Describe the job. Watch it assemble. Ship a validated, priced, firmware-ready drone in one conversation.
Engineers, pilots, and AI researchers. We started with multirotors. We are expanding because the same pattern — intent, design, validate, source, build — works for everything that flies.
Same chat for the hobbyist and the utility inspector. Same physics. Same answers.
Describe the job, not the drone. DRONA classifies your intent, picks the form factor, and returns a complete build. Every part compatible. Every price live. Every spec physics-valid.
Tour the environment →Every design is checked by a 12-rule engine grounded in drone physics: prop clearance geometry, KV-voltage pairing, ESC current headroom, TWR targets, stack-mount patterns, UART budgets, battery C-rating, connector amp rating. A warning explains itself. An error blocks the export and proposes a fix.
See every rule and the math behind it →Chat designs. 3D canvas renders. BOM prices. Firmware exports Betaflight CLI and ArduPilot .param. Everything round-trips through .vdx — a portable TOML build spec you own.
[drone] name = "herd-watch-01" form = "multirotor" subtype = "hex" useCase = "livestock-locate" [frame] model = "Holybro X500 V2" wheelbaseMm = 520 material = "carbon_fiber" ipRating = "IP54" [motors] model = "T-Motor MN3110" kv = 470 count = 6 [battery] chemistry = "lipo" cells = 6 capacity = 6000 cRating = 30 [export] stl = "herd-watch-01.stl" param = "herd-watch-01.param" bom = "herd-watch-01.csv" plan = "herd-watch-01.plan"
Drag an image into the chat. DRONA identifies the part from our 834-SKU catalog. If it breaks something, we tell you what to adjust. If we can't identify it, we ask. No made-up part numbers.
Read the methodology →Describe the job — "map 500 acres," "inspect a wind turbine," "find my cows" — and DRONA picks the form factor that fits, with a one-sentence explanation and a one-sentence alternative.
Explore every form factor ↗Each row is a chat-ready mission template. Form factor, autonomy level, sensors, compatibility envelope — pre-wired. Users describe the mission in plain English. The matrix runs behind the scenes.
Utility operators, agri-ops, public-safety teams, and defense primes standardize fleet builds on DRONA. Audit trails. Blue-UAS / NDAA-889 filter. Training records per airframe.
Drone pilots. Firmware hackers. Computer-graphics engineers. AI researchers. Domain experts in agriculture, solar, and marine. We are hiring.
Read the manifesto →Describe the job. Any job. We'll show you the machine that does it.