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Ages 12+

M.A.R.K

M.A.R.K. Make A Robot Kit – the first multi-functional robocar to lead us into the AI world.

Make A Robot Kit, aka M.A.R.K is a versatile intelligent robotic platform designed for learning about Artificial Intelligence. Using the AI controller which powers M.A.R.K, students can implement lane following, traffic sign identification, and other computer vision functions to put together a self-driving car.

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Durable Aluminium Body

Easy Assembly

2.4'' Color LCD and Pan-Tilt Camera 

Quick and Easy to 
Interchange Attachments 

Magnetic Car Roof

Plug&Play Sensor Modules

Graphical Programming / Micropython Coding

Suitable for a Variety 
of AI Application Scenarios

Durable aluminium body

The aluminium outer shell has a sleek design, 
with programmable headlights giving MARK a high-tech feel.

MARK has great extension capabilities, it includes a 2.4” color display screen and a pan-tilt camera.
With the display screen and camera, M.A.R.K. allows you to implement a variety of fun and educational projects related to robotics, self-driving technology and computer vision.

2.4″ color screen and a pan-tilt camera

Easy Assembly
Easy to modify
Magnetic Car Roof

Easy Assembly

The kit has an abundant documentation, including step-by-step assembly guide with video instructions.

The top cover can be easily detached and re-attached at any time.

Magnetic Car Roof

The front of MARK is equipped with a mounting platform to make it easy to install a robotic arm or camera attachment,  allowing you to extend MARK AI application possibilities. 
                        

Easy to modify

Suitable for a variety of  AI application scenarios

Self-driving, Image recognition, Object detection, Computer vision line following.

Suitable for a variety of  AI application scenarios

Graphical programming/ Micropython Coding

In addition to graphical programming, MARK also supports uploading Micropython code with the help of easy-to-use IDE. That makes MARK a good choice for students who are transitioning to the more advanced stages of programming lessons. 

Graphical programming / Micropython Coding

The kit comes with an ultrasonic distance sensor, a line follower and an electromagnet module. Because MARK uses standardized Grove connectors, there are hundreds of modules available for purchase from Seeed studio and other retailers, that can easily be interfaced with MARK expansion board.

Plug&Play Sensor Modules

Plug&Play Sensor Modules 

Courses

Autonomous Driving

16 lessons M.A.R.K 12-15 AI

Machine Learning

18 lessons M.A.R.K 15+ AI

—— Related  Kits ——

M.A.R.K. robot for computer vision 
and artificial intelligence education

With M.A.R.K, users can have the hands on experience of constructing and assembling a robot, before implementing artificial intelligence technologies such as image recognition, object detection, computer vision and automated self-driving controls. M.A.R.K mainboard (CyberEye) supports both Codecraft graphical programming and Micropython text programming. Once users have completed the assembly of a M.A.R.K, with guidance from our project-based tutorials, they can gradually write custom programs for their own smart applications,  developing their skills and understanding of programming and artificial intelligence.

MARK Autonomous Driving Map

MARK Autonomous Driving Map

Make A Robot Kit Machine Learning Pack

Make A Robot Kit Machine Learning Pack

Make A Robot Kit Robotics  Extension Pack

Make A Robot Kit Robotics  Extension Pack

MARK Recognition Card Pack

MARK Recognition Card Pack

Projects

The Road from Line Following to Lane Following

Advanced M.A.R.K 12-15 AI 

aXeleRate - Keras-Based Framework for AI on the Edge

Advanced M.A.R.K 15+ Python

Lane Following: OpenMV and DeepLearning approaches with K210

Advanced M.A.R.K 15+

Deep Learning Sumo Robot

Advanced M.A.R.K 15+ Python

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