Review: DJI Avata 2 – Who Should Buy This Drone, How to Setup, and Best Tips

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The DJI Avata 2’s release has created a lot of buzz within the drone community. After spending some time testing the DJI Avata 2, I’m here to share my insights on the drone’s performance and my thoughts on who this drone is truly for. I’ll also provide tips on how to set it up and recommended settings to help you get the most out of this impressive drone.

Learn more about the different FPV systems in our buyer’s guide: https://oscarliang.com/fpv-system/

Where to Buy?

For those considering purchasing the DJI Avata 2, I highly recommend opting for the Fly More Combo. It includes three batteries, which are essential for extended flying sessions. Given that each battery offers about 15 minutes of flight time and takes around 30-45 minutes to charge, having three batteries allows you to fly almost non-stop. By the time you deplete the last battery, the first one should be ready to go.

Avata 2 Accessories on AliExpress: https://s.click.aliexpress.com/e/_DDnLmJX

Fly More Combo (3 batteries)

• Amazon: https://amzn.to/3w0CyeX
• GetFPV: https://oscarliang.com/product-971p
• RDQ: https://oscarliang.com/product-6u73
• NewBeeDrone: https://oscarliang.com/product-oeb0

ND Filters

• AliExpress: https://s.click.aliexpress.com/e/_De3Mvgd
• Amazon: https://amzn.to/4ayjh3O
• GetFPV: https://oscarliang.com/product-shne
• RDQ: https://oscarliang.com/product-pgar

DJI Avata 2 Drone Only

• GetFPV: https://oscarliang.com/product-b446
• RDQ: https://oscarliang.com/product-f98t
• Amazon: https://amzn.to/3Q1WiWx

DJI Goggles 3

• Amazon: https://amzn.to/43WRh7r
• GetFPV: https://oscarliang.com/product-omvc
• RDQ: https://oscarliang.com/product-2rxi
• AliExpress: https://s.click.aliexpress.com/e/_DEpVUTV
• NewBeeDrone: https://oscarliang.com/product-cdyj

DJI Remote Controller 3

• AliExpress: https://s.click.aliexpress.com/e/_DdOqDDX
• Amazon: https://amzn.to/3xBY4Yd
• GetFPV: https://oscarliang.com/product-pz64
• RDQ: https://oscarliang.com/product-buis

Spare Batteries

• Amazon: https://amzn.to/4cZs9kA
• GetFPV: https://oscarliang.com/product-k7e5
• RDQ: https://oscarliang.com/product-5k5j

The Fly More Combo also includes a durable padded carry bag that neatly holds all your gear.

Here’s what comes with this comprehensive package:

• 1x DJI Goggles 3 -2.0D Corrective Lenses (Pair)
• 1x DJI Goggles 3 Additional Forehead Pad
• 1x DJI Avata 2 Intelligent Flight Battery
• 1x DJI Goggles 3 Foam Padding
• 1x DJI Avata 2 Gimbal Protector
• 1x Type-C to Type-C PD Cable
• 2x DJI Avata 2 Propellers (Pair)
• 8x DJI Avata 2 Propeller Screw
• 1x DJI RC Motion 3 Lanyard
• 1x USB-C OTG Cable
• 1x DJI Avata 2 Drone
• 1x DJI RC Motion 3
• 1x DJI Goggles 3
• 1x Screwdriver

Avata 2 vs. Avata 1

When comparing the DJI Avata 2 with its predecessor, several upgrades and enhancements become apparent.

Specifications

Here’s a detailed breakdown of the specifications between the two models.

Feature	DJI Avata 2	DJI Avata 1
Weight	377g	410g
Dimensions	185x212x64mm	180×180×80mm
Internal Storage	46GB	20GB
Ascent Speed	6 m/s (Normal Mode) 9 m/s (Sport Mode)	6 m/s (Normal Mode, Sport Mode)
Max Speed	8 m/s (Normal mode) ‌16 m/s (Sport mode) 27 m/s (Manual mode)	8 m/s (Normal Mode) 14 m/s (Sport Mode) 27 m/s (Manual Mode)
Hover Time	21 Minutes	18 Minutes
Flight Time	23 Minutes	18 Minutes
Max Flight Distance	13.0 km‌	11.6 km
Visual Positioning	Downward and Backward	Only Downward
Camera Sensor	1/1.3-inch	1/1.7-inch
Colour Modes	Standard D-Log M 10-bit	Standard D-Cinelike 10-bit
Max Resolution	4K/60fps HDR	4K/60fps
Video Transmission	O4 (OcuSync 4)	O3 (OcuSync 3)
Latency	24ms (1080p/100fps) 40ms (1080p/60fps)	30ms (1080p/100fps) 40ms (1080p/60fps)
Max Video Range	13km	10km
Live View Quality	1080p @ 30/50/60/100/120fps	1080p @ 30/50/60/100fps
Max Bandwidth	Up to 60MHz	Up to 40MHz
Max Video Bitrate	60Mbps	50Mbps
Battery Capacity	14.76V 2150mAh Li-ion	14.76V 2420mAh Li-ion
Battery Charging Time	45 minutes (with Charging Hub) 1 hour 28 minutes	2 hours 30 minutes
Battery Energy	31.7 [email protected]	35.71 [email protected]
Battery Weight	145g	162g
PD Fast Charging	Yes	No

Feature Enhancements

• Weight and Propulsion: The Avata 2 is over 30 grams lighter than its predecessor, with an improved propulsion system that improves maximum flight distance from 11.6km to 13km.
• Flight Noise: Thanks to the reduced weight and updated propulsion system, the flight noise of the Avata 2 is significantly lower compared to the original model.
• Flight Path Accuracy: The addition of backward visual positioning helps the Avata 2 navigate tighter spaces more precisely.
• Camera and Stabilization: Enhanced camera capabilities and stabilization contribute to superior video quality in the Avata 2.
• Video Transmission: The introduction of DJI’s O4 video transmission system extends the maximum transmission distance to 13km and increases the maximum video bitrate from 50Mbps to 60Mbps, improving overall video quality.
• Charging: The Avata 2 supports PD fast charging, significantly reducing charging times. The included charging hub allows for a full recharge in just 45 minutes.

Closer Look at Avata 2

Design Changes

The DJI Avata 2 is designed as a cinewhoop, a type of FPV drone equipped with integrated propeller guards for enhanced safety. This design is particularly beneficial for flying at low altitudes and indoors, allowing you to safely get incredibly close to subjects.

Compared to its the original DJI Avata, the Avata 2 is noticeably lighter. A significant design change is the shift from a “pusher configuration,” where propellers are inverted, to a standard setup with motors on top.

One of the key improvements in the Avata 2 is the adoption of standard T-mount props. This update is particularly advantageous for drone enthusiasts who enjoy customizing their setups, as it allows for the easy replacement of propellers and the use of aftermarket options without requiring adapters.

The DJI Avata 2 weighs 239g without battery, or 386g including battery, slightly heavier than the advertised weight. Its weight complies with European class C1, which might be exciting news for EU pilots (The C1 label on the right side of the drone confirms that).

Storage

Moreover, the internal storage capacity has been increased from 20GB to 46GB. This upgrade significantly extends potential recording times, accommodating approximately 90 minutes at 1080p 60fps, 60 minutes at 2.7K 60fps, or 40 minutes at 4K 60fps. A 256GB SD card allows for 4 hours and 20 minutes of 4K 60fps footage.

For those who require additional storage, the drone still supports the use of an SD card. For optimal performance, especially when recording in 4K, selecting the right SD card is crucial. Check out my recommendations for the best SD cards for 4K video recording here: https://oscarliang.com/sd-cards-fpv/

The locaiton of the SD card slot and USB port is much easier to access compared to the previous Avata, and it’s protected by a rubber cover from water splash and dusts.

Camera and Video Quality

The camera on the DJI Avata 2 marks a significant upgrade from its predecessors, incorporating a 1/1.3-inch sensor similar to that found in the DJI Osmo Action 4. This larger sensor enhances imaging capabilities, particularly in low-light conditions, and offers improved dynamic range, making it adept at handling scenes with varied lighting.

The camera’s quality is good enough that many users might find it a viable replacement for separate action cameras like the GoPro Hero or DJI Osmo Action. The inclusion of 10-bit Dlog-M is particularly beneficial for post-production, allowing for finer color grading and detail enhancements.

The drone’s Electronic Image Stabilization (EIS) has also seen improvements. The built-in Rocksteady 3.0 Stabilizatio is particularly useful for those who require immediately usable footage without additional processing.

For users seeking more granular control over stabilization, Gyroflow can be used. This is an open source software allows for detailed adjustments to stabilization parameters, offering a customizable approach to managing video smoothness. However, for convenience and ease of use, RockSteady provides instant stabilization directly from the drone, eliminating the need to run footage through additional software.

Note that ND filters can be used on the Avata 2, but need to be purchased separately here:

• AliExpress: https://s.click.aliexpress.com/e/_De3Mvgd
• Amazon: https://amzn.to/4ayjh3O
• GetFPV: https://oscarliang.com/product-shne
• RDQ: https://oscarliang.com/product-pgar

Battery and Charging

The DJI Avata 2 represents a notable advancement from its predecessor, particularly in terms of battery life and the mechanism for battery installation. The introduction of a new pinch mechanism simplifies the process of swapping batteries and ensures they remain securely in place even during a crash.

Unlike typical LiPo batteries found in many FPV drones, the Avata 2 uses lithium-ion batteries. These batteries have a nominal voltage of 14.76V and a maximum voltage of 17V, which is comparable to a 4S. The compact yet robust 4S 2150mAh battery supports impressive flight times of up to 15 minutes.

There are two ways to charge the battery: using the Charging Hub or directly charging the drone with the battery installed.

Charging Time:

	Charging Hub (max 60W)	Directly Charging Drone (max 30W)
From 0 to 100%	approx. 45 min‌	approx. 88 min‌
From 10 to 90%	approx. 30 min‌‌	approx. 60 min‌‌‌‌

The charging hub is quite smart, it charges one battery at a time and prioritizes the battery with the most charge remaining. This ensures the quickest turnaround possible, enabling you to get back in the air with minimal downtime.

Get some spare batteries here:

• Amazon: https://amzn.to/4cZs9kA
• GetFPV: https://oscarliang.com/product-k7e5
• RDQ: https://oscarliang.com/product-5k5j

The charging hub also acts as a powerbank to charge your smartphone, GoPro, remote controller or goggles. Connect the device via USB-C, and it will use the drone battery as power source. It always discharges the battery with the lowest power level first.

Sensors

Unfortunately, the DJI Avata 2 does not come equipped with obstacle avoidance capabilities, unlike the typical DJI camera drones such as the Mini 4 Pro.

However, the Avata 2 does incorporate downward and backward visual positioning sensors. These are utilized primarily in Normal and Sport modes to enhance flight precision in tight spaces and position hold when hovering.

Remote Controller

For those familiar with the motion controller from the original Avata, the experience with the Avata 2 feels even more intuitive. The Motion Controller simplifies the learning process, allowing users to quickly learn flying the Avata 2 without the need for extensive and complicated training.

When using the Motion Controller, you don’t really think about roll, pitch or yaw, the system will do all the coordination for you. All you need to do is to control the speed and direction.

For those who prefer flying the Avata 2 like a traditional FPV drone, the Remote Controller 3 (RC3) is available for separate purchase. It’s important to note that the older Remote Controller 2 (RC2) is not compatible with the Avata 2.

Get the DJI Remote Controller 3 here:

• AliExpress: https://s.click.aliexpress.com/e/_DdOqDDX
• Amazon: https://amzn.to/3xBY4Yd
• GetFPV: https://oscarliang.com/product-pz64
• RDQ: https://oscarliang.com/product-buis

 

While the new RC3 may look similar to its predecessor, it features an internal antenna and removable gimbal sticks, enhancing its compactness and ease of handling. In fact, the remote communicates with the drone via the Goggles 3 using Bluetooth—there are no direct communications. This reduces design complexity and power consumption in the radio, making the it lighter and more compact. However, this means your goggles must remain powered on at all times during flight. If you power down the goggles while flying the Avata 2, you will lose both the video and radio signals.

One significant advantage of the RC3 is its capability to operate in manual mode (M mode), granting pilots complete freedom to navigate the skies.

Additionally, the RC3 is compatible with most FPV simulators, supporting the majority of popular options featured in our guide: https://oscarliang.com/fpv-simulator/

For those serious about flying, the RC3 is essential. It provides much more precise control compared to the Motion Controller. However, it’s worth mentioning that while the RC3 should satisfy most pilots, it has its limitations. The smaller gimbals on the RC3 do not provide the same level of resolution and control feel as full-size gimbals found on more advanced controllers.

The battery life of the remote is impressive, lasting about 10 hours on a single charge. Although the battery is not removable, it can be conveniently recharged using a USB-C port (5V 2A).

FPV Goggles

For a more detailed dive in the DJI Goggles 3, and how they compare to the Goggles 2, see my review here: https://oscarliang.com/dji-goggles-3/

One of the first things you’ll notice about the DJI Goggles 3 is the integrated battery pack at the back of the head strap, similar to the Goggles Integra.

This design significantly enhances comfort by eliminating the need for a dangling external battery pack. Although this means you can’t swap batteries on the fly, the goggles can be powered and charged via a USB power bank, which is a handy feature for extended use.

The design of the Goggles 3 includes a “forehead rest” rather than having the faceplate press directly against your face. This seemingly “weird” solution reduces pressure on your eyes and nose, making the goggles more comfortable, especially during long flight sessions. While the goggles don’t flip up like a visor, they allow for angle adjustments to ensure the display gasket fits snugly against your face, optimizing the viewing experience and minimizing light leakage.

I believe the Goggles 3 has similar FOV as the Integra, so you won’t get as much blurry edges as the Goggles 2.

Antennas are not removable on the Goggles 3, just like the Goggles Integra.

The goggles also feature focus and IPD (Interpupillary Distance) adjustments located at the bottom, similar to the Goggles 2.

It’s exciting to see DJI finally stop using the touchpad and replaced it with a joystick, enhancing the tactile feel and responsiveness of menu navigation. This change makes the user experience much more intuitive and enjoyable.

If you’re familiar with the DJI Goggles 2, you’ll find the on-screen menu and operation of the Goggles 3 almost identical, ensuring a seamless transition between them.

The Goggles 3 are equipped with front cameras that provide a real-time live view of the surroundings, allowing pilots to see without removing the goggles. However, the field of view is incredibly narrow, which I find limits its usefulness. In the Settings->Display, you can set it to 3D which I find interesting. By default it’s 2D – only using one camera.

Like the Goggles 2, the Goggles 3 screens turn off automatically when you take the goggles off to conserve battery when not actively in use.

It’s important to note that the Avata 2 drone cannot take off without the FPV Goggles 3 being powered on.

The battery life of the goggles is approximately three hours per full charge, with a charging time of about 1 to 1.5 hours via a USB-C connection (20W).

Get the DJI Goggles 3 from:

• Amazon: https://amzn.to/43WRh7r
• GetFPV: https://oscarliang.com/product-omvc
• RDQ: https://oscarliang.com/product-2rxi
• AliExpress: https://s.click.aliexpress.com/e/_DEpVUTV
• NewBeeDrone: https://oscarliang.com/product-cdyj

Compatibility

As of now, the DJI Avata 2 is compatible exclusively with the following devices:

• DJI Goggles 3
• DJI RC Motion 3
• DJI FPV Remote Controller 3

Unfortunately, it does not currently support previous DJI FPV systems, including DJI Goggles 2, Integra, Goggles V2, O3 Air Unit, and Vista. However, the Goggles 3 does support the DJI Air 3 and DJI Mini 4 Pro drones and is also compatible with the Remote Controller 2.

There is hope within the community that DJI will extend backward compatibility to older gear, as they have done in the past following the release of the Goggles 2 and the original Avata. We are optimistic that such updates may be provided in the near future.

User Experience

For anyone new, there is a significant amount of information to absorb. Later in this review, I will try to explain the setup process in detail and ease the learning curve. But using the Avata 2 with the Goggles 3 offers a seamless and engaging experience right out of the box.

The goggles fit more comfortably thanks to the focus on distributing weight and pressure to the forehead rather than other sensitive areas like the nose or eyes. This design helps in reducing light leaks and provides a more immersive viewing experience.

The motion controller is an innovative addition, ideal for beginners due to its intuitive control mechanism. It allows new users to fly the drone with minimal training effectively. Additionally, the motion controller can be used as an AR cursor within the goggles’ interface, providing a unique way to navigate settings and options. For more advanced flying, however, the Remote Controller 3 is recommended for its superior precision and control.

A notable safety feature is the low voltage warning triggered when the battery reaches around 20%. In this scenario, the drone automatically initiates a return-to-home procedure, which can be manually overridden by pressing the Lock button. This allows the pilot to regain control, but the speed of the drone will be limited to preserver energy.

The Avata 2 also introduces ‘Easy Acro’ mode, which simplifies performing flips and rolls with the push of a button, makes acro more accessible to beginners. But for intermediate and advanced users, it felt pretty pointless to be honest. It’s like what a $20 toy drone could do, and there’s a big pause between each move, just doesn’t look good in footage.

Flight Performance

The first thing I noticed about the DJI Avata 2 was how much quieter it is compared to the original Avata—not just in terms of volume, but the sound profile was far less irritating too.

When it’s just hovering, position hold is pretty impressive. It can still drift a little bit when it’s windy outside, or when it’s dark, but when it’s indoor it’s surprisingly stable thanks to the additional visual positioning sensors. When you hit the wall, the drone will just drop to the ground and disarm, minimizing impact and damage.

In manual mode, it hovers around 30-35% throttle, which is not bad for a cinewhoop powered by a Li-ion battery. Normal mode feels conservative, offering slow and smooth flight characteristics. However, switching to Sport mode truly unleashes the drone’s full potential, significantly boosting its speed and maneuverability.

In terms of overall flight performance, the Avata 2 met my expectations for a cinewhoop. It’s more agile and responsive than the original Avata, thanks to its lighter weight. For a cinewhoop, it’s quite capably. However, when compared to a freestyle FPV drone, it feels somewhat underpowered and can appear wobbly during sharp turns—a typical trait for cinewhoops, but it still showed improvement over the original Avata, which tended to dip during aggressive maneuvers. While the Avata 2 isn’t designed for aggressive freestyle maneuvers—it struggles to recover from dives and inverted moves—it excels at cinematic cruising, whether indoors or out. It’s important for newcomers to be aware of these characteristics to set realistic expectations.

I really enjoyed using the motion controller, it felt intuitive and offered a totally different flight experience – it’s like playing a video game. As an experienced FPV pilot, I still prefer the traditional remote controller for its precision and familiarity—it’s just what feels right after years of flying. However, for beginners, the motion controller offers a straightforward and engaging way to quickly get into the game.

The drone also handled 20MPH winds reasonably well, though it did experience some wobbling and struggled against headwinds, especially when it voltage gets low. Avoiding flying in excessively windy conditions with the Avata 2 to prevent these issues.

The top speed of the Avata 2 is around 100km/h, officially it’s capped at 97km/h (and 68.4km/h in Europe).

Durability

One noticeable change in the DJI Avata 2 is its construction, which feels slightly more fragile than its predecessor. This seems to be a deliberate trade-off to reduce weight and increase flight performance.

It’s not particularly crash-resistant to be totally honest; I had a few crashes with trees and it fell to the ground from 1-2 meters high, and the plastic on the propeller guard cracked.

I’ve been cautious to avoid crashes since I bought this drone with my own money and don’t want to break it (just yet), but if I, as a pilot with over 10 years of experience, can damage it within my first week of flying it, new pilots are likely to break it too. That’s why it’s important to get DJI Care when you pick up the Avata 2, so you can have it repaired or replaced at a lower cost. They even cover “fly-aways,” which is nice.

Range and Reliability

The previous DJI O3 video link—used in the Avata V1 and Goggles 2—was already impressive, but DJI has gone one step further with the introduction of O4. The new system not only provides solid connectivity but also delivers exceptional video quality.

The Avata 2 boasts an impressive video range of up to 13km, which is a commendable improvement. Additionally, the drone is equipped with a GPS-based Return to Home feature that acts as a safety net in case of video link loss or when the drone hits a failsafe. This reliable feature ensures that the drone can autonomously return to its launch point (fingers crossed), which is a reassurance for any pilot flying in challenging conditions.

To determine if you can fly further, you should monitor the bitrate (bottom right of your screen), which will decrease as you fly further away. When the bitrate gets too low, you will start to see a blurry image and even stuttering in the video feed, indicating that it’s time to turn back to avoid the risk of losing signal entirely.

If you are in FCC mode with the maximum bitrate set to 60Mbps and flying line of sight in a relatively interference-free environment, you can expect the bitrate to remain around 55-60Mbps within 1km of range. The bitrate could drop to 40-45Mbps at 2km, and 15-20Mbps at 5km.

Equally important to consider is the flight time—whether you have enough battery to return. When it’s windy, you will use more power flying into a headwind, so it’s unwise to assume you can fly away using 50% of the battery and use the other half to fly back home; it doesn’t always work that way due to wind conditions. Always leave some margin for error, reserve some battery just in case, and avoid attempting long-range flights on windy days.

As a matter of fact, I do believe the O4 link is capable of long-range, but the Avata 2 drone itself is the actual bottleneck—the battery runs out before the video link (taking into account the distance you need to cover to return home).

No FCC for European Users?

If you live in Europe, you should think twice about buying the Avata 2.

Before delving into the specifics, it’s crucial to understand what FCC and CE modes mean. The Federal Communications Commission (FCC) in the United States and Conformité Européenne (CE) in Europe regulate the power output and frequencies that electronic devices, including drones, can legally use.

So the Avata 2 is in either FCC or CE mode. In FCC mode, you get all the channels and RF power available from the Avata 2. However, in CE mode, channels are restricted and RF power is massively reduced to meet European regulations.

In CE mode, Channel Mode is locked to Auto (the option is grayed out), and you cannot select Manual mode anymore, let alone change frequency, channel, or bandwidth. This change has understandably led to frustration among European users, as this means their range and video quality will be severely reduced.

The DJI Avata 2, like its predecessors, was expected to allow users to switch between FCC and CE modes using a known hack—the “ham file”. For those in FCC regions, the hack still works. However, the situation in CE regions is quite different. While the ham file doesn’t unlock additional channels as it used to in the original Avata and Goggles 2, it does enhance RF output power, allowing the drone to operate in what appears to be an FCC RF power mode. This hack also unlocks the EU speed limit.

Simply get the file “ham_cfg_support” and unzip it to the root directory of the SD card and put it in the DJI Goggles 3. Download here: https://drive.google.com/file/d/1ug2U_i5kdrKQQ2I17NLJBXm2tKQeNj5Q/view?usp=share_link

Third-party solutions like the Drone Tweaks app on Android or iOS devices are supposed to be able to unlock true FCC mode on the Avata 2 (so you can change channel, frequency and bandwidth etc), but it costs €26 per year. There is also the free app called B3YOND but unavailable on iOS and works in older Android versions. While I have not personally tested this app and not sure how it affects your warranty, it’s currently the only potential solution I am aware of. This app allows the drone to operate in FCC mode by modifying the original DJI Fly app. Once installed, users can manually select FCC mode upon connecting the drone, unlocking both higher RF power and additional channels. The hack should still work when you change the battery, but when you connect the drone to the official DJI Fly app or perform a factory reset, you will have to reapply this hack. It’s frustrating that users have to pay extra just to get the full capability of their drone, and it’s unclear if DJI will block this hack in future firmware updates.

This hack is not legal in the EU: the regulations do not allow you to exceed the authorized power or occupy certain frequencies. You can remove this hack by simply resetting the headset through the “Settings” -> “About” -> “Reset All” menu.

Final Thoughts: Who Is the DJI Avata 2 For?

The DJI Avata 2 incorporates some of the most advanced technology available in the drone market today, but it may not be the perfect fit for everyone.

Cinematic Flying and Cinematography

Designed with flexibility in mind, the Avata 2 is an ideal tool for videographers who prefer to avoid the complexities associated with traditional FPV drones. Its ability to hold position and feature a tiltable camera adds a level of versatility unmatched by typical FPV drones, making it a superb choice for aerial filming.

Get the Fly More Combo here:

• Amazon: https://amzn.to/3w0CyeX
• GetFPV: https://oscarliang.com/product-971p
• RDQ: https://oscarliang.com/product-6u73
• NewBeeDrone: https://oscarliang.com/product-oeb0
• AliExpress: https://s.click.aliexpress.com/e/_DDnLmJX

Building your own cinewhoop provides unparalleled flexibility. You have complete control over every component, from the motors to the camera and beyond, allowing you to tailor your drone to your exact specifications and flying style. This level of customization can lead to superior performance, especially for those who enjoy tweaking and optimizing their setups.

Out of the box, the DJI Avata 2 is tuned for optimal performance, with no need for adjustments. It flies beautifully but has its speed capped at 97km/h (in Europe that’s 68km/h), which can feel somewhat limiting, especially when trying to execute more complex maneuvers that require faster speeds.

However, a custom build involves a steep learning curve, especially for newcomers to the hobby. Building and maintaining your drone requires a thorough understanding of its components and systems, which can be daunting but rewarding for those who enjoy the technical challenges.

The DJI Avata 2 comes as a complete package, including goggles, a remote controller, batteries, chargers, and the drone itself. This all-in-one solution is ready to fly straight out of the box with very decent video quality. It’s equipped with built-in GPS for return-to-home functionality and one of the best video transmission systems on the market. For those less inclined to delve into the technical aspects of drone building and maintenance, the Avata 2 is a fantastic choice. It offers a hassle-free experience with the added benefit of professional appearance, which can be a significant factor for commercial use, such as aerial videography for real estate. It also looks more professional than custom built cinewhoops which matters for some people.

Beginners

For those new to the drone scene, the Avata 2 presents an appealing option. It’s particularly suitable for individuals interested in experiencing FPV without the daunting learning curve. Although the initial investment might be substantial, the performance and features offered justify the cost for those serious about getting that high quality FPV footage.

Freestyle

For FPV pilots focused on freestyle and fast pace flying, the Avata 2 may not be the best drone. While it offers an easy entry point for beginners to pick up and fly, building your own drone can provide superior flight performance at a much lower cost. Check out how cheaply you can build a high performance freestyle drone: https://oscarliang.com/cheapest-fpv-drone-build/

Long Range

While not the most efficient option for long-range flights, the Avata 2 can actually be a decent drone for mid/long range flights thanks to its impressive video/control link, GPS capabilities and relatively long flight time. It’s been proven that the Avata 2 is capable of completing 5km round trip (covering 10km+ total distance).

The Pros and Cons

Let me sum up the pros and cons of the Avata 2:

Pros

• Quieter than other cinewhoops of this size.
• No need for an extra GoPro on the drone.
• It can actually fly very far with great video feed and signal.
• The built-in 46GB memory will save you when you forget your SD card at home.
• Painless Experience: If you like flying cinewhoop, the Avata 2 is genuinely a great drone. More than good enough to save you from all the trouble of building your own.
• Feature Rich: Lots of great features, such as position hold, altitude hold and return to home features, it’s just brilliant.
• Dynamic Control: While in flight, the ability to start and stop recordings or adjust the camera angle mid-air enhances flexibility and control, allowing for dynamic shot composition.
• Beginner-Friendly: Excluding the cost, the Avata 2 is actually an excellent drone for beginners due to its intuitive controls and forgiving flight characteristics.

Cons

• Height limit of 500 meters and speed limit of 97km/h
• Lack of compatibility with older DJI gear.
• Power is limited by the system when voltage is low.
• Flight performance is not as good as custom built drones – the Avata 2 feels underpowered with a suboptimal tune
• No FCC Mode Outside US: For most people outside of the US, especially for those in Europe, it’s a shame DJI has forced CE mode on the Avata 2 and there’s no easy way to unlock FCC at the moment. CE mode have very limited range and channel selection.
• Cost: As is typical with DJI products, the price tag is substantial. Not only is the initial purchase pricey, but so are the spare batteries and repairs.
• Locked Ecosystem: The drone operates within a closed system, meaning you cannot upgrade components, including the camera. While it’s possible to mount an external action camera like a GoPro, doing so could adversely affect the drone’s flight performance.
• Limited Frame Rates: Similar to the O3 system, the live view shares settings with HD recording, limiting the usability of lower frame rates like 30fps due to latency issues with lower frame rates. The best performing setting for live flying is at 100fps. That’s why the Avata 2 may not entirely replace the need for a separate HD camera for optimal recording quality.
• Remote Controller Limitations: The DJI Remote Controller 3, while functional, features small gimbals that lack the resolution and control feel of full-size radio controllers. This can be a significant drawback for those who require precise control over their drone.

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How to Setup and Fly the DJI Avata 2

Setting up and flying the DJI Avata 2 for the first time is an exciting process, streamlined to ensure you get airborne as quickly and safely as possible. Here’s a detailed guide on what to expect and how to get started.

Maiden Maiden Flight Preparation

Power On: Begin by powering on the FPV Goggles, Motion Controller, and the Drone. Press the power button once  to check voltage, and then hold it down again until all green LEDs light up.

Goggles Tutorial: The FPV Goggles will guide you through a tutorial explaining how to navigate the menu and use the motion controller to control your drone.

Activation: Before your first flight, you need to activate the goggles (the drone and remote don’t require separate activation). Connect the USB-C port of the goggles to a mobile device, launch the DJI Fly App, and follow the prompts for activation. You can download the app from DJI’s official download page: https://www.dji.com/uk/avata-2/downloads

Alternatively, you can use a computer by downloading and installing the latest version of DJI Assistant 2 (Consumer Drone Series) from the same link. If you previously installed this for other DJI models like the O3 or original Avata, ensure you update to the latest version.

Firmware Update: The app will prompt you to update the firmware.

Linking: Typically, the drone should already be linked to the motion controller and goggles right out of the box, eliminating the need for manual pairing.

Once activated and updated—a process that should take no more than 10-15 minutes—you’re ready for takeoff.

Flying Avata 2 with Motion Controller

For beginners, the Motion Controller might feel overwhelming because there are so many buttons. Even for experienced pilots, it takes some getting used to. Here are the basics to get you started:

• Arm the drone: Double-press the lock button to arm the drone, motors will start spinning.
• Disarm: Double-press the lock button again to disarm, the motors will stop.
• Takeoff: With the drone armed, press and hold the Lock button to initiate takeoff. The aircraft will ascend to about 1.2 meters and hover.
• Braking: During flight, press the lock button to make the aircraft brake and hover in place. Press it again to resume flying.
• Landing: To land, press and hold the lock button while the aircraft is hovering. It will land automatically and shut off the motors.
• Camera Control: Adjust the camera angle by tilting the motion controller up or down.
• Yaw Control: Gently press the trigger and tilt the remote left or right to pan the drone.
• Lateral Movement: Use the joystick to move the drone left or right. Pushing it up or down adjusts the drone’s altitude, ascending or descending at about 1 meter per second.
• Forward Flight: To move forward, simply press the trigger all the way.
• Flying Up and Down: For upward or downward flight, press the trigger fully and tilt the controller up or down.

Advanced Flying Techniques

By default, your DJI Avata 2 will be in Beginner mode, which is designed to be very slow and safe for new pilots. In this mode, you can’t switch flight modes, which helps prevent accidents while you’re still learning. However, once you feel confident with the basics, you’re ready to take the next step.

Switching Off Beginner Mode: Go to Settings -> Control to turn off Beginner mode. This will unlock the drone’s full capabilities and allow you to switch between different flying modes.

Sport Mode: By pressing the flight mode button, you can activate Sport mode. Think of it as Normal mode with a significant speed boost. It’s perfect for when you want a bit more excitement and a chance to really see what your drone can do.

Turtle Mode: If you’re familiar with Betaflight, you’ll appreciate Turtle mode. This setting helps the Avata 2 recover from crashes by flipping itself right-side up. It’s incredibly useful if your drone ends up upside down after a mishap, saving you a trip to retrieve and manually reset it. You can find Turtle Mode in the Settings Menu.

Real-time Live View

By double tapping really hard on the right side of the goggles, you can activate realtime live view of your surrounding using the two front facing cameras.

By default it’s on 2D mode which only uses one of the two cameras. You can set it to 3D in the Settings-> Display which uses both cameras and actually improves usability IMO.

Head Tracking

Head Tracking is a fascinating feature that enhances your flying experience by linking camera movement to your head movements. Here’s how it works:

To enable Head Tracking, go to the top menu of your Goggles. This allows the camera gimbal to move up and down as you move your head up and down. When you look left or right, the drone will pan in that direction (as the gimbal doesn’t move in horizontal axis).

Initially, controlling the camera with your head while directing the drone with the motion controller might feel a bit unnatural. However, with some practice, you can achieve dynamic and creative shots that are difficult to replicate with traditional controls.

It’s important to mention that Head Tracking only works with the Motion Controller and is not supported by the Remote Controller 3.

Return to Home

Hold down the flight mode button can activate return to home (RTH) during flight. During return to home you can gain back control by pressing the Lock button. It’s very accurate, landing within 1 meter of the home point.

DJI Avata 2 also support Low Battery RTH and Failsafe RTH.

Linking Devices

Your Avata 2, remote, and goggles should be linked right out of the box. However, if you need to re-link them for any reason, here’s how to do it. Note that there’s no dedicated link button on the new devices – to put them in link mode, you simply hold the power button for 5 seconds.

1. Aircraft: With the drone powered on, press and hold the power button until you hear a continuous beep, indicating the battery level LEDs are blinking in sequence.
2. Goggles: With the goggles powered on, press and hold the power button until the goggles start to beep continuously.
3. Completion: Linking is complete when the beeping stops, and that the aircraft’s battery level LEDs turn solid.
4. Now repeat this for the remote, and the goggles.

Note: There’s no need to link the aircraft directly to the remote as they communicate through the goggles.

Firmware Update

Personally I don’t rush to update firmware – sometimes new firmware might come with some sort of new restrictions. I always wait and see what the community’s feedback is before updating.

After a firmware update, always restart your aircraft, remote controller, and goggles before takeoff. This ensures all new settings take effect correctly.

Important: Firmware updates can reset flight parameters like RTH Altitude and Maximum Flight Distance. Make sure to note your preferred settings beforehand and reapply them post-update.

If the update fails, restart the aircraft, remote controller, goggles, and either the DJI Fly app or DJI Assistant 2 (Consumer Drone Series). Then, attempt the update again.

FCC Unlock

Unfortunately DJI Avata 2 does not support manually switching among FCC, CE, and SRRC. The aircraft will identify the country and region where it is located according to the condition of the mobile device and the GPS of the aircraft, and switch between FCC, CE, and SRRC following local laws and regulations.

While the ham file hack doesn’t unlock additional channels as it used to in the original Avata and Goggles 2, it does enhance RF output power, allowing the drone to operate in what appears to be an FCC RF power mode. This hack also unlocks the speed limitations in the EU.

Simply get the file “ham_cfg_support” and unzip it to the root directory of the SD card and put it in the DJI Goggles 3. Download here: https://drive.google.com/file/d/1ug2U_i5kdrKQQ2I17NLJBXm2tKQeNj5Q/view?usp=share_link

There are 3rd party apps that can unlock FCC mode on the Avata 2, but they are not free. You can also try a free app called B3YOND but unavailable on iOS and works in older Android versions.

Best Transmission Settings

For CE users, channel mode is set to Auto and cannot be changed, so you can skip to the next section.

For FCC users, the following are my recommended transmission settings.

Channel Mode: Set to Manual to gain full control over transmission settings.

Frequency: Choose between 2.4GHz or 5.8GHz. 2.4GHz for better penetration through obstacles but limited to one pilot at a time due to its narrow bandwidth (only 1 channel available). It also interferes with 2.4GHz radio links such as ExpressLRS, so DO NOT use 2.4GHz when you or other pilots are using 2.4GHz radio links. 5.8GHz is preferable if you plan to fly with others, as it offers much wider bandwidth. Depending on interference, you may find one frequency offers better signal than the other, if in doubt, try both and compare bitrate.

Bandwidth: Higher bandwidth provides better image quality but increases the likelihood of interference with other pilots. When flying solo, you can safely use 60MHz or 50MHz. When flying in groups, consider reducing the bandwidth to 50MHz, 40MHz, or even 20MHz to minimize interference.

Using 5.8Ghz, you should have 3 channels with 60MHz and 50MHz bandwidth. If you only have 1 channel available, you can use the “ham file” hack to unlock the rest of the channels, download the ham file and place it in the root directory of your goggles SD card: https://oscarliang.com/dji-fpv-system-fcc-700mw/#DJI-Goggles-2-and-O3-Air-Unit

Best Camera Settings

To get the most out of the DJI Avata 2, I’ve found these camera settings produce great result for video quality.

For best flying experience and don’t care so much about recording:

• Mode: Auto
• Resolution: 1080p 100FPS
• Color: Standard

For best cinematic footage:

• ND filter is a must, see why: https://oscarliang.com/nd-filter-fpv/
• Mode: Manual
• ISO: 100 (or as low as possible depending on your lighting), or Auto (then set Max ISO to 400 or 800 for extra flexibility)
• Resolution: 4K 60FPS (Avoid 30FPS because latency is too bad for flying)
• Shutter Speed: 1/120
• WB: Put White Balance on Auto first and see what the system choose, then lock in with that value, so WB is fixed during flight
• FOV: Wide
• Color: D-Log M (if you color grade), or Standard (if you don’t color grade)
• EIS: OFF (if you use Gyroflow), or Rocksteady
• Sharpness: -1 (you can increase sharpness in post)
• Noise Reduction: 0 (or +1 for lowlight reduces noise in the dark area)

For stabilization, the Avata 2 offers three modes: RockSteady, HorizonSteady, and Off. RockSteady is the default setting, providing robust stabilization. You can change this in the Settings > Camera > EIS menu of the goggles. If you prefer to stabilize footage post-flight, disable EIS and set the camera to wide mode to support Gyroflow offline stabilization.

Native aspect ratio is 4:3, by switching to 16:9 it has the top and bottom cutoff.

Some testing on Noise Reduction value, has an impact on shadow detail and lowlight.

Some comparison on sharpness value, personally I prefer -1, but that’s personal preference.

Video bitrates under different resolution/frame rate:

• 4K 60fps: 130Mbps
• 4K 50fps: 120Mbps
• 4K 30fps: 90Mbps
• 2.7K 60fps: 100Mbps
• 2.7K 50fps: 90Mbps
• 2.7K 30fps: 70Mbps
• 1080p 120fps: 80Mbps
• 1080p 100fps: 70Mbps
• 1080p 60fps: 50Mbps
• 1080p 50fps: 40Mbps
• 1080p 30fps: 25Mbps

How to Use Remote Controller 3

The Remote Controller 3 allows you to fly in full manual mode. You need to activate the RC3 first and update its firmware via the DJI Fly App or DJI Assistant 2 before using it.

To link the Remote Controller 3 to your DJI Goggles 3, follow these instructions:

1. Goggles: With the goggles powered on, press and hold the power button until the goggles start to beep continuously.
2. Remote: With the remote powered on, press and hold the power button until it starts beeping.
3. Completion: Linking is complete when the beeping stops, and that the aircraft’s battery level LEDs turn solid.

Note: the Motion Controller will still work with your drone, but you can only use one controller at a time, depends on which one connects to the Goggles 3 first.

Assign manual mode to the mode button: In the Goggles Settings->Controls->Remote Controller->Button Customization, set Custom Mode to Manual Mode.

If you intend to fly in manual mode, make sure to remove throttle stick self centering. By removing the back handle rubber, you will find two screws – tighten both screws will remove throttle stick self centering. By loosening or tightening both screws slightly adjusts the friction, takes a bit of trial and error to get it right.

You can switch between Normal/Sport/Manual flight modes using the mode button.

To arm and disarm the drone in Normal/Sport modes, use these stick positions.

To arm and disarm the drone in Manual mode, double press the Start/Stop button. You can adjust the camera angle using the top left rotary switch.

In case of emergency, you can use the “Flight pause/Return to home” button in any flight mode:

• Press once the quad will stop and hover in place, and put it in Normal Mode.
• Press and hold and it will activate return to home; to cancel RTH, press it one more time.

Set your rates and expo, I am using these for freestyle flying:

• 120/800/0.5
• 120/800/0.5
• 140/650/0.5

What to Do When Losing Signal

When you lose video, it’s likely that you still have RC signal. Therefore It’s best to let go of the sticks; the Avata 2 should initiate return to home automatically.

Other Tips and Tricks

When flying over the altitude height limit, the drone will go into Normal mode and won’t let you fly any higher. You can increase the height limit up to 500 meters (in Settings->Safety), but you should follow your local regulations. There’s no way to remove the altitude limit, so that’s another downside compared to an FPV drone.

The DJI Avata 2 includes a helpful ‘Find My Drone’ feature. To access it, navigate through the goggles menu to Settings > Safety > Find My Drone. This feature shows video footage from the 30 seconds before the drone was lost, aiding in its recovery. The footage is stored in internal memory so SD card is not required. Additionally, if the drone still has battery power, you can activate the ESC Beeping function under the same menu to make the drone’s motors beep, helping you locate it by sound.

A handy trick for goggle users: place a piece of tape on the sensor between the lenses. This prevents the screens from turning off when you remove the goggles, avoiding the brief delay when turning them back on.

Battery charging: as soon as you insert the batteries into the charging hub, it will start charging automatically. It will always start with the one with highest power level so it finishes quicker. If all your batteries are low in power level, you can transfer the remaining charge into one single pack so you can fly a bit longer – simply insert all the batteries in the hub, press and hold the power button until the LED turns green. To stop, press and hold the button again.

To charge batteries in the field, I have been using the Speedybee Discharger with a big 6S 10000mah LiPo. This is enough to recharge 6 of the Avata 2 batteries.

[Working in Progress, come back later xxx]

File Transfer

Transferring files to a phone:

The Avata 2 facilitates file transfer via Wi-Fi through the DJI Fly app. Simply power on the drone, activate the QuickTransfer function in the app, and ensure that the drone and phone are within 2 meters of each other without obstructions.

Transferring files to a computer:

Connect the drone to your computer using a USB cable without powering on the Avata 2, an external drive should appear. If using a memory card, you can directly insert the card into your computer’s card reader.

Live Feed Sharing (Video Out)

Live feeds can be shared in three ways:

1. Wi-Fi wireless sharing: Enable screen sharing from the DJI Goggles 3 to a mobile phone via Wi-Fi. Connect the mobile device to the Goggles 3 via Wi-Fi and use the DJI Fly app to view the drone’s live feed. This method supports connection to only one mobile device. The latency is over 100ms, so it’s not ideal for flying using this feed, but good enough for spectating. If this is too choppy, consider using a USB wired connection.
2. Wired sharing: Connect a mobile device to the DJI Goggles 3 using a data cable and an OTG adapter. The connected mobile device will display the drone’s live feed via the DJI Fly app. Like Wi-Fi sharing, this method supports only one device. Latency is much lower than WiFi.
3. Audience mode: Activate the broadcast function in the DJI Goggles 3 menu, allowing multiple goggles to receive the live feed without a viewer limit. This is ideal for sharing the flying experience with an audience.

Note: Keep in mind that you can only use one type of connection at a time, whether connecting to goggles or a mobile device.

DJI Avata 2 Firmware Update (1st Jun 2024)

The update runs directly via the DJI Fly app, so make sure you first update it to the latest version (v1.13.4). If in doubt, just uninstall it from your phone, then download the latest version from DJI’s website.

The new update for the DJI Avata 2 has the version number v01.00.0300. You also need to update other devices if you want them to work with the Avata 2:

• DJI Goggles 2: v01.10.0000
• DJI FPV Controller V2: V02.00.1000

By updating the Avata 2 firmware you get the following benefits.

Added New Compatibility:

One of the most significant updates is the expanded compatibility. The Avata 2 now works seamlessly with a range of DJI devices, including the DJI remote controller, Goggles 2, and the RC Motion 2. This means you don’t need to purchase an entire new set of equipment if you’re upgrading from the Avata 1. Simply bind the Avata 2 to your existing devices and start flying. However, it’s worth noting that the Goggles 3 are still not compatible with the O3 air units, which might be inconvenient for some users who have custom FPV drones.

4K 100fps Recording:

Another exciting feature of this firmware update is the ability to record in 4K at 100fps. Previously, the highest frame rate available was 4K at 60fps. This new option allows for super slow-motion footage, giving you even more flexibility and creativity in capturing epic shots with the Avata 2.

D-Log M Color Display Assist:

For those who shoot in D-Log M, there’s now a color display assist feature. This enhancement allows you to see a colored version of your footage inside the goggles, even while the camera continues to record in a flat color profile. This makes it easier to spot details and navigate while flying, without sacrificing the flexibility of post-processing your footage.

LightCut App Integration:

The firmware update also brings new features to the DJI-supported LightCut app. This mobile app, available on Android and iOS, allows you to connect to the Avata 2 wirelessly. You can access and edit your footage directly from the drone, using AI to automatically edit your clips or add creative overlays. The Sky View feature offers video game-like overlays, enhancing the visual appeal of your footage. The app’s AI capabilities also enable auto-editing, making it easier to create shareable content quickly.

Edit History

• Mar 2024 – published news about the Avata 2
• Apr 2024 – review published