6kW Setup
The 6 kW setup pairs the 193-40 motor motor with the SC Series 15 kW controller into one compact and rugged propulsion system. Tuned for 80 V operation, this setup delivers precise torque control, high durability, and IP-rated protection—perfect for UGVs and other heavy-duty ground platforms.
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6kW Setup
Product details
⚙️ Synchronized performance and reliability
The motor and controller are designed to work as a unified system, ensuring smooth torque transitions, efficient power delivery, and stable operation in any terrain. Running at 80 V, the controller precisely manages current and phase timing through encoder feedback, unlocking the motor’s full torque and responsiveness even under heavy load.
💪 Durable IP-rated construction
Both components are built for harsh outdoor conditions. With sealed housings and advanced cooling design, the setup maintains reliability against dust, moisture, and vibration. This makes it an ideal propulsion unit for UGVs, robotics, and industrial mobility projects where endurance and uptime are crucial.
🚜 Optimized for ground mobility
The combination provides strong low-end torque, fast response, and high efficiency tailored to tracked or wheeled unmanned platforms. It integrates easily with vehicle control systems, offering stable propulsion for inspection robots, logistic carriers, or autonomous transport units operating in rough or wet environments.
If you have any questions, you are always welcome to contact us. We'll get back to you as soon as possible, within 24 hours on weekdays.
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FAQs
Please read our FAQs page to find out more.
What is the difference between continuous and peak power?
Continuous power is the level the motor can safely handle over long periods. Peak power is the short-term maximum during acceleration or climb. Exceeding continuous ratings can cause overheating.
What happens if the motor exceeds its maximum temperature?
The motor temperature should normally be monitored by the ESC through the built-in motor temperature sensor. If thermal protection is disabled or not supported, excessive heat can cause partial demagnetization of the magnets, leading to permanent loss of performance or complete motor failure.
How to prevent overheating?
Ensure proper cooling by maintaining sufficient airflow or liquid circulation around the motor. Overheating often indicates that the motor is overloaded or operating outside its efficiency range. Always match the motor with a suitable propeller, gearbox, or load to keep current within the rated limits. Monitor temperature through telemetry and avoid running at peak power for extended periods
What does KV mean?
KV indicates how many revolutions per minute (RPM) the motor produces per volt.
What maintenance does a BLDC motor require?
Brushless motors are mostly maintenance-free. Periodically clean the motor using dry compressed air to remove dust and debris. Avoid using liquids or solvents, and make sure no moisture enters the housing. Check bearings occasionally for smooth rotation.