FPV Pilot Repairs DJI Neo 2 Using Tape
FPV Pilot Innovates with DJI Neo 2 Modifications
Tom Palmaers, a Belgian FPV pilot and tactical drone instructor, has gained recognition in the FPV community for his technical expertise and innovative modifications to commercial drones. His recent experiment with the DJI Neo 2, which involved using tape on the drone’s altitude sensor, has sparked significant discussion among enthusiasts.
Challenges with the DJI Neo 2
The DJI Neo 2 is a compact drone weighing 5.32 ounces (without the Digital Transceiver module) and capable of shooting 4K video at 100 fps. It features a 2-axis mechanical gimbal and omnidirectional obstacle sensing, making it a popular choice for beginners. However, its safety features can hinder low-altitude flying, as the drone’s sensors and landing protection system prevent it from descending close to the ground.
This limitation poses challenges for users like Palmaers, who require precise control for tactical training scenarios.
Palmaers’ Tape Solution
To address the altitude control issue, Palmaers covered the barometric altitude sensor with tape, allowing the drone to bypass its minimum hover altitude. This modification enables smoother low-altitude flights and more effective landings, particularly in training environments.
Palmaers has previously applied similar techniques to other DJI models, demonstrating a consistent methodology in his approach to drone modifications.
Additional Tips for DJI Neo 2 Users
For those using the DJI Fly app or the RC-N3 controller without goggles, the tape method is effective. However, users with DJI Goggles 3 or N3 can disable the landing protection system through the goggles’ settings, allowing for more freedom in low-altitude maneuvers without additional modifications.
Specifications of the DJI Neo 2
Launched in November 2025, the DJI Neo 2 features a transmission range of approximately 6.2 miles in open conditions. The drone’s battery life is rated at 18 minutes, with realistic flight times averaging 13 to 15 minutes. It is important to note that the Neo 2 is not available through official DJI channels in the United States, leading buyers to seek third-party options.
Conclusion
Palmaers’ innovative approach to modifying the DJI Neo 2 highlights the importance of understanding drone hardware and operational requirements. His willingness to share insights and solutions contributes positively to the FPV community, emphasizing the need for adaptability in drone technology.