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…
With the rapid advancement of smart agriculture, agricultural drones are increasingly used for crop spraying, seeding, fertilizing, and field inspection. As operational demands continue to grow, higher requirements are placed on drone power systems. Among all components, high-thrust brushless motors have become a core element in agricultural drone upgrades. This…
With the growing popularity of remote-controlled (RC) models, brushless motors (BLDC Motors) are widely used due to their high efficiency, high power density, and long lifespan. However, many beginners and enthusiasts often ask: Can RC Model BLDC Motors be waterproof? This article will explain the waterproof capabilities of brushless motors…
In the world of remote-controlled (RC) models and drones, motors are core components that directly affect performance, flight or driving stability, and battery life. Although both RC models and drones use electric motors, there are significant differences in design, performance parameters, and application scenarios. This article will explain the key…
In the design and operation of underwater unmanned vehicles (UUVs), the propulsion system is a critical module that directly affects speed, endurance, and reliability. In modern UUV propulsion systems, brushless DC motors (BLDC motors) have become the mainstream choice. Understanding and selecting the right motor parameters is essential for optimizing…
In underwater robots, underwater thrusters, and unmanned underwater vehicles, motor bearings are among the most critical yet failure-prone components. Many users notice that bearings in underwater thruster motors fail much faster than those in conventional motors, often developing noise, vibration, or seizure after relatively short operating periods. So why do…
During FPV drone flights, many pilots notice a sharp, high-pitched squealing sound coming from the motors, especially at low throttle or during smooth cruising. This sound can be annoying and often raises concerns about motor quality or potential failure. In reality, FPV motor squealing does not always indicate a defect.…
With drones increasingly used in aerial photography, surveying, inspection, and emergency response, operating drones in cold environments has become a common requirement. Many pilots notice that in low temperatures, drones experience shorter flight times, reduced responsiveness, and weaker power output. A key reason behind this is the decline in motor…