Prototype hardware, end-to-end, with an AI co-pilot.
ProtoMake takes you from a blank canvas to a buildable prototype — design the circuit, model the frame, simulate it in flight, and assemble in 3D. Drones, jets, rockets, and beyond.
Step 1
Circuit
Step 2
CAD
Step 3
Simulate
Step 4
Assemble
How it works
Four guided steps. One continuous model.
Every step shares the same source of truth — change a motor in step one and the frame, simulation, and BOM update everywhere else.
01
Design the circuit
Drop in microcontrollers, ESCs, sensors, and power. The AI co-pilot wires it up, flags incompatibilities, and suggests parts that fit your spec.
02
Model the frame in CAD
Generate a parametric airframe or chassis from your payload, motors, and mission profile. Iterate by chatting, not by clicking through menus.
03
Simulate & validate
Run flight, thermal, and structural simulations on the same model. See where it bends, stalls, or browns out before you cut metal.
04
Assemble in 3D
A guided 3D walk-through tells you what to print, what to buy, and where every bolt and wire goes. Ship a real prototype.
Who it’s for
Built for anyone with a hardware idea.
Hardware engineers
Skip the tab-juggling between EDA, CAD, and CFD. Move at software speed without losing rigor.
Students & researchers
Go from a paper sketch to a working prototype without three semesters of toolchain.
Makers & hobbyists
Build the drone, rover, or rocket in your head — even if you’ve never opened SolidWorks.
Hardware founders
De-risk the first six months. Validate physics, thermals, and BOM before you raise.
Be first to build.
Join the early-access list. We’ll send a single email when the private beta opens — no newsletter, no spam.
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