Workshop
Robot Builds
Real engineering projects — tracked robots, autonomous UGVs, marine drones, and GNSS-integrated platforms built and documented from concept to deployment.
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Advancing Precision & Autonomous Robotics
The DigInto workshop focuses on the design, build, and documentation of autonomous platforms — from 3D-printed tracked robots to GNSS-guided unmanned ground and surface vehicles. Each project is built to demonstrate real-world engineering principles, documented in detail, and made accessible to hobbyists and commercial developers alike.
Led by Steve Zerafa — co-founder of DigInto and founder of PIXAM — the workshop bridges academic research and practical deployment, covering robotics, geo-robotics, GNSS integration, and autonomous navigation systems.
Builds
Workshop Projects
Each build is documented with component breakdowns, assembly guides, wiring diagrams, and field test results.
DART — Mobile Tracked Robot
Versatile tracked robot with a user-friendly undercarriage design that can be effortlessly constructed by anyone with access to a 3D printer. Includes comprehensive component explanations, wiring instructions, and a full assembly guide.
KNOX — Electric 4-Wheel UGV
Electric unmanned ground vehicle functioning as a 4-wheeled autonomous platform with manual operation and waypoint navigation using GNSS RTK systems achieving centimetre-level accuracy.
GNSS Crawler — Autonomous RTK Platform
Compact autonomous crawler powered by PPP RTK technology delivering 5 cm positioning precision. Designed for tight and confined spaces with an integrated online tool for waypoint programming.
REEF — 3D Printed Unmanned Surface Vehicle
Cost-effective 3D-printed boat drone with manual control and programmable autonomous route capabilities using Google Maps waypoints. Part 2 extends the platform to a full autonomous USV.
Follow every build. Watch every test.
Full build videos, field trials, and technical walkthroughs published on YouTube.
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