23kg Torque Digital Servo Short Body Small Space Humanoid Robot Arm Metal Servo XQ S8020D

$149.89

Shipping: Orders are processed within 3 business days. Delivery time depends on item size and shipping method. Shipping cost is calculated at checkout based on volumetric weight and destination. Shipping Policy

Returns: Eligible returns are accepted within 30 days after delivery. Non-defective returns may be subject to a USD 20 return label fee and a USD 20 restocking fee. Approved refunds are processed within 7 days after inspection. Return & Refund Policy

Brand notice: FPVBay is an independent seller. Brand names, product names, model names, and OEM references are used only for identification or compatibility purposes and do not imply affiliation or endorsement unless explicitly stated otherwise.

10000 in stock

Description

Key Selling Points

High Torque Digital Servo 23kg for robust performance in demanding applications
Compact Short Body design ideal for small space installations like humanoid robots
Durable Full Metal Gear construction ensures longevity and reliability under stress
Versatile Compatibility with RC cars boats robots and drones for broad utility
Precise Control and responsive action suitable for fighting robots and robotic arms

Technical Specifications

Torque	23kg
Type	Digital Servo
Body Type	Short Body
Gear Material	Metal
Model Number	XQ-S8020D
Color	Black
Recommended Age	15-35 years

FAQ Q&A

Q: What applications is this servo best suited for?

A: This servo is best suited for applications requiring high torque in compact spaces, such as humanoid robots, fighting robots, robotic arms, RC cars, boat models, and small drones.

Q: Is this servo made of durable materials?

A: Yes, this servo features a full metal gear construction for enhanced durability and reliability, especially in high-stress environments.

Q: What is the primary advantage of the short body design?

A: The short body design allows this servo to fit into confined spaces, making it ideal for projects where miniaturization and efficient space utilization are critical.