With the rapid development of unmanned surface vessels, underwater robots, and specialized underwater equipment, the performance requirements for underwater thrusters continue to increase. Compared with off-the-shelf motors, custom motors can be better matched to thruster structures and real operating conditions, improving efficiency and reliability. However, without a clear understanding of…
Underwater thrusters are widely used in RC boats, unmanned surface vessels, underwater robots, and diving propulsion equipment. Due to the harsh operating environment, these systems place very high demands on motor and wiring reliability. In real-world use, some users encounter problems such as overheating motor wires, melted insulation, or even…
As FPV drones are used in increasingly diverse environments, many pilots begin to wonder whether it is safe to fly in light rain, mist, or humid conditions. This naturally raises an important question: are FPV drone brushless motors waterproof, and can they handle rain? This guide explains the structure of…
In the RC car modification community, drifting is a driving style that demands both technique and precise performance. Compared with racing for lap times, drifting places much higher requirements on torque output, throttle response, and smooth power control. As the core of the power system, the torque characteristics of a…
In RC car upgrades and modifications, replacing the motor with a brushless one is one of the most discussed topics among hobbyists. Compared with brushed motors, brushless motors offer clear advantages in efficiency, power output, and durability. However, what most players really want to know is: how much speed can…
Underwater thruster brushless motors are widely used in ocean exploration, submersibles, deep-sea operations, and other fields. Due to the special characteristics of underwater environments, especially the effects of cold water, the performance and stability of motors often face various challenges. The efficiency of the underwater thruster directly affects the operation…
Underwater thrusters play a crucial role in ocean exploration, deep-sea operations, and diving equipment. With continuous technological advancements, the performance of underwater thrusters has been improving. However, in actual applications, some technical challenges remain. One common issue is a heavy start, which can make it difficult to start the thruster…
When designing or upgrading an FPV heavy‑lift aerial photography quadcopter, selecting the right motors is crucial. The motors determine flight stability, efficiency, and payload capacity. X‑TEAMRC’s BLDC motor series is an ideal choice for these applications, offering a wide range of KV ratings, sizes, and power levels suitable for various…
In the world of RC models, drones, and electric vehicles, a motor’s KV rating directly affects its speed and torque. While low KV motors have lower top speeds, they offer higher torque, making them suitable for specific applications. In racing scenarios, a low KV motor’s performance is not inherently disadvantageous—it…
Excessive vibration is a common yet often overlooked issue during drone operation. Whether for aerial photography drones, industrial UAVs, or agricultural drones, abnormal vibration can seriously affect flight stability, image quality, and overall service life. Among the various causes, motor imbalance is one of the most significant factors. This article…