Fixed-Wing UAS
Design, construction, modification, repair and progressive flight-test development.
RGASS develops practical low-altitude fixed-wing UAS capability for payload support, training, systems integration and field-focused prototype development.
RGASS is focused on efficient fixed-wing aircraft, practical systems knowledge and structured training. The objective is not a sealed black-box product, but a platform that can be understood, maintained, adapted and tested.
Applications include humanitarian support, civil protection, emergency logistics, aerial observation, field training and technical demonstration.
Design, construction, modification, repair and progressive flight-test development.
ArduPilot and Pixhawk-class integration, mission planning, telemetry, RTL, failsafes and log review.
Video links, RC systems, antennas, OSD, ground stations and field troubleshooting.
Mission-specific mounting concepts and structured testing for approved payloads.
Fast, repairable demonstrator aircraft built to create measurable evidence rather than marketing claims.
Technical training for operators and technicians so users understand the complete system.
Multicopters are excellent for hovering and vertical positioning. RGASS concentrates on missions where the aircraft needs to travel efficiently from point to point, carry useful equipment and return.
Current work is centred on modular electric fixed-wing concepts, practical airframe construction, field repairability and systems that can evolve through controlled testing.
A small selection of the aircraft, systems and concepts currently shaping RGASS.
The large scratch-built twin-electric fixed-wing UAS that helped establish the RGASS design philosophy.
Explore LF-2944 →An RGASS development concept exploring practical navigation and guidance capability for fixed-wing UAS.
About SightNav →RGASS aircraft concept.
Explore Concept C →A pocket-sized autonomous emergency microdrone concept designed to carry a stored SOS position above local obstacles, transmit it briefly over LoRa/Meshtastic, then return and land.
Explore OPEAR-SOS →RGASS is open to technical discussion, prototype development, training and collaboration.