Innovative Integrated Propulsion Systems for Professional Multirotor & Fixed-Wing Drone Platforms
IV 7224 Electric Power System Integrated propulsion solution for 28 – 32 kg fixed-wing drones
IV 7224 Electric Power System

Integrated propulsion solution for 28 – 32 kg fixed-wing drones

Visit Website Contact
Saved
Save
IV 7224 Electric Power System

IPET Systems' IV 7224 is an integrated propulsion system that has been designed specially for fixed-wing drones with MTOWs of 28 to 32 kg, with an ESC (electronic speed controller) installed directly onto the motor housing for reduced size and weight and simplified wiring requirements. The unit features an innovative cooling mechanism with a shared channel for both the motor and ESC, resulting in more efficient heat dissipation and ensuring stable operation even at maximum continuous power.

The system incorporates a number of advanced safety features, including customizable adaptive propeller locking that automatically adjusts holding torque in response to external forces, thus preventing blade-to-ground contact. The stainless steel bolts utilize two set screws that are locked into the ESC base plate, preventing the bolts from loosening. Non-slip teeth provide enhanced grip resistance, and a detachable pin offers high shear strength, significantly reducing the risk of bolt shearing and nut loosening.

The integrated propulsion system also features a temperature sensor and magnetic encoder, allowing vital parameters such as motor temperature and RPM to be monitored in real time. The system can also detect overcurrent, overtemperature, overvoltage, stalling, and throttle signal loss.

Specifications:

  KV160 KV190
Propeller Options: 24x10, 24x12, 22x10 22x10
Weight: 1300g
Stator Size: 72x24 mm
Motor KV: 160 190
ESC: 14S 150A FOC
Recommended Battery: 12 - 14S LiPo 12 S LiPo
Max Power: 6200W 5300W
Advancing Unmanned Systems Through Strategic Collaboration UST works with major OEMs to foster collaboration and increase engagement with SMEs, to accelerate innovation and drive unmanned systems capabilities forward.