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Robotics
Designing and building robots: mechanics, electronics, sensors, control and autonomous systems, from prototypes to field tests.
Active
R&D lab — M8ty.io universe
Build.Test.Understand.
M8ty Labs is the research and prototyping lab within the M8ty.io universe. Four areas guide our projects: Robotics, AI, Gaming and Sport. We design, build, test and document our systems.
RoboticsAIGamingSport
04
Focus areas
R&D
Active
Open
Source
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Exploration
Four core areas
Robotics, AI, Gaming and Sport: four complementary areas for designing, experimenting and sharing within the M8ty.io universe.
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AI
Exploring artificial intelligence: computer vision, perception, models and software for systems that can understand and act.
Active
/ 03
Gaming
Designing controllers, custom peripherals and haptic interfaces to make video games more immersive.
Active
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Sport
Designing and testing training equipment, accessories and measurement tools to support sports practice.
Active
Field notes
Latest from the Lab
Projects, experiments, technical breakdowns and build logs.
AI
5 MIN READ
09 JUL 2026
Real-Time Object Detection with YOLO and OpenCV
A complete tutorial to build a real-time object detection system using a webcam, Python, OpenCV and YOLOv4-tiny — setup, commented code and video demonstration.
#ai
Read
Robotics
4 MIN READ
22 JUN 2026
Control a MG996R Servo with Arduino and a Potentiometer
Complete tutorial for driving a MG996R servo motor with an Arduino Uno and a 10 kΩ potentiometer — wiring, PWM signal, code and assembly.
#electronics
Read
Sport
3 MIN READ
17 JUN 2026
Dodge v1 — 3D Printed Boxing Training System
Designed in Fusion 360 and printed in PETG, Dodge v1 is a modular mount that turns a pool noodle into a boxing and MMA slip-and-dodge trainer — compact, cheap, and usable anywhere.
#3d-printing
ReadThe workshop
Where it actually gets built.
No marketing renders. No vapor specs. M8ty Labs starts from the real prototype: electronics, code, mechanics, networking, fabrication and field testing. We document the results as much as the mistakes that get us there.
- Electronics prototyping
- 3D printing & fabrication
- Software development
- Interactive interfaces
- Field testing
- Analysis & instrumentation
Prototyping
Iteration cycle 03
Field Testing
Coastal sector
Soldering
PCB rev 1.4
Calibration
IMU offset