Swerve Drive Education Kit
In developmentA hands-on kit for teaching modern drivetrain design. Students dig into kinematics, motor control, and the electronics behind a real swerve module. No black boxes here.
Robotics education
We learned engineering by building robots. Now we're building the kind of education that teaches robotics the way it actually works today.
A lot of engineering classrooms have run on the same materials for 10 to 15 years. The kits haven't changed. Neither has the curriculum around them.
Meanwhile, real robotics has moved way ahead. Field-oriented motor control, custom electronics, computer vision, modern embedded development: it's everywhere in industry and almost nowhere in the classroom.
Students deserve to learn the technologies they'll actually use. We know we can do better.
A modern robotics curriculum built on real engineering. These are the same skills we used to build everything in our portfolio.
Robotics kits and curriculum, plus the ongoing partnership to keep both current with where the industry actually is.
A hands-on kit for teaching modern drivetrain design. Students dig into kinematics, motor control, and the electronics behind a real swerve module. No black boxes here.
Lesson content built around current robotics engineering: CAD, PCB design, embedded programming, and computer vision. It's meant to replace the decade-old materials still floating around classrooms.
Built into the contract
Robotics moves quick. Five years ago, shops ran on hardware the industry has already retired. The gap between what's running on factory floors and what's sitting in school labs is wider still. So a school contract with us isn't a one-time sale. It's an ongoing relationship.
Standards shift; we keep up. As modern robotics and industry practice evolve, we rewrite the curriculum to match, then ship the updated kit: new components, new electronics, new lesson materials. Every school under contract gets it the moment it's ready. You stay current. We do the chasing.
Engineering programs that want a curriculum reflecting how robots actually get built today. The kits come apart, so students can really understand them.
Competitive teams who want their members to really get drivetrain design, electronics, and controls. We push past the off-the-shelf parts.
Students and hobbyists who want to learn by building and testing real hardware. Stuff that mirrors how the pros actually work.
Our kits and curriculum are still in the works. Reach out and we'll let you know the moment they're ready. And if you just want to talk curriculum in the meantime, we're up for that too.