Remote Control Ultra High-Altitude Large Size Industrial Drone with CE ISO9001

We see them used most often for pipeline inspection across mountainous terrain, where the operator needs to cover 15 kilometers of right-of-way in a single sortie and the altitude shift from valley floor to ridgeline can be 800 meters in under ten minutes — Odin X441 handles that transition without any power loss or signal drop.

It basically flies at altitudes where most commerical drones start giving you low-battery warnings just from the climb, and we've got a few clients running survey grids at 4,000 meters above sea level, which is pretty much the limit for any off-the-shelf rotorcraft right now.

The frame is carbon fiber blended with 7075 aviation aluminun, and what that does is keep the dry weight under 9.8 kilograms while the armatures can take a hard landing on gravel without cracking — the 7075 is the same alloy used in fighter jet landing gear components, so it's tougher than typical 6061 you see on cheaper builds.

You can get it with the standard 20,000 mAh battery pack, which gives you roughly 42 minutes of hover time at sea level, but at 3,000 meters you'll see that drop to about 28 minutes (the air is thinner and the rotors have to work harder), so plan your flight path accordingly.

Most buyers go with the OEM option and just have us swap out the landing gear for a heavier-duty skid plate setup, and our company can also add a 3-axis gimbal mount for LiDAR payloads if you're doing photogrammetry — we've shipped about 200 units this year and maybe 15% of them were stock configuration.

The customiztion is where this gets interesting, actually, because we'll put your logo on the fuselage, adjust the PID tuning for your specific payload, and even write a custom failsafe routine if you need the drone to auto-return at a specific voltage rather than just dropping to a landing.