Mustang Advanced Engineering has expertise in the testing of Electric & Hybrid Aerospace Technology. The future of the aircraft industry is realized in the validation of the research and development in areas such as:
- Hybrid electric airplane
- eVTOL propulsion and aircraft design
- Battery technologies
- Electric motor technologies
- High-speed engine and turbofan technologies
- Real-world fuel saving possibilities
- Energy storage systems
- Increasing flight range through hybridization
- The possibilities of pure electric-only commercial and military flight
- Safety considerations
- Electric Hybrid Platforms
- Vertical Takeoff and Landing
- Range extender technologies
- Aircraft hybridization
Electric Hybrid Aircraft Testing
MAE has the capabilities of testing eVTOL as well as electrical systems and designs, and propulsion systems. The future of aircraft technology relies on the testing of these new systems and Mustang Advanced Engineering is the right source for that testing equipment.
Items to mention:
- eSTOL
- electric short take-off and landing
- UAM
- urban air mobility
- advanced air mobility
- air mobility
- electric aircraft
- electric/hybrid aircraft
- hybrid electric aircraft
- HEP
- Hybrid electric propulsion
- electric propulsion
- electrified propulsion
- hybrid propulsion
- E-mobility
- Aviation decarbonization
- Aircraft electrification
- Autonomous aircraft
- Aircraft fuel cell system
- Hydrogen fuel cell electric powertrain
- Hydrogen aircraft
- EDF
- Electric ducted fans
- Zero emissions aircraft
- Electric propulsion test stand
- Electric power unit test stand
- Electric motor test stand
- Motor control unit test stand
- Rotor test stand
