Screen-free floor robots and lesson packs for pre-primary and Class 1–2 rooms
TL;DR Hopgrid sells sets of small button-driven floor robots, printed mats and teacher lesson packs to preschool chains and budget private schools. Children plan routes, press arrows and watch the robot test their idea. There is no app, no camera and no child data, which keeps it clear of screen-time worries and India's rules on children's data.
Young Indian children already spend a lot of time on screens. A study of 718 under-fives in Tamil Nadu found a mean of 2.39 hours a day, with 73% above recommended limits[1]. WHO advises no screen time under two and at most an hour at ages two to four[2].
Schools are still under pressure from parents to show "coding" and "robotics" early. Most of what's sold is built for older children - one large Indian supplier designs mainly for ages 7–18[3]. So the pre-primary teacher often ends up with a tablet app, which is the very thing parents and guidelines warn about.
A Hopgrid classroom set has six robots the size of a fist, each with arrow buttons and a "go" key, plus floor mats printed with local scenes like a market, a bus route, a farm, letters and numbers. Children work in pairs. One plans the route with arrow cards, the other presses the buttons, and the robot shows whether the plan was right. Teachers get a term of 20-minute lesson cards tied to sequencing, counting, direction words and turn-taking.
In regulatory terms - Hopgrid is an electric toy and teaching aid. It has to carry the BIS mark under the Toys Quality Control Order, and it collects no personal data.
The seed pitched an AI childcare robot for personalised learning and safety. I reframed it. A robot can't supervise children safely, and personalising to a child means profiling, which India's DPDP Act bars for children through its ban on tracking and behavioural monitoring[4]. AI is used only inside the company, to draft lesson cards in more languages.
The child plays and the school pays. Buyers are preschool chains, budget private schools and franchise operators wanting a visible early-coding offer for admissions season. For comparison, the best-known UK floor robot sells from £80.39 ex VAT (about ₹10,300) per robot[5], and one Indian companion-robot maker charges US$99 a year (about ₹9,600) for its companion-robot content[6]. Hopgrid would need a class set well below that UK robot's price.
Toy rules have tightened. The Toys Quality Control Order has been compulsory since 1 January 2021, and a revised IS 9873 Part 1 runs alongside the old one until 22 March 2027, after which no new licences under the 2019 version will be granted[7]. Imported toys without BIS certification are harder to sell, which favours a locally certified product.
I found no public figure for early-years coding robots in India. The narrowest signal is demand from schools for robotics in general - that supplier claims 4,000+ schools and 1,500+ AI and robotics labs[3]. That's mostly older students, so treat it as adjacent. The companion-robot maker's 700K+ units sold shows Indian-made children's robots can reach scale[6].
A UK floor robot is the reference product for this age, with a 256-step memory and support for Key Stage 1[5]. The Mumbai companion-robot maker sells a talking companion robot with a subscription[6], the opposite design choice. The large supplier sells kits and labs, mostly for older children[3]. The gap is a BIS-certified, rupee-priced, screen-free set with lessons in Indian languages.
| Difficulty | Moderate (34/100) |
| Starting capital | ₹45–85 L |
| Time to launch | 6–9 months |
The robot is simple electronics. The work is getting toy certification right, getting a durable robot made at a price schools accept, and writing lessons teachers actually run. Selling to schools is seasonal and slow, because most budgets get decided before admissions open.
Yes, as an electric toy it needs BIS certification before you sell a single unit.
Building this outside India? The categories above usually have a local equivalent, so check with your own regulator.
AI stays inside the company and never touches the robots or the children. Anything that profiled a child would cut against the DPDP Act's ban on tracking children.
Want to work out the AI layer for Hopgrid? Talk to Yash →
Here's what can go south -
I think this is a sensible, modest business for a founder with toy manufacturing or school-sales experience. If you want a high-growth software company then do not attempt it. Prove first that teachers use the set at least twice a week for a term in five schools.
Plan for roughly ₹45–85 L over 6–9 months, covering robot tooling, BIS certification, mats and lesson packs.
Yes. Electric toys need the BIS mark under the Toys Quality Control Order, and a mains charger may need BIS registration too.
Yes, but toy safety rules differ by market, so certify to each country's standard. UK floor robots already sell in this space abroad.
The free Hopgrid validation kit has the line-by-line capital breakdown, the effort scoring, the toy-certification and data checklist, a 14-day validation sprint with pass/fail targets, a 90-day launch plan, 10 interview questions for school owners and teachers, and 5 assumptions to test. Download the kit →
Thinking about building Hopgrid or something close to it? The make-or-break work is a certified robot at a class-set price budget schools will sign for. I'm happy to help you work out whether those numbers add up. If you need a hand, you know where to find me. Talk to Yash →
For illustration only. Names are fictional and ideas hypothetical; sourced facts are real but may be out of date. Nothing here is legal, financial or professional advice, and Yash Khatri is not personally liable for any use of it. Read the full disclaimer.