IPET N8M-E
Integrated N8M-E KV100 motor, N60A ESC, and N30 propeller system for 12–15 kg quadcopter UAVs requiring protected propulsion, stable thermal performance, and reliable thrust in rain, dust, humidity, and salt-laden environments.
Engineering Fit Check
Use these core parameters for initial airframe selection. Final sizing should be verified against altitude, ambient temperature, duty cycle, payload, and required thrust reserve.
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 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.
Built for Harsh-Environment Reliability
Designed for UAV platforms operating in rain, dust, salt spray, wash-down, and demanding outdoor conditions where propulsion stability matters.
IP66 Standard Protection
N8M-E is supplied with IP66 motor protection for routine operation in rain, spray, dust, and high-humidity environments.
Optional IP67 Customization
For programs with stricter sealing requirements, an IP67 motor configuration can be customized and validated to project specifications.
120 Hour Salt Spray Validation
A 120-hour salt-spray test supports use in coastal, port, marine, and other high-salinity environments where corrosion control directly affects fleet uptime.
Stable Pusher and Puller Installation
A three-bearing support architecture helps control shaft movement and supports upright or inverted installation for both puller and pusher layouts.
Where N8M-E Fits Best
Designed for 12–15 kg quadcopter UAVs that need weather-resistant propulsion, matched system integration, and dependable thrust margin for mid-size outdoor platforms.
Power and Industrial Inspection
Supports platforms carrying EO/IR cameras, LiDAR, and other inspection payloads for power lines, substations, pipelines, industrial plants, and distributed infrastructure.
Coastal Port and Offshore Operations
IP66 protection and 120-hour salt-spray validation address the moisture and corrosion risks encountered around ports, coastlines, vessels, and offshore support assets.
Emergency Response and Public Safety
Provides a protected 12S propulsion baseline for aircraft carrying thermal cameras, searchlights, loudspeakers, or communications payloads in time-critical outdoor missions.
