Degla Inc

Strengths first. The airframe numbers are published rather than implied: 4.4 m wingspan, platform endurance up to 5 hours, useful payload up to 10 kg, cruise speed up to 24 m/s, maximum takeoff mass 29 kg, service ceiling up to 3,000 m, takeoff-and-landing wind tolerance up to 8 m/s and in-flight wind up to 17 m/s, IP54 with an IP55 option. Degla also publishes the caveats most vendors bury — that 5 hours comes with lightweight payloads and that maximum payload and endurance are not simultaneous, that Starlink performance depends on service availability and coverage, and that 70 km is the backup radio link rather than flight range. That is the kind of footnote a procurement reviewer needs. The second strength is where the compute sits. Perception, planning and adaptation run on an onboard NVIDIA Orin, so the aircraft keeps working on mission rather than depending on a ground link. SkyCommander is one interface for the whole mission: live location, RGB and thermal feeds, pinned detections, subject acquisition with orbit and auto track, and mid-flight commands that trigger automatic replanning. Peplink onboard comms plus the backup radio link give you a second path when satellite service is unavailable. Weaknesses are about stage, not capability. Partner and deployment announcements are still listed as coming soon, so there is no public reference fleet to benchmark against. Docking is announced for Q1 2027 and swarm coordination is coming soon — the site describes a border-monitoring concept with four aircraft, one sweeping west, one on thermal patrol east, one holding visual contact and one on dock standby, but that is a concept rather than a shipping configuration. The system targets outdoor, wide-area missions; indoor or confined-space work is out of scope. And this is not a data-processing platform — if your output is 3D maps, volumetric measurement or report exports, Degla is the aircraft that collects the imagery, not the pipeline that turns it into deliverables.