s important to make small changes at a time. This will help you avoid making big changes that can cause your drone to become unstable.

Test one axis at a time: It’s best to test one axis at a time, starting with the pitch axis, then the roll axis, and finally the yaw axis. This will help you focus on each axis separately and fine-tune each one.

Record your changes: As you make changes to your PIDs, be sure to record them so you can go back and compare your results. This will help you see the effects of each change you make and help you fine-tune your settings.

Use a simulator: Using a simulator can be a great way to test your PIDs without risking damage to your drone. This allows you to fine-tune your settings in a safe environment before taking your drone out for a real flight.

Be patient: Tuning your PIDs can take time and patience, so don’t rush the process. Take your time and make small adjustments until you find the perfect settings for your drone.

Recommended stacks for beginners

SpeedyBee F405 Stack – F405 V3 FC + 50A 3-6s BLHeli_S ESC

XRotor Stack – F7 FC + 40A 4-in-1 BLHeli_32 esc

Diatone Stack – MK4 F722 APP FC + 45A 3-6S BHeli_32 128K ESC

You can check this post for more information about them.

Conclusion

There are many factors to consider when choosing a suitable FC, and as a beginner you may feel overwhelmed at first. I was once a beginner and spent several weekends learning the basics of quadcopters, but now I have a good grasp of the subject.

I recommend that you read this article thoroughly to avoid missing any important information. Once you have a good understanding of the subject, you will no longer need to search the web for articles to fill in any gaps in your knowledge.

The post The Ultimate Beginner’s Guide To FPV Flight Controller first appeared on FPV TO GO.

Which One FPV Drone Simulator is Best

Norix FPV — Tue, 28 Feb 2023 03:32:31 +0000

The difficulty for most of us is that we don’t get as much stick time as we’d like, whether due to family or work commitments, geographical limitations, bad weather, or a lack of quads and batteries to destroy.

Let’s say for the sake of argument that a typical quad flight lasts four minutes (if my quads last two-three minutes, I’ll be happy!). If I play the sim for an hour, that would be the equivalent of flying 30 lipos, which would take up about two hour of my weekly flying sessions.

Even if you believe that simulator training is only half as effective as real training, an additional hour per week will have a significant impact on your ability to fly. Therefore I advise everyone to use a simulator to practice as much as possible.

With the increasing popularity of drones, the demand for FPV simulators has also grown, leading to the development of various options available on the market. In this essay, we will discuss the basics of FPV simulators, their features, benefits, and limitations. We also will review each FPV drone simulator in this article to determine which one is ideal for you.

FPV Drone Simulators: What are they?

FPV Simulator is a tool used by drone pilots to practice flying their drones in a virtual environment. It allows users to experience flying a drone as if they were in the cockpit, giving them a chance to improve their flying skills and avoid potential risks.

You can also say they are games, using the keyboard you can control the drone back and forth, left and right, throttle and other controls. Of course, using a radio to operate the fpv simulator is the best way to become proficient with the remote control and the drone.

Photo By @National Museum of the U.S. Air Force

Let’s face it: It’s the best way for beginners to get started and improve their flying skills. Simulators can be very effective for both beginners and advanced pilots, whether you are completely new to the fpv fly or an experienced pilot looking to learn a challenging acrobatic poilt.

It is only in a simulator that you can practice tricks that are almost impossible to perform in real life.

Benefits of Using an FPV Simulator

1. Improved Flying Skills

FPV simulators provide users with a realistic and entertaining experience that allows them to practice their flying skills and perfect their methods. Users can experiment with different flight modes, control settings and weather conditions to learn how their drones behave in different situations.

2. Cost-Effective

Flying a real drone can be expensive, especially for beginners. A drone crash can cause serious damage that can be expensive to repair. As an economical and safe option, an FPV simulator allows users to hone their flying skills without spending more money.

3. Enhanced Safety

By providing a safe and controlled environment for practice, FPV simulators reduce the possibility of harming yourself or your drone. poilts can try different settings and conditions without the risk of getting hurt or damaging their equipment, unlike real-ife flying.

4. Accessibility

FPV simulators are accessible to anyone with a computer and an Internet connection. This allows poilts to practice and improve their flying skills from the comfort of their own home.

What You Need For Drone Flight Simulators

You should first purchase a radio controller before choosing an FPV simulator.

Using a game console or keyboard is not recommended. The best technique to develop muscle memory and get the most out of training is to use a proper radio. It’s a worthwhile long-term investment because you can use the same radio to fly the real drones in the future.

All the radios I suggest are plug and play, all you have to do is plug in the USB cable and your computer will recognize it as a gaming joystick. It is that easy to use the radio in the simulator.

Does the Physics of Quadcopter Simulators Matter?

True and false.

The physics of a drone simulator are rather arbitrary. Even if they get closer to reality, it probably won’t feel the same.

The purpose of a simulator is to teach you how to fly and develop your muscle memory. Just choose a simulator that looks realistic enough for you (and that runs smoothly on your computer).

Instead of worrying about the physics, spend time practicing.

Types of FPV Drone Simulators

Now we will take a look at each FPV simulator individually and discuss their features, pros, and cons.

LiftOff

In terms of functionality and content, Liftoff is one of the most advanced FPV simulators available. Nothing compares to the amount of content available, which includes thousands of tracks and hundreds of models chosen by the community. Liftoff was the first game to use a “parts system” that allows you to change individual parts of your drone to make it more unique, just like in real life.

It’s one of the few simulations that takes propeller damage into account (can also be turned off). It makes flying more cautious and obstacle aware, resulting in a more realistic flying experience.

The most graphically demanding simulator on the list, Liftoff, also requires a powerful gaming PC to perform well. The liftoff simulator is also highly customizable, allowing users to change settings and adjust the difficulty level to suit their needs.

In Liftoff’s Freestyle Mode, your tricks and techniques are judged as if you were competing. This is a serious consideration for people who just like aerial ballet.

The only simulation that supports 3D mode is Liftoff (reversing engines in flight).

It is available for download on steam and it helps you to manage the game and make updates easier.

LiftOff FPV Simulator is a high quality simulator that offers a realistic flying experience and a wide range of features. The simulator is easy to use, highly customizable, and has excellent performance, So, many pilots say LiftOff is great for beginners.

VelociDrone

The physics of the game are one of the best out there and are very customizable. With physics tweaks and rate adjustments, it was easy for me to tune the Velocidrone to feel very much like my own drone. This simulation, I have to admit, is probably one of the best at recreating the sensation of a racing drone in the real world.

It is the simulator of choice for racing pilots. In fact, many MultiGP racers use Velocidrone just to practice and learn the track.

The manufacturers claim that Velocidrone uses Betaflight firmware codes, and that you can change your PIDs and rates just like with Betaflight. You can adjust the FOV and angle of the camera to your liking, and I think it says a lot that it uses the full range of your TX without the need for offsets.

Although this game’s graphics aren’t as outstanding as those of other simulators, it’s more performance-oriented. You can still practice flying, and the game works well on older computers due to its lower graphics requirements. The multiplayer feature allows you to switch between races and freestyle, have audio discussions, and change courses all within the same session. It also has a fantastic track editor.

Even though the upgrade requires a little more work because the game isn’t on Steam, it’s still a nice thing to be able to choose whether or not you want to do it.

Pros:

Very realistic physics
There are several different drone sizes, ranging from 5″ to tiny whoops.
Many flying modes, including a combat game where you can play first-person shooter and use a laser to destroy other drones.
Practice racing tracks are the best, and you can even go to multigp’s fpv simulator race.

Cons:

Each of the aforementioned drone classes and game types must be purchased separately.

I might suggest Velocidrone if you want a simulator and don’t want to be dissatisfied. The simulator has a vibrant community on Facebook and Discord and runs on low-end PCs. The weekly official multiplayer races work quite well.

You can practice in the rain, although the track editor and speed parameters could use some improvement. This simulator, which costs around $20, is essential for anyone looking to get into the sport or take it to the next level as a pilot.

So Which is better liftoff or VelociDrone?

Depends on your preference bias. If you want a close to real life picture, the physics in Liftoff simulator is better than Velocidrone simulator.

Liftoff is also the only simulator I know that supports 3D modes (like reversing engines on the fly)，It is beginner friendly.

If you are focused on racing and want to compete with top pilots (MCK, Headsup etc.), then Velocidrone simulator is highly recommended as your practice tool.

DRL simulator

The DRL (Drone Racing League) simulator is intriguing since it is used to hold online tryout events and offers paid contracts to the best pilots to race in offline events using actual quadcopters. DRL is the FPV sim that I find to be the most engaging as a player.

To carry additional camera equipment for the performance and to be visible, DRL uses its own special drones (weigh about 1000g). The conclusion is that the physics of the simulations accurately reflect the fact that these objects weigh about 1000g, which is twice as much as a conventional racing drone.

Some pilots find this weight makes flying painful, so the DRL simulator already gives players the option of using a regular quad, or even customizing it.

The graphics may not be the best on the list, but the settings and scenery are incredible. For example, in one area you can find a shipyard, tall skyscrapers, and abandoned industries all on one map!

The chance to become a real DRL pilot is the shining feature and main attraction of DRL. The fact that DRL also has a solid online multiplayer mode with customizable tracks is overshadowed by this. However, the crash detection feature, which painfully shows your drone shattering into pieces at the slightest collision, is a pain. Resetting is tedious, repetitive, and sluggish.

Uncrashed

When it was released in 2021, I bought it on steam. After a few days of trial play, It is a new hyper-realistic FPV simulator. In this simulator you can chase racing cars, fly in the air like in sci-fi movies, fly in the harbor.

I found the feel better than DRL, and liftoff than two styles of feel, how to say it …… are quite really, but really different direction, after all, is the simulator, not the real machine, if the two feel restored at 70%, then they have 30% deviation from each other.

The game physics gravity is low, paddle grip is high, you can adjust a little gravity, lower a little control grip will be able to achieve the real physics engine.

You can enter the data of your FPV drone into it, and the feel is almost the same.

Cons：

Optimization is very poor, high requirements for the configuration of the computer, but also high requirements for the frame rate, if you lose the frame is easy to dizziness, destroy the drone you control, and even generate boredom.

Although it is said that the image quality is not important compared to the feel, but more often than not I would prefer to play this simulator, the image quality will affect my mood of flying, so it still has some influence.

Now I can play against my historical self and look forward to the online feature soon.

DCL – The Game

DCL like DRL, the picture quality and scene building is not divided, but from the feel, DCL to say better than DRL, will not be like DRL kind of some confusion physics engine completely deviated from the realistic feel, the simulator overall bias towards the game style, levels, arcades, skins, so that’s why its suffix is THE GAME?

The scenes are simulated very realistically and realistically, with the feeling of an international game. As the official says, the map has maps of previous fpv realistic matches.

But some of the physics are quite far from reality. For example, when the drone touches something, it just sticks to it. And when recovering, it’s faded out and in then hard to get the right direction. The game itself is fun to play but gets very annoying.

TRYP FPV

The simulator includes unique features and many innovations, such as TRYP mode. This will allow you to fly and practice film and TV shoots with outstanding and great performers.

This mode allows you to practice and improve your skills in a variety of scenarios such as motorcycles, racing, spot jumps, wingsuits and more. Also, TRYP mode has a challenge system that allows you to practice your precision skills in specific places.

Pros.

Top quality graphics (rare)
Extreme sports following (rare)
Increasing difficulty racing challenge
Sincere open large map with many different difficulty challenges in it (exclusive)
There are surprise points in each map, such as the valley map where you can find cow herds and more

Cons.

Not many map items, no collision model when flying into leaves and grass.

FPV Air 2 Simulator

FPV Air 2 is one of the cheapest simulators available at $5. But right wow it is no longer available for purchase on Steam. It is quite simple and the mechanics are good enough for beginners to start learning stunts and FPV flying. But I don’t like that other maps have to be bought separately. There are free solutions if money is tight.

The visuals are passable, and you can customize a lot of parameters, including the physics, user interface, and multiplayer mode. It has most of the features you want in an FPV simulator. It lacks track selection and isn’t as well made as simulators that have been around longer.

Because it offers an “ultra-low” graphics level, the game runs quite well on a sluggish PC. The trees look like wallpaper and there is a lot of motion blur, so the graphics aren’t the nicest. But that is not why we are here. It is compensated by the affordability and flexibility. Since the sim is still in its early stages of development, I’m excited to see what the creator has in store for it in the future.

FPV.SkyDive

Orqa created FPV.Skydive, which is totally free to play on Steam!

Pros

Free.
Physics feels superior.
Has a basic training program that makes it simple for novice pilots to begin flying even if they have never used a radio before.

Cons

Although levels and features are being added, the game currently has less to offer than other, more well-known simulators (mostly because this sim is relatively new)
Compared to other simulations, the racing portion is not as well constructed.

This sim now has an Android/iOS version from Orqa! Although it may not have as much material as the Steam edition, it is far more portable, allowing for on-the-go practice.

Tiny Whoop GO

Try Tiny Whoop GO if you’re looking for a free Tiny Whoop simulator. Most importantly, it’s free, and it feels reasonably realistic (except for the fact that flying feels a little easier than it does in real life).

HotProps

The pilot Mattystuntz popularized Hot Props, a free simulation that is no longer developed, but was used as a training tool for his mind-bending feats. It is excellent for someone on a budget or looking for something that runs on Android, even if it cannot compete with the expensive sims.

FPV Freerider / FPV Freerider Recharged

The upgraded version of FPV Freerider is called FPV Freerider Recharged. It costs a little bit more to purchase and is centered on larger, more intricate scenery. If you plan to buy the game, I would suggest Recharged since the maps are much more engaging to fly, which increases the game’s fun and longevity.

The simulation itself has fair physics, but nothing particularly impressive. I gather that there isn’t much of a race scene with one, but freestyle is a lot of fun. As a whole, this sim uses fewer resources than others like Liftoff or Velocidrone.

Other FPV Simulators

AI Drone Simulator

It takes your blackbox logs and attempt to imitate your drone in the real world. It costs $20, there isn’t any multiplayer yet…maybe you have more choice.

FlowState

Flowstate is a free download from Steam. It lacks several elements seen in other paid simulations and is more geared toward racing. This might be your best free drone simulator.

FPV Simulator Price

Here is a list of FPV drone simulator prices, from free to affordable to best budget, expensive are covered.

FPV Drone Simulator	Price	Buy it
Liftoff	$19.99	Buy link
Uncrashed	$14.99	Buy link
TRYP FPV	$13.99	Buy link
DRL	$9.99	Buy link
FPV Freerider Recharged	$9.99	Buy link
DCL	$29.99	Buy link
VelociDrone	£16.99	Buy link
Aster FPV Sim	$19.99	Buy link
AI Drone Simulator	$19.99	Buy link
FPV.SkyDive	free
FlowState	free

What Else Do I Need to Prepare?

Using FPV Goggles

If your FPV goggles have an HDMI port, you can connect them to your computer and use it as an external monitor to play FPV games while wearing the goggles. If you’re just starting out, this can make it easier for you to get used to flying while wearing goggles.

Choose Radio Transmitter

With the radio you can better control, Please remember to check if the emulator you have purchased is compatible with your radio. If you don’t already own a radio, check out the post on shopping for the right radio for you.

LOS Drone Simulator (Line of Sight)

The most of pilots have good FPV skills, but poor line-of-sight (LOS) skills. While practicing LOS techniques in a simulator can be helpful, it’s definitely not the ideal approach.

First of all, a simulator lacks the depth perception you would normally have, making it difficult to determine how far away your quad is on the screen. In addition, the low resolution of a sim makes it difficult to determine direction.

The following sims have LOS capabilities if you want to give it a try:

In Liftoff, press B to enter LOS mode.
In Velocidrone, you can zoom into LOS mode by scrolling the mouse wheel.
In FPV Freerider has a LOS mode.

Which Drone Simulators Work on PC/Mac？

Most of the fpv emulators support Win and Mac systems, individual emulators vary. You can check the graphics below for details

What is The Best FPV Drone Simulator？

At this point it should be abundantly clear that flight simulators are excellent training tools and that even the most expensive simulator will significantly improve your flying skills compared to any quad parts you could purchase for a comparable price.

If you’re looking for a drone simulator, you probably already know whether you want to practice flying first-person drones or learn about commercial drone operations. Of course, this allows you to focus on the simulators that are best for you.

It might be more difficult for people who are just curious or who just want to try flying drones without running the risk of a collision. In that case, I suggest you try a few of the free trials to see what style of flying you like.

such as some of the demos or Hot Props sim. They’ll do the job, but there are better options available for a reasonable price.

Anyone looking for a cheap sim should check out FPV Air 2. I’ve heard it’s great and a great deal considering the price. Sims like Freerider used to be fantastic choices for a comparable cost, but they are a bit outdated now.

For almost anyone looking for a typical sim, would be my recommendation one of the big four: Velocidrone, LiftOff, TRYP FPV, or DCL. These are still the cheapest in the hobby at under $30, they are all feature-rich and fun to play。

If you’re focused on racing, just go out and buy a Velocidrone, it can’t be beat here for performance, playability, and price.

If you want to participate in real-life drone racing events such as the Drone Champions League (DCL) or DRL, the track scenarios are set according to real past race scenarios, and future offline races can be held with an advance preview of the track. Then I recommend you to buy DCL or DRL simulator.

If you are a film and video shooter, then I would recommend the TRYP FPV simulator, which has a TRYP mode. This will allow you to fly and practice film and TV shoots with outstanding and great performers.

This mode allows you to practice and improve your skills in a variety of scenarios such as motorcycles, racing, spot jumps, wingsuits and more.

You are just a freestyle hobbyist player who wants a comprehensive experience with fpv simulators, then I recommend liftoff.

CONCLUSION

Even though some of these simulators are superior to others in terms of flight dynamics, visuals, drone models, customizability, variety of flight situations, etc., each has its own group of ardent fans who insist that theirs is the best simulator available. Which one you ultimately decide is best depends on your tastes, goals, and budget situation.

How To Fly FPV in The Cold Winter？

Norix FPV — Sat, 28 Jan 2023 11:13:15 +0000

Winter has arrived…

Don’t miss the following scenes of hills suddenly blanketed in snow, lakes suddenly polished by ice, and lights growing brighter as revelers throng the city. Despite the fact that it may be one of the most stunning images a drone can record. Many drone pilots wonder, “Can I fly a fpv drone in cold winter?” Or “Will drone operations be impacted by the cold?” Avoid flying while it is raining or snowing since these weather conditions might make the fpv drone less reliable.

Winter is when fpv drones need the most attention and care, but with the right measures in place, you might be able to capture some of the year’s best movies and photos. Throughout order to assist you overcome these challenges and keep your drone flying in the winter, we’ve put together some best practices and tried-and-true recommendations.

Do You Want Fly FPV in The Cold Winter?

If you want to move on (fpv in the cold winter), we’ll cover the following topics：

Conformal Coating

The best approach to protect your electronics when flying in the winter when it is snowing or there is snow on the ground is to treat them with a silicone-based conformal coating. By doing this, you’ll significantly lower the possibility that condensation from a warm automobile moving into a cold environment or moisture in the snow may result in a short circuit and destroy part of your components.

The motors don’t need to be covered since if they get wet, they won’t short out. However, you must protect your camera, ESC, video transmitter, receiver, and potentially even some of your flying controls.However, when applying the coating, you must be extremely cautious. The coating will prohibit the buttons, USB ports, barometer, and camera sensors from operating correctly, therefore you shouldn’t attach anything there.

See this tutorial on how to make waterproof FPV drones for more information on conformal coating of fpv parts.

Check the battery

Winter’s chilly temperatures might reduce the battery life of your drone. Batteries drain significantly more quickly in the winter than they do at other times of the year because they produce less current when utilized in low conditions. Your flight duration will be shortened, the voltage will decrease more quickly, and the sag will be worse.

You can fight off the cold.

1.Check battery voltage.

Check your OSD’s voltage and keep your flying duration shorter than usual. Also keep in mind that the mAh use figure might not be an accurate representation of how much power is available from the battery when it is cold.

2.Use a battery that is completely charged.

Bring a brand-new battery to guarantee you have the greatest flying time possible because a battery that lasts 6 minutes in the fall may only last 4 minutes in the winter. Bring extra batteries or a portable charger if you intend to fly your drone on several journeys.

3.Keep the batteries in a warm location.

The cold outside will have an immediate impact on your battery, so try to maintain it at a more comfortable temperature. Use an Ethix heated battery bag if you’d like. Or to maintain your batteries at a comfortable temperature, wrap them in a scarf so they face the sunlight on the dashboard of your car.

4.Avoid extending your flight time.

The secret to utilizing your drone in the cold is moderate flight. It’s recommended to monitor battery levels closely in this new setting and to dock your drone earlier than normal. In an atmosphere where batteries are depleting quickly, it is better to be safe than sorry!

5.Warm up your drone.

Preheating your drone before flight is one of our more crucial recommendations. To warm up the batteries and ensure optimum performance, you should hover your drone for up to 30 second to a minute. This advice also allows you to see how the drone responds to the weather, such as whether the wind is too severe.

Flying outdoors

Gloves for radio transmitters

There are steps you need to take to keep your hands warm while flying if you are not taking off from a vehicle. Because of the different connection between your hands and the joystick while wearing gloves, flying can be very challenging. Using “large waterproof thermal gloves” that fit your radio and your hands to keep them warm is one way to deal with this issue.

Warm clothes

Though it ought to be clear, I had to learn this lesson the hard way. It doesn’t matter whether you’re traveling from a heated automobile since you still need to have cold weather gear including coats, hats, gloves, and boots. You’ll be happy you brought additional clothing if you crash far away and have to search through heavy snow in chilly weather to find your drone.

Using FPV Goggle Fan

Your goggles could have a propensity to fog up in chilly temperatures. Make sure the goggle fan is on before you fly to avoid this issue. You never want your goggles’ lenses to unintentionally fog up while you’re flying.

Disposable Hand Warmers & Disposable Foot Warmers

You can also prepare disposable hand warmers so that when you take off your transmitter gloves, your hands or foot will feel cold after a while. Not only for FPV, you can easily use it when walking outdoors in cold weather.

Flying in the car

You may do fpv flights from inside your car. keeping your hands warm and cozy without the need for gloves. Flying from your automobile may significantly shorten your range and place you in a more constrained area, but it will also make flying in really cold weather more bearable.

One thing to keep in mind is how the radio signal gets to the drone. When you fly with the radio on your lap, a lot of signal is lost since it must go past the car’s engine to reach the drone. The signal won’t weaken as much, though, if it has to pass through the side door of the automobile. Initially, you might need to comprehend the range decrease you will experience, but after a few flights and some practice, you will have a solid sense of what works and what isn’t suitable for your specific situations.

If you fly from your automobile, you might want to do so to avoid landing and taking off in the snow. You might be able to jump out of your automobile from the hood or top, depending on your particular model. If your automobile has a motorized tailgate, you may land within it after setting it down until you land, pressing the button to open the tailgate. This is demonstrated in the video below.

Find lost models

Snow may seriously impair your radio signal and make it difficult to see where you’re going down if you crash in deep, soft snow. Use a separate buzzer device that will inform you when you crash to aid with this issue.

Extra 3D TPU parts and propellers

In general, when the temperature lowers, polymers become more fragile. In particularly cold flights, even TPU parts created via 3D printing might stiffen and shatter quickly. It’s the same with propellers. Carry extra TPU components and propellers if you can just in case. Also, I’ve observed that in colder weather, antenna tubes and props are more susceptible to breaking.

Field of view visibility issues

Please be aware that visibility may not be as good as usual in cold weather. This is particularly valid while circling closely over a level, snow-covered area. Flying in flat snow conditions, which typically occurs on gloomy days or while flying in the shadows, may be challenging to calculate your distance from the ground, just like when attempting to fly over a crystal clear lake. Flying on a clear day when the light casts some contrast or tiny shadows on the surface texture you are over might help to decrease this.

To help ensure a safe flight if you must fly in windy circumstances, stick by these suggestions

Fly parallel to the wind. If you can’t, fly first upwind and then downwind in your direction.
Be aware of your drone more than normal, especially when it is flying into the wind. Bring it home right away if you find it hard to maintain it level.
When taking off and landing, exercise caution. While the wind is stronger the higher you go, it is also easier for your drone to veer off course while it is just off the ground or slowing down for a landing.

Set the camera’s parameters

Winter landscapes may be magnificent when photographed from above. However, this is predicated on the camera settings of your drone being set to a low temperature level.

To enhance the effectiveness of your shots.

Increase exposure
The drone’s camera could inadvertently underexpose the scene due to the snowy surroundings. Set the exposure to zero or higher to compensate for the reflecting ground beneath.
White-balance adjustment
Adjust the white balance before flying the drone to ensure a clear, accurate image since the quantity of white in the frame may cause images to appear bluer than planned.

Preparing for your flight before going to the field makes sense. Your exposure to the cold can be cut down. In the end, you should reschedule your flight for one day if you believe the cold or bad weather is too much to control. Follow the a week weather report so you can change your flight’s departure date as soon as you become aware of impending severe weather.

The post How To Fly FPV in The Cold Winter？ first appeared on FPV TO GO.

How to Get Into FPV Drone Racing

Norix FPV — Wed, 14 Dec 2022 03:22:15 +0000

If you’ve been to a few fpv track days or have never raced a fpv drone, then you’ve come to the right place.

We’ve put together this guide for start your fpv drone racing. We can’t guarantee that you’ll be at the top pilot level, however, we can make sure that you have the right information so that you can safely rip the track.

How to Get Into FPV Drone Racing?

1.Get The Correct Fpv Race Drone For The Job

You will need an fpv race kit in to start fpv drone racing, of course. You must take a lot of things into account when choosing an fpv racing drone. You’re good to go if you already have the correct one! There are a few things to make if you’re shopping.

SET YOUR BUDGET – AND DON’T FORGET ABOUT FPV CONSUMABLES

You’re going to want to set a budget for your racing drone early on. Otherwise, you could be stretched beyond your means and be left with less money to spend on what you actually got the drone for fpv drone racing.
However, when flying, you’ll use more fpv consumables. Here are a few fpv consumables you’ll be replacing more regularly, to list a few:

Battery
Props
Motors
ESC&FC
Frame arms
Other accessories

As a result, remember to include fpv consumables in your overall fpv drone racing budget.If you don’t know what racing drone to choose, I recommend this race kits:

FIVE33 Switchback Pro Frame Kit
FIVE33 2207 1960KV Motors
Foxeer F722 V4 Mini 20×20 Flight Controller
Foxeer Reaper F4 Mini 128K 32Bit 45A 3-6S 20×20 4in1 ESC
TBS UNIFY PRO32 NANO 5G8 V1.1
FOXEER PREDATOR MICRO/NANO
Five33 AXII 2 U.FL 5.8GHz Antenna w/ Locking U.FL
HQ R38 – 5138 & R38C – 4940 Props
DOGCOM 1380mah MCK 6S 150C Lipo Battery

2.GET COMFORTABLE WITH YOUR FPV RACE DRONE

The following step, whatever of your level of expertise, is to become familiar with your own fpv race drone. How often time does it take to become at ease using an fpv? That relies on a few things, specifically:

Your level of flying experience.
How often do you fly.

Only you will really know when you’re really completely comfortable. That said, while learning to fly an fpv drone might take two weekends, becoming an expert pilot can take one to two years. Take your time！

3.GO TO A FPV RACE DRONE TRACK DAY

It’s now time to take your fpv and head to a track day.

FPV track days allow you to improve your technical flying skills in a controlled environment. Furthermore, you can gain real racing track experience, take fly with other fpv pilots, Pretty great, huh?

Pilots are becoming more and more used to track days. Finding an fpv track day is not difficult due to the abundance of groups organizing different events.You can join a local fpv flying group, it just takes everyone to agree on a time.

I found the FPV Racing Drone training video guide made by Thomas, hope it can help you.

If there is no local fpv group, you can train alone in fpv race, day after day, to improve your flying speed and skills as much as you can.

4.JOIN A CLUB

It’s time to join an fpv racing club now that you have the fpv race drone. There are numerous clubs, so you will almost always have to follow your friends to the races they attend. If you’re traveling alone, make sure to find out which tracks and clubs are close by and who competes there.

Whether you’re joining a club by yourself or with a group of friends, you should become familiar with its rules and procedures. This is important yet is frequently and easily missed.

PRO TIP: Make sure your club and track are local to you.

5.GET YOUR FlYING LICENSE

If you’re serious about fpv drone flying, you may have already done this. If you haven’t gotten your flying license yet, it’s recommended you do so ASAP.

The FAA states that you need a part 107 if your flight is for any reason other than pure enjoyment. For example, you may use a drone to fly for a non profit organization, photograph a friend’s home for their real estate, or utilize a drone to record a review video for your YouTube channel. In each of those situations, you are not just flying for fun.

6.PREPARE YOURSELF MENTALLY & PHYSICALLY

You’re almost there. You’ve got your own fpv race kit, joined a group, and applied for your pilot’s license; all that’s left to do is be ready for race day mentally and physically. Because without the proper attitude, nothing of the above matters.

7.RACE!

It’s time to hit the track! FPV racing is super fun and helps you gain a new appreciation and skills for riding. Of course, don’t expect yourself to become a pro overnight, and never underestimate the need for improvement and flying classes.

With this in mind, Keep attend additional race or train to hone your fpv racing techniques. After that, who knows – perhaps you’ll be taking MCK crown in the future?

5 Tips To Start Your FPV Drone Racing

1. Use a quality, clean VTX setup.

If you want to race, avoid using inexpensive VTXs. This is the most crucial for newbie, to the point where most races make it a prerequisite. The issue with the less expensive ones is that their frequency band-spraying behavior interferes with other race pilots video feeds. Avoid models that don’t support Tramp or Smartaudio and have enormous SMA connectors hanging out the back. Avoid using SMA antennas altogether for a racing quad, and instead use their more effective MMCX or U.FL alternatives.

2. To prepare your quad(s)

A minimum of two quads are a smart idea to bring to a race. Here is a checklist you should follow even if you just have one. It’s ideal to do the first two at home because they will already be examined before the race, saving you time and trouble on track repairs.

Any quad must pass the failsafe and VTX power level check before it can compete. You arm the quad and switch the radio off while removing the props. The motors must halt spinning as you do this.

Use a good VTX, like we indicated, and set the power of your VTX to 25mw. When you arrive, you should already be at 25mw with props off if you already have a great one with Smartaudio configured right.

Don’t enter a race with a brand-new build. Make sure you’ve flown it earlier and are familiar with its characteristics. No hidden kinks that only surface on race day.

If you’re unfamiliar with PID tuning, don’t overtune your quad PIDs. If you bump into a fence or touch the ground, it could be dangerous. Gyro input could cause the PID loop to malfunction, causing your quad to accelerate and essentially losing control, requiring you to disarm. If you do fiddle with your PIDs, be careful to tune it with some bumps and crashes.

Verify the quality of all your cables and pin connectors. So that you avoid having this matter happen to you.

3. Bring the necessities and a chair.

When I say this, I really mean it. A foldable camping chair, an extension wire (you never know the electrical situation until you arrive to the race), a charger, tools, and extra props are all necessary.Since we’re all pals during a race, chances are someone else brought anything you forgot to bring. Ask for whatever it is you need without reservation.

4. Avoid getting too near.

Safety first; keep in mind that these things can result in very serious damage. When quads are flying, it’s a good idea to keep an eye on the track. Particularly later in the race, when the quickest pilots are together in one group. Just in case one begins to crash out or start spinning erratically at you.

Depending on the track, there may be a barrier or a net protecting the spectator area at the event, unless it is put up outside in a large open field. But even then, it’s wise to keep your distance from the net.

5. Relax a bit.

Don’t become very competitive unless you play in the major leagues. You’re there, after all, to have fun. Go slowly throughout the practice rounds, observe others flying the course, and figure it out. Avoid obsessing about who clocks the quickest lap time and attempting to beat it.

Consistency training is more crucial than speed training.Doing every obstacle correctly on the first pass for all three laps will save you the most time. Choose to complete three flawless, consistent laps rather than one exceptionally quick lap and a mistake in the other two. Start out slowly, identify the line that works best for you, keep it in mind, and only fly that.You’ll grow quicker and faster at the one line you’re following throughout the race. Look back between heats to see which hurdles you’re taking too long on and concentrate on becoming better at those.

Should I go to a real race event or an online simulator?

Depending on the fpv gear and environment,and even including your hobby. fpv online simulator racing drone kits are limited and you can only choose from a list. Then flying in the map will not be affected by the wind. In terms of atmosphere, you might have simulator racing in your room without any cheering.

However, in a real environment, You can use your own drone in a reasonable and have cheers with excitement.You will be able to meet other pilots face to face throughout the race day.

The post How to Get Into FPV Drone Racing first appeared on FPV TO GO.

10 Tips For Learning To Fly A FPV Drone

Norix FPV — Sat, 26 Nov 2022 08:35:35 +0000

There are a few things that it will take you a few months to learn once you finally get your own fpv drone and you start flying regularly.

If you are lucky you will have a flying mentor with some pro pilot help guide you and tell you some of these tips, but if you don’t then feel free to study this guide：10 Tips For Learning To Fly A FPV
Drone. We Hope to help accelerate your learning and improve your FPV flying skills with practice.

Always Keep Safety in Mind（Safety Rules）

Before you start, there are a few safety rules to keep in mind about FPV flying.

Take a look around before you start flying, including anything you can’t see in your goggles and monitor.
Be in an area as large as possible, away from people, traffic and other things. A grassy area is an ideal place and also prevents sand from getting into the motor.
When you arrive at the flying area, perform a pull test and range test on the radio and VTX to find signal dead spots and limitations.
FPV drones can cause some damage when falling from high altitudes, especially when there are also high-speed rotating propellers. Wise people should not attempt any dangerous maneuvers.
Pre-flight check, perform a hover test, and flight test around to make sure your drone and your controls are aligned and that your entire fpv system is working properly.
When the drone lands on the ground and you are ready to pick up the drone, be sure to make the radio’s throttle rocker low state (lock the radio) first, then unplug the battery cable.
After flight check, touch the temperature of the motors and ESCs with your hands. One that is too hot may be bad, or the paddles may be unbalanced or have been damaged. Multiple high temperature motors could mean that the aircraft weight is not balancing it out.

If you are a beginner in micro quads, don’t forget to check out the fpv drones guide for beginners.

Learning Radio Transmitter

You also need to learn about the role of the rocker of the radio transmitter of fpv.There are two sticks on the transmitter, they control the movement of the multirotor:

Throttle – makes the quadcopter ascend (climb) or descend (come down)
Yaw – rotates the quadcopter clockwise or counter-clockwise
Roll – tilts the quadcopter left or right
Pitch – tilts the quadcopter forward or backward

The directional controls are sometimes referred to as aileron (roll), elevator (pitch) and rudder (yaw). On a radio, there are also optional switches (sometimes known as AUX switches), which are used to change between flying modes, enable particular functions, etc.

Usually these radios are divided into left-hand throttle and right-hand throttle.

Left-hand throttle(Mode 2)：

The climb and come down of the left stick represents the throttle; left and right represents the yaw.

The climb and come down of the right stick represents pitch; left and right represents roll.

Right-hand throttle(Mode 1)：

The climb and come down of the left stick represents pitch; left and right represents yaw.

The climb and come down of the right stick represents throttle; left and right represents roll.

Two Types of Flight Mode

FPV has acro and self-level modes, as well as Flip over after crash mode.

Acro Mode：

Manipulate any direction stick after the remote stick back to the center, the flight will always fly along a certain direction, will not adjust back to the horizontal position, need to manually correct the attitude constantly, no attitude angle limit when flying.

Self-level mode：

Is a kind of assisted flight mode, when the stick is back in the middle, the quadcopter automatically restores the middle position. That is, the flight control automatically finds the level of the quadcopter position from time to time.

For beginners, it is best to start from Self-level mode, and then to acro mode.

Flip over after crash mode：

It is a way to get the drone turned upside down again with a radio transmitter when it flips on the ground.

You just need to lock the drone with the radio transmitter first and put the left stick(left hand throttle) to the lowest state.
Then turn on the Flip over after crash mode.Depending on the drone camera orientation and tumble position, use the right stick (left hand throttle) to control the drone to tumble over again. After turning over, turn off the Flip over after crash mode. Turn on the radio transmitter again to control the drone and fly normally.

After these controls and flight modes are understood, let’s move on to the real flight instruction.

10 Tips To Learning To Fly A FPV Drone

ONE：Exercises for Flying in Line of Sight

When flying line of sight (LOS), you are in direct visual contact with the drone (not through the FPV goggles or Monitor).

It’s best to have some LOS flying experience before diving right into FPV flying. This is helpful since it allows you to control and safely land your drone even if the video signal is lost.

Make sure you understand how to control the quad and navigate it about the field without losing your bearings; you don’t need to learn any clever tricks.

1.Hovering

You’ll want to lift your quad off the ground almost instantly to around 1.5 meter. When it’s too close to the ground, your quad might become unstable due to air disturbance (ground effect/prop wash). Try to hover and stay at the same spot, same altitude. It’s not easy as you have to control throttle, pitch and roll at the same time.

2.Landing

Reduce the speed slowly as you ready to land.Do not cut the throttle too fast, because your quad will fall freely and crash and will hear a loud sound!

Cut the throttle all the way off when the drone is only a few millimeters off the ground, then let it fall to the ground.

Repeat this exercise until you feel at ease hovering over the ground and softly landing safely.

3.Pitch and Roll Control

Bring your drone to a hover first.
Fly it a few feet forward by pushing the right stick forward.
To return to its start point, pull back the right stick.
Place it a few feet further rearward and then put it back where it was.
To move your quadcopter a few feet to the left, move the right stick to the left.
Return it to its starting place before flying it a few feet to the right.

P.S. If the drone begins to yaw (rotate), move the left stick to the left or right to keep it pointed in the same direction.

4.Yaw Wandering

Yaw refers to the quad’s center turning 360 degrees.
Use the throttle to take off and rotate your drone.
Push the left stick in either direction once you’ve reached a comfortable hover. The drone will turn in place as a result.
Turn it around once. Then, rotate the left stick 360 degrees in the opposite direction by pushing it in the opposite direction.

It is highly recommended that you practice more and more until you fully get the hang of it.

TWO：Flight practice with FPV goggles

Before you put on your FPV goggles and start flying, you should have your fpv camera facing horizontally (no camera tilt). You will fly more quickly the higher the camera is tilted.

Practice in an area that is open and not near people and traffic facilities. To assist in spatial awareness and distance judgment, use trees or poles as a point of reference.

5.Basic flying skills: take off, fly out and back, landing

Specific Steps：

Take off and hold a height of 1 to 2 meters.
Pushing the pitch stick forward will let you to fly for about 30 metres. By adjusting the throttle, you can always keep a steady altitude.
Pull the pitch stick in your direction to begin slowing down and stop.
Using the Yaw stick, reverse direction, accelerate once more (pitch forward), and fly back to your starting point to land.

6.Fly via an Air Gate or Tight Gap

Specific Steps：

In the center of a lengthy field, place one air gate. Start with a big gate, then move on to smaller, trickier gates and gaps.
Fly towards the gate and slowly fall to the height of the gate beginning at one end of the field, above the height of the gate.
Once you’ve made it through the gate, raise your altitude. Turn sharply, then continue.

7.Orbit

Orbit’s Main Point：

Maintain the same distance from the target object (radius of the orbit)
The same height as the horizontal plane (orbitheight from the ground)
Keep fpv to make a (near) perfect circle.

It also has categories：Orbit parallel to the ground，Horizontal roll tilt orbit

Specific steps for orbit parallel to the ground：

Finding the starting point of the action.Whether it’s FPV or helicopters, you need to find the starting point for the action that follows you best.（This is the key to a good start）
Once you find the correct starting point for the movement (flight posture + stick).
Yaw only need to keep the pressure left a little can be, do not need too much roll stick movement.
Elevator stays pressed forward a little bit (will make the tail of the drone lift slightly).You will be able to maintain the orbit’s flight posture. Then try to loop along the loop.
The throttle did not take sides，no need to go crazy with the throttle.

Specific steps for Horizontal roll tilt orbit：

If you would like to go clockwise,do the orbit movement.You can do it like this:

First orbit using parallel to the ground
Slowly increase the throttle
When the throttle is increased, the attitude of thefpv will be shifted a little towards the direction of rotation.At this time, use the yaw stick (to the right) plus a little roll stick (to the right) to control.At the same time. The flight height will slowly increase, and to maintain the flight height you need to use the Pitch stick (forward) to control.

For a clear explanation, you can check out rotor riot video.

8.Sharp Turns

Your ability to execute precise, sharp turns helps you escape crashes.Turning FPV is lifting the tail end of the drone to fly.

Specific steps：

Control the stick when turning to increase pitch (forward) + increase roll (toward the direction of the turn) + increase throttle = Force the FPV to turn

Remember, if you don’t increase the throttle, the fpv will drift to the far side. If you don’t increase the pitch(forward to the stick), the fpv will also drift to the far side.

However, different propellers require different throttle strengths when making a sharp turn, so throttle level should be determined by your drone.

9.Split-S

The Split-S move is the foundational step in many tricks. Essentially, it involves a 180-degree roll and flip. If you add yaw control into the movement, it looks even better.

Key Points:

Horizontal flight + thrust the throttle to climbing altitude
Roll stick rotation 180 degrees (FPV enters inverted flight attitude)
Pitch stick rotation 180 degrees (FPV returns to parallel flight attitude)

Specific Steps：

Fly towards the roll target (usually a tree) + thrust the throttle to climb higher
(The moment you fly over the target) roll 180 degrees sideways (enter inverted flight and reduce throttle)
(When descending the height) slowly pull the pitch 180 degrees (increase the throttle to resume horizontal flight)

Note：The skill of throttle control, must be clever with pitch and roll, to maintain the recovery of horizontal flight attitude.

Through continuous practice, get used to the timing of the movement into and out of the turn and throttle,Just know exactly how much thrust you need to do a really smooth.

10.Inverted Yaw Spin

Specific steps：

Rotate the pitching stick 180 degrees (usually a half back flip)
Maintain inverted flight attitude and do a fast 180 degree or 360 degree loop on the yaw stick.
Rotate the pitching stick 180 degrees (usually a half back flip),Return to horizontal attitude.

Note：When you’re learning this skill, Rates are important, and the timing is important.

I saw an interesting comment on YouTube where he succinctly summarized these flying tips for pilots.

Beginner mode = find flags one by one..

Advanced mode = Do Wide orbit..

Expert mode = Do Narrow Orbit..

God-like-Hero-For-Racing-only mode = pre-turn

No matter what way you want to fly, you should always practice over and over again.I hope this flight skill guide is useful to you.

The post 10 Tips For Learning To Fly A FPV Drone first appeared on FPV TO GO.

WHAT IS A FPV DRONE

Norix FPV — Fri, 14 Oct 2022 09:52:36 +0000

FPV drones offer you an immersive drone flying experience, imagine that you are almost “sitting” inside the drone looking at the world in front of you. That’s FPV. But on the other hand, beginners who are just jumping into the FPV have no idea what FPV means. But don’t worry, that’s why I wrote this guide – What is a fpv drone!

You can read in this post, I will describe the history of FPV, what FPV is and how it works in several parts so you can understand it.

Table of Contents

The History of FPV Development

FPV is an increasingly popular form of remote control (RC) flying in recent years. There is currently an article about the history of FPV published online by an pilot：CurryKitten. You can check out “The History of FPV” Article.

In the article he mentions that Cyber-Flyer was also the first person to use the term FPV sometime around 2002-2003,the man responsible for getting a huge amount of people into the FPV hobby –is Denis “VRFlyer” Gratton.the most primitive first view flight footage only started to be available in 2006. Of course, there was no concept of FPV multi-copter back then. And the real prototype of FPV was in 2009 by the Massachusetts RC groups member, signguy posted a build thread on how to build a Tricopter. After that they kept optimizing and iterating.

The FPV multi-copter with stable control and flight graphics was built in 2011 with DJI’s Naza v1 flight controller for the F450 or F550 multi-copters. The FPV pilots continue to join, and according to statistics, there are now more than 100,000 FPV drone fans worldwide.

What Is a FPV Drone?

The full name of FPV is First Person View. When you put on FPV goggles, you can get realistic and live flight footage. Get An immersive experience. fpv can traverse obstacles in tight spaces. It is also able to keep up with the speed of race cars and sports cars. This is something that traditional drones cannot do. It’s the sense of speed and first view experience, this view is free and unlimited roll, is the core of FPV.

How Does FPV Work?

FPV drones are very similar to traditional drones in the way they operate. The difference with FPV is that you need to DIY assemble or buy RTF kits and then transmit the images to your FPV glasses or other screens through the FPV cameras. the operation of FPV drones is also very free, you can do racing or freestyle, it all depends on you.

Benefits of Playing FPV?

Do you want to use FPV to complete a racing car or sports car chase footage, or even 8 seconds through the clouds. Or maybe you just want to use it to pass the boring time. The attraction to jump into FPV may be just a moment that seems to require only a push.

FPV Use Scenarios

Film and TV shooting, I believe you should have seen it.
Live performance
Race events
Education and teaching
Business Ads

It is worth noting that FPV can be far from the pilot’s line of sight, and the safety of using FPV aircraft depends entirely on the pilot’s skills. That’s why some countries have issued some laws and regulations for FPV, with the aim of ensuring safe flight and reducing property damage and accidents. Details can be found here.

TIPS

①Although FPV flight height is low, the airspace requirements are not high, but the flight environment requirements are high, both to avoid dense crowds, but also to prevent the surrounding signal interference, it is recommended to choose an open field to practice. Get familiar with the characteristics of FPV and have a certain basis for flight, and then choose the relatively complex environment of the field flight.

②FPV requires you to learn mechanical engineering knowledge, and please give enough patience and time.

③FPV requires FPV goggles, so if you have vertigo on the 3D screen, please consider whether it is appropriate to fly FPV.

Get started with FPV today

By the time you read this, I think you already know “what is a fpv drone”. Are you ready to start getting into FPV? Here we go！

The post WHAT IS A FPV DRONE first appeared on FPV TO GO.