Sanwa ERS-963 Race-Proven Waterproof Servo  [SW-ERS-963]

Sanwa ERS-963 - High Torque Digital Waterproof Brushless Servo
Price:
AUD$101.88
Brand:
Sanwa
Model:
SW-ERS-963
Please kindly input your name and email address, we will inform you once we have the restocking.
Or you may find similar product under the
category
Write a review

Track Ready Sanwa ERS-963 Performance

The Sanwa ERS-963 is a robust digital waterproof servo that blends brushless efficiency with a solid aluminium body. It is aimed at racers and hobbyists who demand precise control and reliable torque for 1/10 scale machines in diverse conditions.

Efficiency of Brushless Design

Using brushless technology, the ERS-963 runs cooler and lasts longer than typical brushed servos. That efficiency produces consistent steering feedback and reduces the need for frequent maintenance between runs.

Built to Withstand the Elements

The sealed waterproof chassis allows the servo to operate in wet, muddy or dusty environments without loss of function, making it suitable for outdoor practice and race day conditions.

Specifications for Control

With a listed speed of 0.15sec per 60 degrees at 6.0V and torque of 23.0 kg.cm, the ERS-963 delivers a fast and forceful response. Its compact dimensions of 40.3mm x 20.2mm x 35.9mm and 62g weight make it a straightforward fit for most 1/10 installations.

Specifications

  • Type: Digital Waterproof Brushless Servo
  • Material: Aluminum
  • Speed: 0.15sec/60° (6.0V)
  • Torque: 23.0kg.cm (6.0V)
  • Size: 40.3mm x 20.2mm x 35.9mm
  • Weight: 62g

The Sanwa ERS-963 is a dependable upgrade for drivers who want a compact, high-torque servo that stands up to race and trail use alike.

Yes. Its torque rating and quick speed make it suitable for touring car steering duties, though ensure your servo horn and linkages are securely mounted.
Operate the ERS-963 at around 6.0V for the published speed and torque figures. Stable power from a quality BEC or battery pack will help maintain consistent performance.
An aluminium case aids heat dissipation and mechanical strength, improving durability and keeping internal temperatures lower during extended runs.

Copyright © 2008-2025 rcjaz.com.au All rights reserved