ROSCO M68K — Ready Unit
Assembled, tested, flashed. Plug it in, run code, and start exploring the Motorola 68010 world.
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WHY WE DO THIS
Modern systems hide everything behind layers of abstraction. We offer educational computers as open DIY kits — with no black boxes: real processors, buses, memory, and interfaces you can measure, break, fix, and understand.
[ CPU ] -> [ RAM ] -> [ ROM ] | |[UART] [Storage]CPU
CISC/8-bit cores, real buses
IO
UART, GPIO, timers
STORAGE
SD, flash, ROM
DEBUG
Flashing + console
From 68010 and 6502 kits to automotive electronics—open, hackable, repairable, and meant to be learned from.

WHAT MAKES US DIFFERENT
Everything runs on actual 68010, 6502, and other chips — no emulators, no hidden magic.
Schematics, firmware, board layout — everything is open. You can inspect and modify any part.
This isn’t museum retro. It’s a tool that teaches you to think like an engineer and work with systems directly.
Modular, understandable blocks. Any component can be replaced, resoldered, or modified.
Live outputs
Snapshots from the serial console and the memory test utility running on the board.

Boot and diagnostic messages streaming over serial during bring-up.

Memory verification tool in action checking ROM and RAM integrity.
Assembled, tested, flashed. Plug it in, run code, and start exploring the Motorola 68010 world.
Full DIY kit with all parts. Solder, flash, and learn every subsystem yourself.
Educational single-board computer inspired by classic 6502 machines. Perfect for low-level programming.
Automotive wideband lambda controller. A new category for those who tune their cars.
Platforms
Pick the core you want to master and stay on the same approachable board layout.




WHO IS IT FOR
If you like understanding how things work and want to see a computer without all the black-box magic — this is for you.
Useful for anyone working with software, systems, or electronics who wants a deeper understanding of CPUs, memory, and how components interact.
Great for students and anyone studying the fundamentals of computing — from signals and instructions to system behavior.
Hands-on learning
From components to a working board. Solder, wire, and power up.
Write bootloaders and drivers. Talk to memory, UART, and GPIO.
Interrupts, buses, addressing, timing — real computing without abstractions.
ROADMAP
Ready units and DIY kits.
An educational 8-bit platform.
First hardware tool beyond the retro sphere.
Instructions, videos, and practical examples.
Planning support for 8086, Z80, and new boards.