DJI Osmo Action 6 Films POV of Rocket Launch/Recovery, Surviving 500°C Return to Earth

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DJI Osmo Action 6 made aerospace history on August 19. Twelve of these consumer-grade action cameras were mounted on LandSpace’s Zhuque-3 reusable rocket – without any special modifications to the cameras themselves.

Filming from different critical positions, these cameras provided valuable first-person perspectives of China's first successful land-based orbital launch and recovery. You can watch the unedited one-shot of the rocket’s journey – from liftoff through the atmosphere, and back down to a precision vertical landing.

For DJI, the world leader in civilian drones and creative camera technology, this marks an extraordinary milestone. Not only did the Osmo Action 6 withstand extreme 500°C operating conditions to leave and return to Earth, but it also brought back extraordinarily valuable high-fidelity first-person footage for aerospace engineers to review the recovery process, assess the rocket’s first-stage body condition, and replicate successes.

Additionally, DJI’s full ecosystem of imaging devices provided an on-site filming network from sky to ground. This included the soon-to-be-launched Osmo 360 II for panoramic 360° imaging, the DJI Mavic 4 Pro for aerial photography, the DJI Matrice 4TD for thermal imaging, the DJI Avata 360 for aerial panoramic photography, and the Osmo Pocket 4P for cinematic-quality footage.

Key Highlights: Here are more images and video captured from the rocket and on-site. Please cite “DJI” as the source if you decide to use them.

• Survives Extreme Conditions in Space: During both ascent and return, aerodynamic heating raises the rocket body's surface temperature to roughly 400°C–500°C, while the engine and flight generate continuous high-frequency, high-intensity vibration. Facing these extreme conditions, the DJI Osmo Action 6 demonstrated astonishing ruggedness for a mass-produced consumer camera.
  
  
• Maintained communications through blackout zone: As it passed through the atmosphere, it entered a "blackout zone" that caused a complete loss of external communication. The DJI Osmo Action 6’s onboard direct-recording capability overcame the communication limitations of the "blackout zone," ensuring all high-definition data returned to the ground completely intact.

• No shaky cam footage: The Osmo Action 6's new-generation, ultra-powerful stabilization algorithm made it possible to "shoot steady" amid the rocket's violent shaking by adapting to high-dynamic flight across every phase. Even during the launch’s high g-loads and large maneuvers during first-stage attitude adjustments, the Osmo Action 6 delivered smooth and coherent footage while faithfully reproducing the details and attitude changes of the rocket's flight.

• Captured clear footage throughout the journey: Being able to "shoot clear" in the extremely complex lighting conditions of space is a testament to its strength. The Osmo Action 6 features a 1/1.1-inch custom square large-format sensor, supporting recording up to 4K/120fps and 13.5 stops of high dynamic range. It was able to adapt to the complex lighting environment in space – from intense high-altitude sunlight to low-altitude backlighting, and sand and dust. The resulting footage preserved the rich highlight and shadow details, while clearly capturing key high-speed moments such as the engine’s ignition, grid-fin attitude adjustment, and landing cushioning.