300+ min*
I8 reference flight test
Extend Mission Endurance
Increase usable flight time under payload with matched propulsion configurations engineered for higher operating efficiency.
Built for Your Mission Requirements
Your propulsion system must perform within real mission constraints-from flight endurance and operating environment to integration complexity and acoustic limits.
Operate Reliably Outdoors
IP66*Standard protection
Support UAV operations in rain, dust, humidity and demanding outdoor environments with protected propulsion systems.
Simplify Platform Integration
Motor + ESC* Integrated architecture
Reduce external wiring, installation complexity and component-matching work with an integrated propulsion architecture.
Control Operational Noise
65-67 dB* I7 reference noise test
Reduce acoustic impact for UAV operations in urban, inspection and other noise-sensitive environments.
Propulsion Paths by Aircraft Configuration
Start with your aircraft type, then follow the propulsion path that matches your flight phase and mission requirements.
Multirotor UAVs
For quadcopter and hexacopter platforms requiring longer endurance, protected outdoor operation or simplified propulsion integration.
Fixed-Wing UAVs
For fixed-wing aircraft requiring efficient electric propulsion for sustained cruise flight.
VTOL Platforms
For VTOL aircraft requiring propulsion solutions for cruise flight, vertical lift or hover operation.
The Engineering Behind IPET Integrated Propulsion
IPET's propulsion systems are developed around real UAV platform requirements, combining motor design, ESC architecture, propeller matching and validation data to support professional aircraft integration.
Explore Our Engineering Approach