ACEBOTT Robot Arm Expansion Pack | Smart Car Starter Kit for STEM & Coding (QD007)

Turn curiosity into real-world robotics with ACEBOTT

The ACEBOTT Robot Arm Expansion Pack is designed to extend a compatible smart car kit into a hands-on robotics project. Note that the base car is not included in this expansion; a suitable power source is also needed separately.

Key capabilities for hands-on exploration

• The five-degree-of-freedom arm offers dynamic movement: the clamp opens up to 260°, the wrist, elbow, and base rotate up to 180°, enabling a range of tasks.
• Durable metal gear servos provide reliable, smooth operation for gripping, lifting, and precise placement of small objects.

Programming and learning, built on familiar platforms

Inspired by open-source ecosystems, the kit uses an ESP32 controller and is compatible with Arduino-based wiring. It ships with detailed programming tutorials and a graphical coding interface to help beginners and more advanced coders alike.

Why this makes STEM exploration tangible

Developed as a companion to a smart car, the expansion pack encourages systematic problem solving through hands-on construction, testing, and iteration. Students can see how software commands translate to real mechanical motion, linking electronics, programming, and robotics.

What you get and how to use it

• High-definition assembly guides and source codes available on the ACEBOTT Resources pages, including WIKI and videos.
• Simple start-to-finish path: build the robot car from scratch, then program the arm to grip, lift, and place items.

Ideal for a broad audience

While designed with teens in mind, this kit supports curious minds of all ages who want to explore robotics, coding, and hardware principles through practical projects. It is a valuable addition for classrooms, clubs, or home workshops seeking hands-on STEM engagement.

Because this kit excludes the basic car, it pairs best with a compatible ACEBOTT smart car shell, giving you flexibility to customize and expand over time. The result is a versatile platform that invites experimentation, iteration, and practical understanding of how movements translate to real-world tasks.