IPET I9
Integrated I9 motor 14S FOC 50A ESC and folding I36 propeller system for 20–24 kg quadcopter UAVs requiring heavy payload endurance efficient hover performance and dependable thrust reserve
Engineering Fit Check
Use these core parameters for initial airframe compatibility review Final sizing should also consider altitude ambient temperature payload distribution mission duty cycle propeller clearance and the thrust reserve required by the flight control strategy
Integrated by Design Validated as a System
Motor ESC and matched propeller are engineered as one propulsion architecture to reduce integration work improve system consistency and provide a validated starting point for UAV platform development
Motor and ESC Integration
A compact integrated architecture reduces external wiring connector count and installation complexity while supporting more consistent electrical control and thermal behavior
Matched Propeller Setup
Propeller sizing is selected around the motor and ESC operating range to balance thrust efficiency current draw and thermal load at system level
Faster Platform Integration
A defined propulsion configuration reduces component sourcing compatibility testing and repeated tuning during prototype development
System Level Performance Data
Thrust efficiency current RPM and temperature are evaluated as a complete propulsion system to support airframe selection and validation
Engineered for Efficient Heavy Payload Endurance
Designed for 20–24 kg quadcopter UAVs that need efficient heavy payload operation compact transportation long service life and stable thermal performance under sustained loads
High Efficiency at Heavy Payload Hover Load
The validated I9 configuration delivers approximately 12.7 g/W at 4.5 kg thrust helping reduce continuous power demand during heavy payload endurance missions
Folding I36 Propeller for Easier Transport
The folding 36 inch propeller reduces the storage and transportation envelope of larger multirotor platforms while preserving a defined motor ESC and propeller configuration
Long Life Protection and Wide Temperature Reliability
Core components are developed around a 10,000 hour service life target while IP46 protection and a recommended ambient temperature range from −30°C to 65°C support frequent heavy payload missions across demanding outdoor operating conditions
Enhanced Heat Dissipation under Sustained Load
The integrated thermal design supports heat transfer from the motor and ESC during prolonged heavy load operation helping maintain stable propulsion output across extended duty cycles
Where I9 Fits Best
Designed for 20–24 kg quadcopter UAVs that need heavy payload endurance strong thrust reserve and efficient integration for extended professional missions
Heavy Payload Mapping and LiDAR
Supports larger LiDAR multispectral photogrammetry and multi sensor payloads that need stable lift efficiency and longer productive flight time
Long Route Infrastructure Inspection
Fits transmission line pipeline railway road and industrial corridor inspection missions where larger payloads and longer routes demand additional thrust margin
Industrial Security and Environmental Monitoring
Supports optical thermal gas detection and communication payloads for extended industrial security environmental observation and remote area missions
