- Celeste Ecoflyers daS10, an inflatable drone, can reportedly fly for more than 10 hours
- Its 8-meter pneumatic wing replaces much of a conventional aircraft structure
- The drone can reportedly cover approximately 500 miles in one direction
A French aerospace startup is developing a 24-foot inflatable drone designed to remain airborne for more than 10 hours while covering roughly 500 miles one way.
The company recently completed early flight testing for the drone dubbed daS10, which uses a pressurized textile envelope and pneumatic wings.
When deflated, the drone can reportedly fit inside a normal car with its seats folded, giving operators an unusual transport option.
Inflatable wings could extend drone endurance
Celeste Ecoflyers developed the daS10 around an 8-meter fixed-wing structure that uses internal air pressure to maintain its shape during flight.
The inflated wing generates lift while avoiding some of the structural weight associated with conventional aircraft designs.
That approach is intended to reduce energy demands and allow the drone to remain airborne for much longer periods than many small multirotor systems.
The company is developing the aircraft for inspection, surveillance and remote logistics missions that require persistent aerial coverage.
Small consumer drones such as the DJI Mavic 4 Pro can remain airborne for around 50 minutes before requiring a recharge.
That endurance may be insufficient for monitoring pipelines, remote infrastructure or large areas affected by disasters.
Longer-range unmanned aircraft can address those missions, although traditional fixed-wing platforms and vertical-takeoff aircraft can involve higher acquisition, transport and operating costs.
The daS10 instead relies on a lightweight structure that can be deflated when the aircraft is not flying.
Celeste Ecoflyers describes the aircraft as a new class of aerial system designed to make persistent coverage lighter, safer and easier to deploy.
However, the company has not disclosed every operational specification needed to independently assess those claims.
Compact transport meets long-range aerial operations
The drone’s inflatable structure could allow teams to transport a large aircraft without requiring a dedicated trailer or specialised ground equipment.
Once deployed, operators would inflate the structure before preparing the aircraft for its mission.
The design could therefore suit remote operations where storage space and transport access are limited.
Potential missions include inspecting long pipelines, surveying disaster zones and monitoring areas where sending crewed aircraft would create unnecessary risks.
The drone also has a reported range of approximately 500 miles in one direction, allowing it to cover substantial distances before returning to its launch area.
The daS10 is still an emerging aircraft concept, and its real-world performance will depend on flight testing, payload capacity, weather tolerance, and the durability of its textile structure.
Its ability to combine long endurance with compact transport could make the design useful for operators needing extended coverage without conventional large aircraft infrastructure.
Via Celeste Ecoflyers | Yanko Design
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