Celeste Ecoflyers designs and manufactures very long range unmanned aerial vehicles (UAVs) using a hybrid flying wing and airship design. These drones offer extended flight durations, enhanced by solar power, for persistent aerial missions. The platform supports infrastructure inspection, long-distance parcel transport, surveillance, and communication relay applications.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional unmanned aerial vehicles (UAVs) face limitations in flight duration and operational efficiency for extended missions. This restricts their utility in applications requiring continuous low-altitude surveillance, long-range logistics, or persistent communication relay.
Solution
Celeste Ecoflyers designs and manufactures hybrid UAVs that integrate the aerodynamic efficiency of a flying wing with the lift and endurance characteristics of an airship. This novel platform, exemplified by the dAS10, is engineered for significantly extended flight times, potentially achieving near-unlimited duration through integrated solar augmentation. The hybrid design allows for slower, more controlled flight compared to conventional winged drones, enhancing precision for inspection tasks and reducing operational noise. Furthermore, its inherent buoyancy and glide capabilities offer improved safety and energy efficiency over traditional quadcopters and dirigibles.
Target Audience
The primary target audience includes organizations requiring long-endurance aerial capabilities for infrastructure inspection, logistics, surveillance, and communication relay applications.
Features
- Hybrid airframe design combining flying wing aerodynamics with airship buoyancy for extended endurance.
- Integrated solar panels on the upper surface for potential unlimited flight duration.
- Variable gas envelope fill for tailored mission profiles and lift optimization.
- Low-inertia and glide capabilities for enhanced safety and energy efficiency.
- Optimized for slower flight speeds, enabling precise low-altitude infrastructure inspections.
- Reduced energy consumption and quieter operation compared to conventional aerial platforms.
- Payload capacity suitable for parcel transport and sensor integration.