TinkerKit Braccio Robot – Programmable Arduino Robotic Arm

The TinkerKit Braccio Robot is a versatile, fully operational robotic arm that you can build and control using an Arduino board (sold separately). Designed for makers, educators, and robotics enthusiasts, Braccio can be assembled in multiple configurations to perform a variety of tasks—from gripping and moving objects to supporting devices like cameras, solar panels, or sensors. Whether you're exploring industrial robotics, automating processes, or experimenting with AI applications, the Braccio provides the ideal hands-on learning tool.

Crafted with precision-engineered plastic parts and powered by six high-quality servo motors (2 x SR311, 4 x SR431), the Braccio offers reliable motion and a load capacity of up to 400g in its minimal configuration. With an operating reach of up to 80cm and a maximum height of 52cm, it enables a wide range of robotic tasks with impressive stability and control.

Key Features:

• Fully programmable via Arduino (compatible shield included)

• Adjustable and reconfigurable design for varied robotic applications

• Supports additional payloads like cameras or panels

• Sturdy plastic build with metal-gear servo motors for precision and durability

• Comes with all necessary tools and components for assembly

Please Note: Arduino board is not included.

What’s in the Box:

• 21 Plastic Parts, 63 Screws, 16 Flat Washers, 7 Hex Nuts, 2 Springs

• 2 x SpringRC SR311 Servos, 4 x SpringRC SR431 Servos

• 1 x Braccio Shield (compatible with Arduino)

• 1 x 5V 4A Power Supply

• 1 x Phillips Screwdriver

• 1 x Spiral Cable Protection Wrap

Technical Specs:

• Max Height: 52 cm

• Operating Range: 80 cm

• Load Capacity: 150g @ 32 cm | 400g in minimal config

• Gripper Width: 90 mm

• Base Width: 14 cm

• Cable Length: 40 cm

• Weight (Assembled): 792 g

Whether you're prototyping robotics projects, teaching automation concepts, or diving into real-world machine control, the TinkerKit Braccio Robot is your gateway to the future of robotics.