SERVO GRIPPER CHASSIS – KSH 2,000 at HIMASTORES Mombasa – best electronics in Kenya

SERVO GRIPPER CHASSIS

SKU: HMJ564 Category: Motors
KSH 2,000.00
Out of Stock

Product Description

Servo Gripper Chassis Kit

Robotic Gripper Platform for Arduino and DIY Projects

This servo gripper chassis provides a complete mechanical foundation for building robotic arms and gripping systems. It is designed for use with standard servos and is compatible with popular microcontroller platforms like Arduino.

Modular Design - Easy to assemble and customize for various robotics applications
ServoPowered Gripper Provides precise gripping force for object manipulation
The chassis is typically constructed from durable materials like acrylic, MDF, or aluminum.
It is often compatible with 4WD or 2WD smart car chassis for mobile robotics projects.

Technical Specifications

ParameterValue
Chassis MaterialAcrylic, MDF, or Aluminum
Actuator TypeStandard Servo or Position Feedback Servo [citation:7]
Degrees of FreedomUp to 5 axes for complex movement [citation:8]
Compatible ControllersArduino, ESP32, micro:bit
Power SupplyServo power supply (often 5V or 6V)

= Key Features =

Robotic Arm Integration - Includes gripper and arm components [citation:2]

Flexible Control - Works with PWM signals from standard servo libraries

Educational Platform - Ideal for STEM learning and coding education [citation:11]

Expandable Design - Can be mounted on Mecanum wheel or 4WD chassis for full mobility [citation:2][citation:9]

= Applications =

  1. Educational robotics and STEM kits
  2. Object sorting and picking systems
  3. Arduino and Raspberry Pi projects
  4. Automated assembly and testing
Versatile Platform - Build everything from simple grippers to complex robotic arms.
High Compatibility - Integrates with common servo motors and microcontroller boards.

√ Includes servo mounting hardware and brackets

√ Supports both autonomous and remote control modes

√ Upgrade path with additional sensors and actuators

Troubleshooting

Gripper not closing:

  • Check servo power supply (ensure adequate current)
  • Verify servo signal connection
  • Avoid mechanical obstructions in the gripper mechanism

Arm not moving smoothly:

  • Check servo horn and linkage connections
  • Reduce speed or add acceleration in code
  • Verify proper voltage to servos