Most schools we speak to would love a robotics lab in every grade. Almost none can afford to build one in a single term. The good news is that you do not need to — the schools that end up with the strongest programs are usually the ones that started small on purpose.
Here is how we suggest doing it without overspending, or ending up with a cupboard of kits nobody uses.
Start with the room, not the kit
Before comparing prices, answer three practical questions:
- Who will teach it? A kit only pays for itself if a teacher is confident enough to run the session. Budget for training alongside hardware.
- Where will it live? You need a table space, somewhere to store half-built projects between periods, and a shelf that can be locked.
- When will it run? A weekly 60- or 90-minute slot is far more useful than an occasional afternoon event.
Share kits in teams
The single biggest saving is also the most educational: do not buy one kit per student. Robotics is naturally a team activity. Teams of three work well — one person handles wiring, one handles the build, one keeps the guide — and roles rotate each session.
A class of 30 becomes 10 kits, not 30. It cuts the hardware bill by roughly two thirds, uses less bench space, and tends to produce better conversations because students explain their thinking to each other.
A phased rollout
You do not need to equip every grade at once. Our five stages are designed as a ladder, which suits a rollout in three phases:
Foundations: Stages 1 and 2
Switch-controlled robot cars need no microcontroller and no coding. They are the lowest-cost entry point and suit the widest range of ages, so they are the safest place to begin while teachers find their feet.
Programming: Stages 3 and 4
Once teachers are comfortable, add Raspberry Pi Pico kits — Bluetooth control and line-following. Students who started with Stage 1 arrive already understanding motors and wiring.
Autonomy: Stage 5 and beyond
The obstacle-avoiding robot suits your strongest students and any robotics club. By now you know which grades and teachers are thriving, so you spend money where it is already working.
What it costs: an example
To make it concrete, here is a class of 30 in teams of three (10 kits), using the current list prices of our kits. School volume pricing is quoted separately, so treat these as an upper bound.
| Phase | Kit | List price | 10 kits |
|---|---|---|---|
| 1 | Stage 1: Remote-Control Robot Car | ₹2,199 | ₹21,990 |
| 1 | Stage 2: Remote-Control Robotic Arm Car | ₹2,799 | ₹27,990 |
| 2 | Stage 3: Bluetooth-Controlled Robot | ₹4,999 | ₹49,990 |
| 2 | Stage 4: Line-Following Robot | ₹4,499 | ₹44,990 |
| 3 | Stage 5: Obstacle-Avoiding Robot | ₹5,499 | ₹54,990 |
Phase 1 alone — enough for a full class to start — is under ₹50,000 at list price for ten kits of each. Spread over three years, the whole five-stage ladder for one class comes to just under ₹2 lakh at list price, before any volume discount.
One set of class kits does not have to serve one class. If your timetable allows, rotate a single set through several sections across the week. Plan a few minutes at the end of each session for re-kitting so nothing goes missing.
Where budgets quietly leak
- Consumables. Batteries, spare wire and the occasional replacement motor. Set aside a small amount each term.
- Missing parts. Count every kit in and out. Small parts vanish quickly in a busy lab.
- Untrained teachers. A kit nobody feels able to teach is the most expensive kit you own.
- Buying too many, too soon. Ordering the full set in year one usually means part of it sits idle.
A checklist before you order
- Choose one grade and one teacher to pilot with.
- Decide the timetable slot and the storage space.
- Work out kit numbers using teams of three.
- Book training before, not after, the kits arrive.
- Ask for volume pricing and a payment plan — it is a normal request, and we are happy to build one.
Small and steady beats big and unused. A single well-run class this year is worth more than a fully equipped lab that nobody has time to teach in.
