• CubeMars G35 KV100 Gimbal Motor, CubeMars G35 KV100 gimbal motor: 16V, 0.46Nm torque, 90g, large hollow shaft, low cogging, position loop.
  • CubeMars G35 KV100 Gimbal Motor 16V 0.46Nm 90g Large Hollow Shaft Low Cogging Speed & Position Loop
  • CubeMars G35 KV100 Gimbal Motor, The CubeMars G35 KV100 gimbal motor features 16V, 0.46Nm torque, 90g weight, hollow shaft, low cogging, and speed & position control.
  • CubeMars G35 KV100 Gimbal Motor 16V 0.46Nm 90g Large Hollow Shaft Low Cogging Speed & Position Loop
  • CubeMars G35 KV100 Gimbal Motor, CubeMars G35 KV100 gimbal motor: 16V, 0.46Nm torque, 90g, large hollow shaft, low cogging, speed & position control.
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CubeMars G35 KV100 Gimbal Motor 16V 0.46Nm 90g Large Hollow Shaft Low Cogging Speed & Position Loop

CubeMars G35 KV100 Gimbal Motor 16V 0.46Nm 90g Large Hollow Shaft Low Cogging Speed & Position Loop

CubeMars

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Overview

The CubeMars G35 KV100 Gimbal Motor is a high-precision inrunner BLDC motor engineered for gimbal stabilizers, aerial photography platforms, autonomous driving systems, and radar applications. It features a large hollow shaft for easy integration of electrical slip rings, low cogging torque for smooth motion, and high torque density to meet demanding low-speed, high-precision control requirements. Weighing just 90 g, it offers quick responsiveness thanks to its low rotational inertia, while supporting both speed-loop and position-loop control modes for versatile application control.

Key Features

  • Large Center Hole Design – Integrated with an optional slip ring for easy cable routing, ideal for gimbal and robotic integration.

  • Low Cogging Torque & Low Consumption – Ensures smooth rotation, minimal torque ripple, and high efficiency.

  • Multiple Control Modes – Supports speed-loop and position-loop control for precise and flexible operation.

  • Lightweight & Compact – Only 90 g with low rotary inertia for faster dynamic response.

  • High Performance Winding – Delivers high torque density at low speeds, meeting high power demands.

  • High Stability & Durability – IP-rated waterproof and dustproof protection for stable performance in various environments.

  • Wide Application – Suitable for gimbal systems, autonomous vehicles, radar tracking systems, and other precision control fields.

Specifications

General Specifications

Parameter Value
Application Gimbal, Radar
Driving Way FOC
Operation Ambient Temperature -20℃ ~ 50℃
Winding Type Star
Pole Pairs 7
Insulation Class H
Insulation High Voltage 500V 5 mA/2 s
Insulation Resistance 500V 10 MΩ
Phase 3

Electrical Parameters

Parameter Value
Rated Voltage (V) 16
No-Load Speed (rpm) 1320
Rated Torque (Nm) 0.15
Rated Speed (rpm) 815
Rated Current (A) 1.3
Peak Torque (Nm) 0.46
Peak Current (A) 4
Kv (rpm/V) 100
Ke (V/krpm) 11.54
Kt (Nm/A) 0.115
Phase-to-Phase Resistance (mΩ) 3600
Phase-to-Phase Inductance (µH) 2100
Inertia (g·cm²) 61
Km (Nm/√W) 0.0606
Mechanical Time Constant (ms) 1.66
Electrical Time Constant (ms) 0.58
Weight (g) 90
Maximum Torque-to-Weight Ratio (Nm/Kg) 5.11

Technical Drawing

The motor features a compact cylindrical form with a Φ49.8 mm diameter and 31.1 mm body length, along with detailed mounting dimensions for easy integration into custom systems.

Applications

  • Gimbal Systems – For aerial photography and cinematography stabilization.

  • Autonomous Driving Systems – Precision motion control for LiDAR, radar, and vision systems.

  • Radar Tracking Systems – Smooth, accurate positioning for long-range tracking.

  • Robotics & Mechatronics – Ideal for lightweight precision motion systems.

Manual Downloads


Details

CubeMars G35 KV100 Gimbal Motor, Gimbal motor technical drawing with dimensions, M3 screws, and assembly specs.

Gimbal motor technical drawing with dimensions, M3 screws, and assembly specs.

CubeMars G35 KV100 Gimbal Motor: 16V, 815 RPM, 0.15 Nm torque, 1.3 ADC current, 7 pole pairs, operates -20°C to 50°C, 90g, 5.11 Nm/Kg ratio, FOC, star winding.

CubeMars G35 KV100 Gimbal Motor: 16V, 815 RPM, 0.15 Nm torque, 1.3 ADC current, 7 pole pairs, -20°C to 50°C operation, 90g weight, 5.11 Nm/Kg max torque weight ratio, FOC driving, star winding.

CubeMars G35 KV100 Gimbal Motor, The CubeMars G35 KV100@16VDC gimbal motor's performance chart shows output power, efficiency, current, and speed versus torque, highlighting peak power at 14W, max efficiency at 0.8, linear current increase, and decreasing speed with rising torque.

Analysis Chart for CubeMars G35 KV100@16VDC Gimbal Motor. Displays output power (W), efficiency, current (A), and speed (RPM) against torque (mN·m). Output power peaks around 14W at 200 mN·m. Efficiency reaches maximum near 0.8 at 50 mN·m. Current increases linearly with torque. Speed starts at 1350 RPM and decreases as torque rises. Graph illustrates motor performance characteristics under varying loads, highlighting optimal operating points for power, efficiency, and speed.

The CubeMars G35 KV100 Gimbal Motor provides high stability and precise control for accurate performance.

CubeMars G35 KV100 Gimbal Motor offers high stability and core control for precise performance.

The CubeMars G35 KV100 gimbal motor features a large center hole for easy cable routing and optional slip ring integration.

CubeMars G35 KV100 Gimbal Motor has a large center hole for easy cable crossing and optional slip ring integration.

CubeMars G35 KV100 Gimbal Motor, Lightweight design, improved integration, low inertia, fast response. CubeMars G35 KV100 motor.

Light structure, better integration. Low rotary inertia, quick response. CubeMars G35 KV100.

CubeMars G35 KV100 Gimbal Motor, CubeMars G35 KV100 offers precise, quick responses with speed-loop and position-loop control modes.

CubeMars G35 KV100 supports speed-loop and position-loop control modes for precise, quick responses.

High-performance CubeMars G35 KV100 gimbal motor offers low-speed operation, high torque density, and meets large power requirements.

High performance winding. Low speed operation, high torque density, meets large power needs. CubeMars G35 KV100 Gimbal Motor.

CubeMars G35 KV100 Gimbal Motor, Gimbal systems and autonomous vehicles use high precision, low speed, and advanced tech for stability.

Gimbal systems and autonomous vehicles benefit from high precision, low speed for stability and advanced technology integration.

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