UAS 2026 - Agricultural Drone
Biomimetic fixed-wing drone for precision agriculture - water delivery mission at UAS Challenge 2026
Overview
Biomimetic fixed-wing drone for precision agriculture - water delivery mission at UAS Challenge 2026
UAS 2026 - Agricultural Innovation
The UAS 2026 project represents a completely new mission challenge: precision agriculture through autonomous water delivery. Unlike the 2025 humanitarian mission, this year's challenge requires controlled water release at specific coordinates while managing the complexities of variable center of gravity and liquid weight.
The team has grown to 25 members, incorporating lessons learned from the 2025 competition through intergenerational mentorship. The 2025 veterans are now guiding the new generation of aerospace engineers.
The design phase was finalized in March 2025, and the team is currently in prototype development, targeting the UAS Challenge in England (July 2026).
Video
Technical Specs
Biomimetic Design
The UAS 2026 drone features an innovative biomimetic approach inspired by nature's most efficient flyers:
Spiral Winglets (Raptor-Inspired)
- Based on raptor wing tips for improved lift and reduced drag
- Enhanced maneuverability during water release
Wing Tubercles (Humpback Whale-Inspired)
- Inspired by humpback whale flippers
- Improved stall characteristics and control at low speeds
- Critical for precision water delivery
Passive Mini-Flaps
- Automatic aerodynamic adjustment
- Compensation for center of gravity shifts during water release
Sustainable Materials
- Bamboo Fiber: High strength-to-weight ratio, sustainable
- Flax Fiber: Lightweight composite material
- Balsa Wood: Natural, lightweight structural material
Technical Challenges
- Variable CG Management: Center of gravity shifts as water is released
- Liquid Weight: Dynamic load changes during mission
- Precision Delivery: Accurate water release in 1-2 passes
- Flight Stability: Maintaining control throughout payload changes
Project Partners
Ansys
DIME - Unige
Dream Innovation
JP Droni
Simscale
Università di Genova
CLP
Camera di commercio di Genova
Multiscan