The T Motor AT4125 Long Shaft KV250 is a high-performance brushless motor designed for use in professional drones and other unmanned aerial vehicles (UAVs). It features a 250 KV rating, which indicates the number of revolutions per minute (RPM) per volt applied, making it suitable for low-speed, high-torque applications.
This motor’s long shaft design is beneficial for projects requiring extended reach, such as specific drone configurations where the motor needs to be mounted further away from the propellers or frame. The T Motor AT4125 ensures smooth and reliable performance, thanks to its precision engineering and quality materials, making it a popular choice for professional drone enthusiasts, aerial photography, mapping, and inspection tasks.
Key features of the T Motor AT4125 Long Shaft KV250 include:
- High efficiency for long flight times
- Sturdy construction for durability in various weather conditions
- Optimized cooling design to maintain performance during extended use
- Compatible with a wide range of ESCs and propellers
The T Motor AT4125 Long Shaft KV250 is a professional-grade brushless motor built to meet the demands of advanced drone applications. With a KV rating of 250, this motor excels in scenarios where high torque and stable low-speed performance are essential, making it ideal for drones used in aerial photography, surveying, inspection, and other precision-based tasks.
The long shaft design provides added flexibility, allowing for various mounting configurations, making it suitable for drones with unique setups or extended frame requirements. The AT4125’s efficient power consumption contributes to longer flight durations, enabling users to capture more footage or complete more tasks in a single mission.
Durability and reliability are at the core of the AT4125, with precision-engineered components that reduce vibration and ensure smooth operation. The motor also incorporates an enhanced cooling design to maintain optimal temperatures during long flight times, preventing performance drops due to overheating.
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