A full block-coding studio, a real robot simulator and an AI tutor — running in any browser. Students learn genuine robotics and programming whether their school has a robotics lab or nothing at all. When they're ready, the same code drives a real robot.
A student's access to robotics shouldn't depend on their school's budget, their city, or the language they speak at home. So we removed all three barriers.
The block editor, the simulator and the full learning path cost nothing. A student needs a browser — not a budget.
The built-in robot simulator means a school with zero equipment can teach a complete robotics curriculum from day one.
Every block, hint, story and error message exists in English and বাংলা. World-class shouldn't have to mean foreign.
Everything a student needs to get from their first block to a robot that drives itself — and everything a teacher needs to run it as a course.
Not an animation — a physics-driven virtual robot with working ultrasonic, light, motion and dual line-following sensors. Students watch their code drive a machine, debug it when it crashes, and understand why before they ever touch hardware.
98+ blocks for motion, sensors, loops, conditionals, variables, math, named lists and functions. Drag, drop, run — and read the logic you just wrote.
No USB cables, no drivers, no installs. Pair with a Roboholics robot over WiFi and the same blocks run on real hardware, instantly.
It reads the student's blocks and the mission they're stuck on, then gives a hint — never the answer. Teachers see exactly how much help was used.
Not a half-translated menu — every block, hint, story and error message is written in বাংলা too. Switch language mid-lesson without losing work.
As the program runs, the console prints every step with its timestamp — each move, turn and sensor reading, line by line. Students literally watch their code execute against the robot's behaviour, so the link between a block and what the machine does stops being a mystery.
Create courses, assign missions, inspect every student's actual block arrangement, grade against an answer key, monitor AI usage and publish results — all from one dashboard. Students join with a school code.
Four steps. No installs, no lab, no prior robotics background required — for the student or the teacher.
Seconds to start. No credit card, no download. It runs in the browser a student already has.
Drag blocks to write real logic — loops, conditions, variables, functions — with no syntax errors in the way.
Test on the virtual robot. Fail safely, find the bug, retry — as many times as understanding takes.
Connect over WiFi and the very same program moves real wheels and reads real sensors.
Ten story worlds where every coding concept is the gameplay. Students don't read about loops — they use a repeat block to run prisoners out of Echo Canyon. They don't memorise conditionals — they feel their way through a pitch-black vault on an ultrasonic sensor. Nine robot buddies are caged. Only working code frees them.
“I have scrambled the code of every robot in the land. Your little clan means nothing — my gates will scramble you all!”
Learn programming by playing. No typing, no syntax errors, no way to get permanently stuck.
Run a structured robotics course with no lab, no setup and no prior robotics background.
Give your child a genuine head start in STEM — safe, structured and free to start.
Every student gets the platform free. Your school adds the teacher layer: courses, assignments, code review, grading, analytics and AI quotas. We'll help you run the first class.
We can't democratize STEM education behind a paywall, so the core platform stays free for every student. Learners who want to master all of it can unlock full access for just $10 a year.
No. The built-in simulator has a fully working virtual robot — ultrasonic, light, motion and line sensors all behave like the real thing. A student can learn the entire curriculum without any hardware. The physical robot is what makes it magic, not what makes it possible.
Yes — the platform is free for every student, permanently. We fund it through school licences for the teacher layer and through robot kit sales. If you want the full version or a school deployment, get in touch and we'll quote for your situation.
Designed for ages 7 and up. Younger children follow the guided story worlds with a little help. Older students (12+) move into sensors, variables, named lists, functions and debugging — the same concepts they'd meet in Python or JavaScript.
It reads the student's current blocks and the mission they're attempting, then offers a hint or an explanation — never a finished answer. Teachers can see how often each student asked for help, so AI use becomes a teaching signal instead of a loophole.
Yes. On submission a teacher sees the full block arrangement, the auto-generated score, AI and hint usage, and time spent. They can adjust the score against an answer key and publish results to the class.
Yes. Roboholics is a Progressive Web App — installable on any phone or tablet, and it keeps working offline. The block editor is touch-optimised with pinch-to-zoom and a mobile toolbox.
Yes, and it's complete — every block, hint, story, world and error message is translated, not just the menus. Students can switch between English and বাংলা mid-lesson without losing their work.
It takes thirty seconds to sign up, and nothing to keep going. Open the studio and write your first robot program today.
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