Big Motors > LandDrive (Ebike/Robots)
The H6355 160KV sensored brushless motor combines high-torque density and precision control for electric scooters and professional power tools. Featuring Hall-effect sensors and a reinforced core structure, it delivers smooth sinusoidal operation with exceptional thermal performance. The motor's dual-cooling architecture maintains stability during continuous high-load applications while its corrosion-resistant construction ensures durability in demanding environments.
| Parameter | Specification |
| Motor Type | 3-Phase Sensored BLDC |
| Protection Rating | IP65 (Dust/Water Jet Protected) |
| Rated Voltage | 36V (12S LiPo) |
| Continuous Power | 1360W @ 36V (Peak 2580W) |
| Max Torque | 6.8Nm (Peak) / 4.2Nm (Continuous) |
| Speed Range | 5020-10200 RPM (FOC Adjustable) |
| KV Rating | 140/220/280 RPM/V |
| Phase Resistance | 0.015Ω (Phase-to-Phase) |
| Shaft Diameter | 5mm (S7 Tool Steel, Keyed) |
| Weight | 572g |
| Mounting | 25×25mm / M4 Threads (4-point) |
• Precision Control: Triple Hall sensors with 0.1° timing accuracy
• Dual-Cooling System: Radial vents + axial airflow channels (35W/K dissipation)
• Impact Protection: Spring-loaded rotor decoupler prevents magnet displacement
• Regenerative Braking: Energy recovery up to 22% during deceleration
• Smart Interface: CAN bus connectivity for real-time telemetry monitoring
| RPM | Torque | Efficiency | Power Output |
| 5020 | 4.0Nm | 92% | 1360W |
| 7900 | 3.2Nm | 89% | 2050W |
| 10100 | 2.0Nm | 83% | 2580W |
• High-performance hub motors (8"-10" wheels)
• Dual-motor racing scooters
• Mountain terrain electric skateboards
• Professional angle grinders
• Cordless circular saws
• High-torque impact wrenches
• Conveyor belt drives
• Automated packaging equipment
• Robotic arm joint actuators
• Continuous Operation: 70°C @25°C ambient (with forced airflow)
• Thermal Protection: KTY84-130 sensor with step-throttling at 85°C
• Cooling Requirements: Minimum 5m/s airflow for peak performance
• Storage Conditions: -40℃ ~ +105℃, <80% RH

