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STEM Building Block Servo – CISPOWER 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.


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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.

High torque servo motor-servo-motor

Key Features:

High Torque Capacity: The servo offers a reliable 2KG torque capacity, ensuring it can handle a variety of tasks with ease.

PWM Control: Utilizing Pulse Width Modulation (PWM) control, it allows for accurate and customizable servo control, enabling smooth and precise movements.

Building Block Design: Designed as a building block servo, it seamlessly integrates into LEGO Robotics projects, allowing for easy incorporation into your creations.

Versatile Applications: Suitable for a wide range of applications, from simple movements to more complex robotic tasks, making it an essential component for LEGO robot enthusiasts.

Durable and Reliable: Crafted with durability in mind, this servo is built to withstand the demands of robotics projects, ensuring long-lasting and reliable performance.

Enhance the functionality of your LEGO robots with the 2KG PWM Clutch Building Block Servo, providing the torque and precision needed for your creative endeavors. Whether you are a beginner or an experienced robotics enthusiast, this servo is an excellent addition to your LEGO Robotics toolkit.

High torque servo motor-servo-motor

Application Scenarios

 

1. Classroom STEM projects

Robot arm construction: Students use DS-E001D servo motors and LEGO bricks to assemble programmable robotic arms, learning basic mechanical principles and coding logic.
Solar Car Challenge: Integrate into a LEGO solar car model, demonstrate renewable energy conversion and motion control, and adapt to NGSS (Next Generation Science Standards) courses.

2. Home DIY Education Kit
Interactive Dinosaur Model: Parents and children jointly build LEGO dinosaurs that can be controlled through a mobile app, achieving realistic head and tail movements through 270 ° rotation.
Smart Home Simulation: Using servo motors to drive Lego elevator models, combined with Arduino programming to simulate building automation systems.

3. Competitions and exhibitions
FIRST LEGO League: Provide high-precision power modules for FLL competition teams, supporting fast iterative robot challenge solutions.
Dynamic exhibits at the science exhibition: Creating voice controlled LEGO sculptures or light sensing rotating devices to attract judges and audiences to interact.

4. Solutions for educational institutions
School Maker Space: As a standardized teaching tool, it supports K-12 students in the entire learning process from basic mechanical structures to advanced programming.

Summer Camp Activity Kit: Paired with the LEGO EV3 kit, design a Mars rover exploration mission to cultivate teamwork and problem-solving skills.

High torque servo motor-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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