Serial Bus Servo 35kg High Torque Motor Servo Smart Servo Metal Gear Digital Servo for Robotic DIY,RC Car
$28.99
Price when purchased online
Free shipping
Free 30-day returns
Sold and shipped by techfitsl.com
We aim to show you accurate product information. Manufacturers, suppliers and others provide what you see here.
$28.99
Price when purchased online
Free shipping
Free 30-day returns
Sold and shipped by techfitsl.com
Free 30-day returns Details
Product details
| Management number | 219545258 | Release Date | 2026/05/03 | List Price | $11.60 | Model Number | 219545258 | ||
|---|---|---|---|---|---|---|---|---|---|
| Category | |||||||||
- Advanced Serial Communication – This serial bus servo supports TTL/ Half dulpex communication, using TTL/USB debug board, the servo can be set up via software, allowing multiple servos to be connected in a daisy-chain setup with minimal wiring, making it ideal for robotic arms, humanoid robots, and automation projects.
- High Precision & Smooth Motion – Equipped with high-resolution position feedback and PID control, this servo ensures accurate angle control and smooth movement, providing optimal performance for robotics and engineering applications.
- Real-Time Feedback & Monitoring – Unlike traditional servos, this smart bus servo provides real-time position, voltage, temperature, ensuring reliable operation and preventing overheating issues.
- Durable & High-Torque Performance – Built with a metal gear system and high-torque 35KG, this serial bus servo delivers high torque output and long-lasting durability, ensuring stable and powerful performance under demanding conditions.
- Clean wiring: The control board leads to an I/0 port to connect to the serial bus servo. The servos are connected in series through three interfaces, which can reduce the trouble caused by messy wiring and make the wiring more Clean.
Bestseller ranking
Ladders
Customers who viewed this product also viewed
Servos
Correction of product information
If you notice any omissions or errors in the product information on this page, please use the correction request form below.
Correction Request Form