Trending Team Associated - Reedy Sonic 540-sp5 21.5 Turn Brushless Motor Holiday Edition [LVNt210O]

Team Associated Reedy Sonic 540-SP5 Brushless Motor

The Team Associated Reedy Sonic 540-SP5 Brushless Motor is a top-tier choice for racers seeking unparalleled performance and reliability. This innovative motor is designed to dominate the track with its exceptional power and efficiency, making it a must-have for any serious competitor. The Sonic 540-SP5 is not just another stock motor; it's a game-changer that sets new standards in the world of RC racing.

Key Features and Benefits

The Sonic 540-SP5 is engineered with cutting-edge technology to deliver unmatched performance. Its custom high-power stator design ensures maximum torque and power output, while maintaining optimal RPM. The motor is built with high-quality copper magnet wire, which is wound to the maximum allowed size and treated with heat transfer epoxy to dissipate heat effectively. This innovative design reduces internal temperatures, resulting in less fade over the course of a race. The list of features includes:

• CNC-machined housing with optimized air cooling for enhanced performance and durability.
• Low-resistance solder tabs and collector ring to minimize power loss and improve efficiency.

Technical Specifications and Practical Uses

The Team Associated Reedy Sonic 540-SP5 Brushless Motor is built to ROAR specifications, ensuring compliance with racing standards. With a diameter of 35.9mm and a length of 52.5mm, it offers a perfect fit for a wide range of applications. The motor weighs between 147-151g, making it lightweight and agile. Its dual precision ball bearings support high RPM loads with exceptional efficiency and reliability. The Sonic 540-SP5 is ideal for various racing applications, including 1/10 scale off-road vehicles, where its fade-free power and maximum effectiveness will give you the competitive edge you need to win. Features like a balanced rotor with a high-strength magnet and an aluminum end cap with adjustable timing further enhance its performance and adaptability.