robots

Two programmable microbit robots are displayed against a gray background. On the left is a red and blue Cutebot with a round body design and control buttons, while on the right is a yellow and blue wheeled robot with a more complex chassis. Both feature circuit boards, wiring, and electronic components typical of STEM education kits.

A small educational robot with a green battery and blue chassis on wheels is shown with its internal components visible. Next to it are a bright green ball and colorful stacked foam blocks (blue, orange, and yellow), which appear to be props for robotics activities or competitions.

Multiple programmable robots displayed on a dark table, featuring micro:bit-based Cutebot robots with colorful add-ons including bright green and red spheres, orange cubes, and illuminated features. The robots showcase various configurations with wheels, circuit boards, and sensor attachments typical of The League's educational robotics kits.

A micro:bit-based robot kit displayed on a wooden floor. The robot features a black micro:bit controller board mounted on top, yellow and blue plastic structural components, wheels, servo motors with red and orange wires, and mechanical arms or grippers. This appears to be an educational robotics project typical of youth coding programs.

A robotics project built with construction-style components sits on a wooden floor. The robot features a modular frame made of light-colored plastic connectors, wheels, electronic components including what appears to be a microcontroller board, and colored wiring. This appears to be an educational robotics kit typical of youth coding programs.

A small educational robot kit displayed against a blue background, featuring a blue chassis with wheels, a blue battery pack mounted on top, electronic components including a circuit board labeled 'SOWBOT', and various mechanical parts. This appears to be a hands-on robotics project typical of youth STEM education programs.

Two small programmable robots displayed on a bright blue background. On the left is a red robot with a blue attachment and buttons, while on the right is a blue and white robot with wheels and circuit board components visible. Both appear to be educational robotics kits designed for learning programming and robotics.

Two small green robotic vehicles displayed on a blue background, each featuring a perforated plastic body, wheels, and a small LCD screen displaying pixelated graphics. These appear to be educational programming robots, likely used for teaching coding concepts to students.

A small robot built with blue and yellow plastic construction pieces, featuring a microcontroller board, motors with wheels, and wired connections. The robot is photographed on a wooden surface and appears to be an educational robotics kit project typical of youth coding programs.

A small red robot with exposed circuit board components sits on a white mat with black curved lines, surrounded by colorful 3D blocks and shapes positioned at various marked points. This appears to be a League of Amazing Programmers educational robotics setup, likely for demonstrating robot movement and programming concepts.

A small orange robot with a visible circuit board and wheel is positioned on a white mat with black lines and circles, appearing to be in a robotics learning environment. The mat has colored blocks (yellow, red, green, and purple) placed in circular zones, suggesting this is a programming or robotics challenge setup. The setting appears to be indoors on a wooden table with computer equipment visible in the background.

A young person is actively working on a 3D printer in a maker space workshop, using a measuring tape to check dimensions or alignment on the machine. The workshop is filled with tools, pegboard storage, and various equipment visible in the background, creating an authentic hands-on learning environment typical of youth coding and maker education programs.

A custom-built robotics project is displayed on a concrete floor, featuring a metal chassis with exposed wiring, motors, wheels, and electronic components. Large yellow storage bins are visible in the background, suggesting this photo was taken in a makerspace or workshop environment typical of The League of Amazing Programmers.

A VEX Robotics or similar educational robotics kit assembled on a wooden floor. The robot features blue and black structural beams, a microcontroller board, servo motors, colorful wiring, and what appears to be mechanical arms or attachments. This is a hands-on STEM learning project typical of youth coding and robotics programs.

A collection of educational robot kits displayed on a dark surface, featuring multiple micro:bit-based robotics projects. The robots include wheeled vehicles with LED lights, circuit boards, and colorful 3D-printed components in blue, green, yellow, and orange. These appear to be student-built projects typical of youth coding education programs.