6-DOF UAV simulation
Multirotor, fixed-wing, and VTOL envelope models for design offices.
Custom engineering software · Worldwide industrial delivery
Custom 6-DOF UAV/drone simulation, control-loop tuning, and IMU/GPS sensor-fusion solvers for multirotor, fixed-wing, and VTOL teams worldwide.
Built for: drone startups, autopilot product teams, UAV research labs, and defence unmanned programmes worldwide
Drone programmes live or die on whether the vehicle flies the way the control model predicts. Multirotor, fixed-wing, and VTOL teams need 6-DOF dynamics, actuator delays, and sensor noise that match real hardware — not toy demos.
Hendoi builds custom UAV/drone flight-dynamics and autopilot simulation products: 6-DOF cores, control-loop tuning workflows, and IMU/GPS sensor-fusion simulation scoped to your airframe class and flight stack.
Startups and OEMs get English architecture docs, reproducible missions, and IP terms suited to investor and programme diligence.
Multirotor, fixed-wing, and VTOL envelope models for design offices.
Gain schedules, actuator models, and review-grade plots.
Sensor noise, bias, and latency for realistic autopilot tests.
Log import and case replay for post-flight diagnosis.
Hooks for your autopilot or flight-stack hardware loop.
Teachable modules for UAV labs and training programmes.
Dynamics & autopilot simulation architecture
Desktop solver product with on-prem options
English docs and sample missions
Links to mission-planning and propeller aerodynamics services
Often a shared core with vehicle-class modules — scoped per client.
Yes. Interfaces to common autopilot and logging formats are a first milestone.
We size IMU/GPS/mag models to the decisions you must defend in review.
Milestone plans with English validation packs for engineering and investors.
Share your airframe class and flight stack. Hendoi returns a 6-DOF and sensor-fusion build plan.