Kids type an idea. Out comes a working robot.
Describe what you want to build in plain language. We generate printable cutouts, wiring diagrams, assembly instructions, and microcontroller code, ready to frame with cardboard and basic electronics.
Free to try. No engineering degree required.
Code Generated
Ready to upload
From idea to working project in four steps
No CAD software. No coding bootcamp. Just describe, print, build.
Upload your parts
List the components you have: servos, sensors, Arduino, cardboard.
Describe your idea
Type what you want to build in plain language. No jargon needed.
Get build assets
Receive printable A4 cutouts, wiring diagrams, and microcontroller code.
Build & test
Follow the simple guide, assemble your project, upload the code, and watch it come to life.
Watch a project come together in minutes
See how a student describes a robotic arm and gets everything needed to build it: cutouts, code, wiring, and step by step guidance.
What the tool generates
Illustrative project packages from the Overhaul copilot, not case studies or proof of classroom adoption.
SampleCardboard Robotic Arm
A servo powered arm that picks up and moves small objects.
SampleSmart Recycling Sorter
Sorts items into bins using color or material sensors.
SampleMini Delivery Vehicle
A wheeled bot that follows a line to deliver objects.
Run a STEM build without being the engineering department.
Lesson prep eats the week. Per student kit costs are hard to defend. Most programmes do not have a resident electronics teacher. Overhaul turns a project brief into printable cutouts, wiring, and code so a class can build, without CAD software or a custom curriculum from scratch.
- Less prep: generate a full build package from a plain language prompt
- Cost you can explain: cardboard + standard parts, not a black box kit per child
- No in house STEM engineer required to write the firmware or wiring plan
Not self serve signup
Schools and makerspaces start with a conversation: class size, budget timing, and what you want students to build. We are not publishing a packaged “pilot program” until we can actually deliver one.
For libraries, coworking, and community centres
Partnerships are inbound and sales assisted. Licensing and kit revenue share details are worked out per space. This page is the door, not a self serve checkout.
A build night people actually show up for.
Communities compete on programming, not on owning a laser cutter. Host a session where visitors describe an idea and leave with a build they can finish on site, something you can put on the calendar that is not another talk.
- Foot traffic: a scheduled make session with a clear, finishable outcome
- Programming that is distinct from generic “STEM club” flyers
- Optional path into physical kits when the shop is live
Physical kits
Kits that match the copilot’s cutouts, wiring, and code are coming soon. We will open shop once we can ship.
Coming soonSimple, accessible pricing
Live plans: Free, Premium, and Team. Free: 7 sends per week (one send = one copilot message). Paid: a dollar balance billed at 10× AI API cost, not one credit per finished robot.
Free
Try the copilot at home. Sends, not a project pack.
- 7 sends per week, reset Monday
- One send = one copilot message, not one finished robot
- A full build (cutouts, wiring, code) usually takes several sends
- Community support
Premium
Individuals and families. Dollar balance, no weekly send cap.
- $20 added to your dollar balance each month
- Each generation deducts 10× the AI API cost
- Not priced as “one credit = one project”
- Priority email support
Team
Institutional tier for schools, makerspaces, and workshops.
$30 per student per month if each student has their own account.
- $30 dollar balance per seat each month
- Same 10× API cost billing as Premium, not a pack of N projects
- Each student who needs a login is a separate Team seat
- Classroom onboarding via sales, not a self serve admin console
Frequently asked questions
Free plans use sends: 7 copilot messages per week, reset Monday. One send is one message, not one finished robot. Cutouts, wiring, and code usually take several sends. Paid plans use a dollar balance. Each generation deducts 10× the AI API cost from that balance. We do not sell “1 credit = 1 complete build.”
Team is the institutional tier: $30 per user account per month, with a $30 dollar balance per seat. If each student has their own login, budget $30 per student per month. Project count is not a fixed pack. It depends on how much they generate.
Not at all. If you can type a sentence describing what you want, our AI handles the complex engineering parts like code, wiring, and structural cutouts.
Basic cardboard, a microcontroller (like an Arduino Uno), some standard jumper wires, and basic components like servos or sensors depending on your project.
Yes! Overhaul is designed specifically for students aged 12+ and is perfect for classroom workshops, homeschooling, and weekend STEM projects.
Yes. Along with the structural printable cutouts and wiring diagrams, Overhaul provides the exact microcontroller code needed to make your project work.
Absolutely. Trainers can use Overhaul to rapidly generate curriculum materials, step by step guides, and printable assets for their students.
Stop waiting. Start building.
Overhaul is an early Singapore STEM product. Try the free tool at home, or tell us about a school, makerspace, or community program.