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STEM Robot Building Block Micro Servo Motor DS-E001D

DSpower E001D 2KG PWM Clutch Building Block Servo, designed for seamless compatibility with LEGO Robotics. This servo is a versatile and powerful component suitable for various robotic applications. With a 2KG torque capacity, it provides robust performance and precise control for your LEGO robot projects.

1、ABS environmentally friendly shell+POM gear with clutch

2、Multi porous design provides more assembly possibilities

3、Equipped with an iron core motor, it can provide greater torque

4、2 kgf·cm High torque+0.2 sec/60° no-load speed +Operable angle 270°±10°

Product Detail

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DS-E001D Designed exclusively for the STEM education landscape, maker communities, and LEGO robotics enthusiasts. Whether you’re a teacher designing next level classroom projects, or a maker crafting custom LEGO compatible robots, this servo delivers the power and educational compatibility.

DSpower Digital Servo Motor

Key Features:

High torque and durability:Boasting a 2.2KG torque, it can drive complex mechanical structures such as robotic arms and rotating joints. The clutch gear design prevents gear stripping caused by students' operational errors, encouraging bold experimentation.

Intelligent longevity protection:Equipped with electronic stall protection, it automatically cuts off the power when the servo gets stuck, preventing the motor from burning out. This ensures that schools and institutions can achieve long-term stable operation during teaching, reducing maintenance costs.

Programming and Hardware Synergy: It supports PWM signals and is compatible with micro:bit, adapting to Scratch graphical programming for younger students and Python code development for more advanced learning. It seamlessly connects with the K -12 programming curriculum system, making the transition from code to action intuitive.

Seamless Integration with LEGO Ecosystem:The multi - hole modular design is fully compatible with the LEGO brick system. There's no need for additional adapters, allowing for easy integration into existing LEGO Mindstorms and SPIKE Prime sets. This lowers the barrier to construction and unleashes creativity.

DSpower Digital Servo Motor

Application Scenarios

STEM classroom teaching: Paired with LEGO bricks, it can be used to build movable models such as STEM education programming robots and building block robots, visually demonstrating concepts such as gear transmission and torque balance.

Home STEM Enlightenment: Compatible with micro:bit kits, children can program and control the servo independently, evolving from "playing with bricks" to "building machines" and gradually mastering engineering and programming skills.

Robotics Competitions: Add "grabbing robotic arms", "rotating turrets", and "simulated joints" to LEGO competition robots. The high torque enables the completion of complex tasks such as material handling and obstacle breaking.

Educational Product Development: Training institutions and makers can develop customized courses ,such as "Robot Engineer" workshops or design teaching kits based on the servo, expanding commercial applications.

DSpower Digital Servo Motor

FAQ

Q. Can i ODM/ OEM and print my own logo on the products?

A: Yes, Through 10years research and development of servo, De Sheng technical team is professional and experienced to offer customized solution for OEM,ODM customer, which is one of our most competitive advantage.
If above online servos does not match your requirements, please do not hesitate to send message to us, we have hundreds of servos for optional, or customizing servos based on demands, it is our advantage!

Q. Servo Application?

A: DS-Power servo have wide application, Here are some of applications of our servos: RC model, education robot, desktop robot and service robot; Logistics system: shuttle car, sorting line, smart warehouse; Smart home: smart lock, switch controller; Safe-guard system: CCTV. Also agriculture, health care industry, military.

Q: For a customized servo, how long is the R&D time (Research& Development time)?

A: Normally, 10~50 business days, it depends on requirements, just some modification on standard servo or a totally new design item.


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