Robotics
Arms, rovers, quadrupeds, and drones — the machines people actually want to make first.
Early access
Forge your robotfrom an idea.
A four- or five-person team building the missing step between an idea and a machine you can make. Describe the robot. RoboForger designs the parts, checks the physics, and hands you files — not another pretty 3D model.
Early access is open. You get in at launch, which is soon. First 50 people: a few months free. Everyone else: 90% off.
From a sentence
to a machine.
Not a render of a robot. A path from language to parts you can actually make — even if you have never opened the tools.
- 01
Idea
- 02
Requirements
- 03
Design
- 04
Assembly
- 05
Simulation
- 06
Optimization
- 07
CAD
- 08
Build
Let it fail.
Then fix it.
Image generators skip physics. If torque, mass, or runtime will not hold, RoboForger rejects the design and rebuilds it.
Simulation
0.61Nm
Required 0.82 Nm
The drivetrain will fail.
Change it with words.
The machine should move when the requirement moves. This is the product, not a screenshot of CAD.
What should change?
Choose one of these. Typing your own comes at launch.
Today
Six new skills.
Then maybe a robot.
- Idea
- Learn CAD
- Learn assemblies
- Learn robotics
- Learn simulation
- Learn manufacturing
- Three weeks later
RoboForger
Describe it.
Then build it.
- Idea
- Forge
- Test
- Build
Why this exists
Four or five of us.
Tired of the old way.
We still design robots like it is 2012. Open CAD. Learn assemblies. Then robotics. Then simulation. Then a shop drawing. Every machine, every time — even when the idea was already clear.
We got frustrated doing that ourselves. If you do not already live in those tools, you never get to the robot. Why can't someone who doesn't know the stack still make a real machine — with a click?
Not a pretty 3D model.
A thing you can build.
Parts. Physics. Files. STEP, STL, URDF, a bill of materials. Describe it, watch it fail, change it, take it to a printer or a mill.
You do not leave with a render.
Generative tools stop at a 3D model. We got tired of that. RoboForger is for people who still have to order parts, wait on torque, and stand next to the thing — including people who never learned the stack.
A brief that survives physics
Mass, payload, runtime, terrain. If the sentence cannot become a machine, the design is rejected.
A loop, not a picture
Assembly, torque, a fail, a drivetrain change, a pass. That loop is the product.
Files a shop can use
Parametric CAD, STEP, STL, URDF, and a bill of materials — so the next step is a printer or a mill, not another prompt.
Built for people who build.
And people who don't know CAD yet.
Mechanisms
Gears, actuators, mounts, and linkages when the motion is the product.
Automation
Fixtures, grippers, conveyors, and the one-off cell on the factory floor.
Get early access.
Launch is soon.
01
The first 50 — at launch
When we launch, the first fifty names get a few months free. Signing up now holds that place.
02
Everyone else on the list
90% off the later price, also at launch. Same product. You are just not in the first fifty.
03
What you actually get
A brief that becomes a design, a physics check, and files — STEP, STL, URDF, a bill of materials.
What will you forge?
Reserve a seat at launch. Email is required. What you want to build is optional.