Service
Aviation + Engineering
Safety Analysis Project
UAM eVTOL aircraft system safety analysis . This is a show case of the eVTOL system safety analysis.
Tethered eVTOL Flight Test
In general, a tethered eVTOL air vehicle is more difficult to be controlled due to the unexpected force and moments generated by the tether condition. Our expert has the hands-on experience to successfully design the tethered flight test, troubleshoot and post-process the data. These are the critical tasks to be conducted during flight test and improve the eVTOL dynamic design. For further inquiry, please email us : contact@aiflyllc.com
List of Specfic Topics:
The following is the list of project topics that our firm is providing:
System requirement generation based on the commercial certification process.
Training, teaching and guiding young engineers at avionics system design. Series lecture with topics cover AFCS, FBW, Flight Management Systems, Fault Tolerant Avionics Systems, and Avionics System Architectures etc.
Guidance for dedicated project/system design. Dedicated long-term technical resource support for specific project.
eVTOL aircraft flight test design, test plan and test case design with progressed test support.
eVTOL aircraft flight test data post-processing, stability & control, VTOL performance, tethered flight test.
Aircraft flight dynamic model 6+DOF (multiple DOF) simulation model design and VnV.
Parameter identification based on specific designed flight test and test cases.
Flight control system architecture initial layout with the best initial trade study.
Stability and control design, linearization/trim study based on aerodynamic design.
Embedded flight control system support, specifically, open source autopilot, FMS design for Pixhawk's, PPRZ. This is focused on eVTOL prototype flight test.
Add-on or modify the sensors for any UAV/eVTOL flight control system.
Power supply design for any new or upgraded aircraft system.