DIY Flexible Servo Gripper for Arduino (Starfish Type) | 3D Printed Robotic Claw Kit with SG90 Servo Motor | Any Shape Gripping | STEM Robotics Project
Original price was: ₹1,299.00.₹999.00Current price is: ₹999.00. + GST
-
✅ Starfish-Type Flexible Gripper – Print-in-place style claw designed to grip objects of any shape securely
-
✅ Includes SG90 Servo Motor – Ready to assemble with Arduino, Raspberry Pi, or other controllers
-
✅ 3D Printed DIY Kit – Durable PLA parts, easy to mount and integrate into robotic arms and projects
-
✅ Perfect for STEM Learning – Ideal for students, hobbyists, and makers learning robotics & automation
-
✅ Compatible with Arduino & ESP Boards – Simple servo code makes it easy to open/close and test gripping force
How to make it – https://www.instructables.com/Print-in-Place-Robotic-Gripper/
1 in stock
This DIY Flexible Servo Gripper Kit (Starfish Type) is designed for hobby robotics, STEM projects, and automation experiments. The print-in-place flexible design adapts to grip objects of different shapes and sizes without complex mechanisms.
The kit includes:
-
3D printed gripper parts (pre-built, no special printer required)
-
One SG90 servo motor with mounting hardware
Just connect the servo to your Arduino or Raspberry Pi, upload basic servo code, and start gripping! Ideal for robotic arms, pick-and-place bots, school science projects, and prototyping.
You must be logged in to post a review.
We deliver all across India.
✅ Orders leave warehouse in 1–2 days.
✅ Delivery within 5–10 days after dispatch.
Related products
1 Meter GT2 Open Loop Timing Belt 6mm Width for 3D Printer
- Precision registration & high torque capability
- Virtually no elongation & reduced noise
- Wide speed range & lubrication-free operation
- Ideal for 3D printers & automation projects
- Durable NEOPRENE synthetic rubber construction
Ultrasonic Sensor Wall Mounted Case(*Ultrasonic Sensor Not Included) – 036
- Compatible with Ultrasonic Sensors, this wall-mounted case is crafted using high-quality PLA+ material.
- Measuring 7cm x 2.7cm x 1.5cm, it ensures durability and precision for electronics projects.
- Proudly made in India, each product is quality tested before shipping.
- Perfect for automation, robotics, and educational projects.
16X2 LCD Case With Nuts – (LCD Not Included) – 002
- Precision-fit PLA+ case for 16X2 LCD displays (*LCD not included).
- Dimensions: L x W x H = 8.6cm x 4.2cm x 2cm.
- Lightweight, durable, and easy to assemble with included nuts.
- Ideal for electronics, robotics, and educational projects in India.
- Quality-tested, made in India, and optimized for reliability.
4-DOF Robotic Arm Combo Kit with Gripper – DIY STEM Robot Arm with Servo Motors
- Build a 4-DOF robotic arm with gripper using this DIY combo kit. Ideal for students and hobbyists to learn robotics, servo control, and STEM skills.Perfect for use in various electronics projects in India
- Small Robotic Arm Combo Kit ensures reliability and performance.
- Ideal for robotics, automation, and educational applications, it offers quality and performance.
📦 Included Components:
-
1x 3D Printed Robotic Arm Frame (Base, Shoulder, Elbow, Gripper)(Note: Product color may vary)
-
4x SG90 Servo Motors (for joint control)
-
1x Arduino UNO SMD Board with USB Cable
-
1x Jumper Wire Set
-
840 Points Breadboard with Power Supply x 1
- Male to Female Jumper Wire x 10How to Make - https://www.instructables.com/Arm-Bot-3D-Printed-4-DOF-Robotic-Arm/
We have included the 3D-printed parts and essential electronic components in this kit. However, a few additional items such as hardware and the power supply will need to be purchased locally, depending on your specific project requirements.
Arduino Mega 2560 R3 Board Case (*Mega R3 Board Not Included) (Plastic Parts only) – 004
- Lightweight and durable PLA+ plastic case for Arduino Mega 2560 R3 (*Board not included).
- Compact and perfect for protecting your board in electronics projects.
- Made with precision using 3D printing technology.
- Proudly made in India; quality-tested for reliability.
- Ideal for robotics, automation, and educational applications.
Reviews
There are no reviews yet.