Comparison of DJI Avata 2 and Red Komodo Cinelifter in Iceland
Two FPV pilots conducted a side-by-side test of the DJI Avata 2 and a Red Komodo cinelifter, valued between $15,000 and $20,000, at three notable locations in Iceland. The results, shared by creator Mark Gustov on his YouTube channel, reveal a more complex comparison than merely assessing the equipment’s capabilities. The Avata 2 successfully matched the performance of the cinelifter on all routes, demonstrating resilience during challenging maneuvers, including a waterfall dive and a long-range mountain flight, while also benefiting from safety features absent in the more expensive rig.
Gustov piloted the DJI Avata 2, while Iceland-based FPV pilot Svanur, known as SvanurFPV, operated the Red Komodo cinelifter, a custom-built heavy-lift quad designed for cinema-grade cameras. The filming took place at Sólheimajökull glacier and Seljalandsfoss waterfall, both prominent locations on Iceland’s south coast.
Hardware Differences and Performance
The DJI Avata 2 is positioned at a lower price point in the FPV market, typically retailing around $999 for the Fly More Combo, which includes DJI Goggles 3 and RC Motion 3. It weighs 377 grams and features a 1/1.3-inch sensor capable of shooting 4K video at up to 60 frames per second in HDR. The drone has a flight time of approximately 23 minutes and includes safety features such as Return-to-Home and obstacle positioning, making it accessible for novice pilots.
In contrast, Svanur’s setup is significantly different. He utilizes a 6S 4,500 mAh LiPo battery, which provides only 5 to 7 minutes of flight time, lacking features like Return-to-Home and geofencing. Svanur monitors battery voltage through his goggles to ensure safe landings, while his camera, the Red Komodo, is known for its high-quality 6K cinema capabilities.
Test Results at Key Locations
At Sólheimajökull, both pilots navigated the same ice formations. Svanur successfully captured shots with the cinelifter that he had not achieved before, while Gustov reported that the footage from the Avata 2 was of comparable quality, finishing the session with about half of its battery remaining. In contrast, the cinelifter had to return shortly after takeoff due to battery constraints.
The second test focused on range. Svanur launched the cinelifter towards a mountain peak approximately 950 meters away, landing successfully with precise battery management. Gustov then flew the Avata 2 along the same path, utilizing DJI’s O4 transmission system, which is rated for a maximum range of 13 kilometers under optimal conditions. The Avata 2 maintained a stable video feed throughout the flight, highlighting its reliability compared to the cinelifter, which lacked similar safety measures.
At Seljalandsfoss, both pilots attempted waterfall dives. Gustov, experiencing this maneuver for the first time, noted that the Avata 2 handled the dive effectively, even managing unexpected bird encounters, which can pose risks during FPV flights.
Evaluating the Value of Equipment
The differences in footage quality stem primarily from two factors: sensor size and lens optics. Svanur pointed out that the Red Komodo’s glass lens produces a more organic flaring effect, while the Avata 2’s fixed lens and smaller sensor yield harsher flaring. This distinction is particularly relevant for high-budget productions, whereas it may be less significant for social media content or travel videos.
The advantages of the cinelifter may not justify its higher price for many creators, especially when the final product is viewed on smaller screens or when clients are not paying premium rates. The value of high-end equipment becomes more apparent in scenarios requiring top-tier production quality, such as commercial projects.
Safety Considerations in FPV Flying
Gustov emphasized the importance of the Return-to-Home feature, which the Avata 2 possesses but the cinelifter does not. This capability can be crucial in adverse conditions, potentially preventing significant financial losses. Svanur acknowledged that a crash in challenging environments would likely result in the loss of the cinelifter.
This comparison reflects the evolving landscape of the FPV market. The Avata 2 has remained competitive against its successor, the DJI Avata 360, which has struggled in direct comparisons. DJI appears to have established a price ceiling for consumer FPV drones, while custom rigs like the cinelifter cater to a different segment of the market.
Conclusion
The results of this Iceland test illustrate a growing convergence in performance between high-end and more affordable FPV options. The Avata 2 demonstrated its capabilities across various challenging scenarios, maintaining a reliable video feed and finishing flights with battery life to spare. However, for high-budget productions, the Red Komodo cinelifter continues to hold an advantage. As the FPV market develops, the demand for a professional-grade platform from DJI that accommodates interchangeable lenses may increase, particularly as creators weigh the value of high-end features against their specific project needs.
All reporting and editorial perspectives are provided by Haye Kesteloo.