DS30W

Your Ultimate Long Endurance Drone with 2+ Hours Flight Time

The world’s first mass manufactured hydrogen fuel cell drone, DS30W opens new scope for drone use by making 2 hours of flight a reality. This makes applications in industrial market possible. With 2 hours, DS30W can travel up to 80km, and has flown over 72km of seawater in 2019 at U.S. Virgin Island. With this notable feature, DS30W won 2022 CES Best Innovation Award.

Scientific and Efficient Solution
for Hydrogen Fuel Cell Powerpack

To solve the issue of hydrogen fuel cell’s heavy weight compared to batteries, DMI’s engineers built the optimized airframe for DP30M2S. The propellers are located at the upper side of the main body to maximize thrust efficiency. DS30W’s octocopter shape was also structured to enhance power consumption and altitude control.

Convenient and User-friendly

DS30W was constructed in semi-monocoque structure to reduce weight while maintaining durability. Every details in the drone was devised to lift customer experience, like quick release bolt in hatch and FCC module, and landing gear's silicon pad that absorbs shock. In additoin, arms and propellers can be easily folded with one touch.
The drone will stop over at a nearby landing point or return to its home point when the remaining amount of hydrogen is insufficient, helping to guarantee a safe flight experience.

Remote Control & Monitoring for Safe Flight

You can control the drone and monitor the powerpack regardless of distance. Powerpack and flight controller information is received via built-in communication module. With web-based GCS and DMI View app, users can plan autonomous mission flight, and check real-time drone status. The drone will also execute emergency landing when communication or hydrogen is insufficient.

Transportation via SUV or Van

With this protective travel equipment, you can carry DS30W in your regular SUV, Van, or pickup truck. Because the internal structure was made to exactly fit the landing gear, the drone will remain stable in case of rough bumps or detour.