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IV-SERIES

Integrated Cruise Propulsion for Fixed-Wing & VTOL UAVs

Integrated motor, IV150A FOC ESC, and matched propeller architecture engineered for efficient cruise power, compact nacelle integration, coordinated cooling, and real-time RPM and temperature feedback.

20 – 35kgMTOW Range
12SOperating Voltage
−30°C to 60°COperating Range
IV150AIntegrated FOC ESC

IV-SERIES

Select the IV Series Configuration by MTOW and KV

Four IV7 and IV9 configurations cover 20–35 kg fixed-wing and VTOL platforms. Each option combines 12S power, an integrated IV150A FOC ESC, and application-matched propeller sizing to simplify cruise-stage evaluation and airframe integration.

IV7 (7215) KV170 propulsion system

IV7 (7215) KV170

20-25kg MTOW Class

12SVoltage
22x10"Propeller
665 WMax Continuous Power
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IV7 (7215) KV200 propulsion system

IV7 (7215) KV200

20-25kg MTOW Class

12SVoltage
20x10"Propeller
684 WMax Continuous Power
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IV9 (7224) KV160 propulsion system

IV9 (7224) KV160

28-35kg MTOW Class

12SVoltage
24x12"Propeller
956 WMax Continuous Power
View Details
IV9 (7224) KV190 propulsion system

IV9 (7224) KV190

28-35kg MTOW Class

12SVoltage
22x10"Propeller
881 WMax Continuous Power
View Details

IV-SERIES

Why IV Series for Fixed-Wing & VTOL UAVs?

Three engineering priorities define the IV Series: integrated cruise propulsion, coordinated motor–ESC cooling for sustained output, and secure mechanical interfaces with real-time RPM and temperature feedback.

Motor, ESC, and Propeller — Integrated for Cruise

The IV Series combines the motor, IV150A FOC ESC, and matched propeller within one compact cruise propulsion module. This reduces separate component selection, shortens the integration path, and supports cleaner installation in fixed-wing and VTOL nacelles.

  • Integrated IV150A FOC ESC reduces external ESC placement, cable length, and nacelle-layout work
  • 20–24 inch application-matched propellers support IV7 and IV9 cruise thrust and KV selection
  • Compact body architecture supports cleaner nacelle integration on fixed-wing and VTOL platforms
  • PWM and CAN control options support flexible flight-controller and telemetry integration
IV150AIntegrated FOC ESC
20–24"Propeller Range
12SOperating Voltage

Coordinated Motor–ESC Cooling for Sustained Cruise

Motor and ESC share a coordinated airflow path that moves cooling air across both the electromagnetic and power-electronic sections. This supports more consistent thermal behavior during prolonged cruise without requiring a separate ESC cooling layout inside the nacelle.

  • A shared airflow channel supports simultaneous motor and ESC heat removal
  • Propeller-driven airflow supports heat dissipation during sustained cruise operation
  • Validated for operation across a −30°C to 60°C temperature range
  • IPX5 water resistance supports outdoor fixed-wing and VTOL missions in changing weather
−30–60°COperating Range
IPX5Water Resistance
956 WMax Continuous Power

Secure Propeller Mounting with Real-Time Feedback

VTOL transition, vibration, and extended cruise place changing loads on the propulsion assembly. Anti-loosening hardware, non-slip interfaces, and live RPM and temperature feedback help maintain mechanical integrity and make propulsion status easier to monitor throughout the mission.

  • Anti-loosening bolt design supports vibration during VTOL transition and sustained cruise
  • Non-slip mounting interfaces improve security between the propeller and motor assembly
  • Real-time RPM and temperature data provide clearer propulsion-status visibility
  • Integrated protection functions support more predictable operation under abnormal load conditions
Locking BoltAnti-Loosening Design
RPM + TempReal-Time Feedback
PWM / CANControl Options

IV-SERIES

Built for Long-Range Fixed-Wing and VTOL Missions

The IV Series supports fixed-wing and VTOL platforms that require efficient cruise power, compact nacelle integration, stable thermal performance, and real-time propulsion feedback across long-range outdoor missions.

VTOL Survey & Mapping

VTOL Survey & Mapping

Linear Infrastructure Inspection

Linear Infrastructure Inspection

Long-Range Payload Delivery

Long-Range Payload Delivery

Engineering Data for Faster Integration Decisions

Access IV Series specifications, technical drawings, 3D models, bench test data, thrust-efficiency curves, thermal references, and telemetry information for fixed-wing and VTOL cruise-stage evaluation.

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