Airffic Architect
Size a concept, sweep payload, and compare hover time against mass. For why hover costs so much near structures, read how inspection drones hold position in wind (Airffic Inspection).
World Innovation · Airffic
Size the aircraft. Screen the corridor. Export the simulation.
A workspace for multirotor engineers. Open it, run the bundled inspection quad, and read thrust, endurance, and airspace hits from the Architect engine.
01Size
Quad, hex, or octo. Thrust-to-weight, hover, and range from the catalog you pick.
02Screen
Corridor, Japan checklist, 4D overlap, and a well-clear encounter. Advisory only.
03Export
PX4 parameters and a Gazebo bundle. Writing files asks you to confirm. Nothing arms.
Check a route on the sample map, or on census DID, airport footprints, and elevation.
Level 1–4 and Level 3.5 checklist, plus a DIPS-oriented draft that is not submitted. The actual application steps are in where Japan requires flight permission and how to apply (Airffic Flight Institute).
4D overlap of operational intents, with a delay for the lower-priority plan. For delivery networks, see building delivery routes by removing infeasible legs first (Airffic Logistics).
Constant-velocity well-clear screen and a simplified ground and air risk index. The wider picture is in planning routes in space and time and detecting conflicts (Airffic Flight Institute).
The page, REST, and MCP call one engine, so an assistant cannot invent a second set of numbers.
Bundled inspection quad
A sample airframe for jobs such as close-range bridge inspection under the deck (Airffic Inspection). 18-inch propellers, 6S 22 Ah, 1.5 kg payload, 3 m/s headwind. The engine’s coefficient model currently reports the figures on the right. They are not a thrust-stand measurement.
Sign-in is optional. A design stays in this browser until you create an account. Assistants use the same operations through MCP or OpenAPI.
Thrust / weight2.45
Hover22.5 min
Range14.4 km
Regulatory output is advisory. It is not an MLIT, DIPS, or certified-USP determination. Airport footprints are two-dimensional. The sample Kanto layer is unofficial. run_sitl_mission writes files and does not start PX4.