The hardware that powers hands-on learning

Walk into a well-equipped robotics lab and you won't find one magic gadget — you'll find a thoughtful mix of hardware, each chosen for a stage of learning. Here's what the core kit does and why the combination matters.

Micro:bit — the friendly first board

The BBC Micro:bit is ideal for younger students. It has built-in LEDs, buttons and sensors, so learners can make something work in minutes with block coding — no wiring required to start. It's the gentlest on-ramp to physical computing.

Arduino — the workhorse for real builds

When students are ready to wire their own circuits and control motors, Arduino takes over. It's open, affordable and endlessly expandable, which makes it the backbone of Senior projects — from line-followers to home-automation models. Working with Arduino teaches genuine electronics and text-based coding.

Drones — engagement with altitude

Programmable drones bring flight, sensors and real-time control into the room. Beyond the obvious excitement, they teach students about stability, coordinates and autonomous behaviour, and they're a powerful hook for reluctant learners.

Why the mix beats any single kit

• Progression. Micro:bit to Arduino mirrors the journey from block coding to real electronics.
• Range. Different projects need different tools; one board can't do it all well.
• Repairability. Modular, standard parts mean a broken component is a quick swap, not a lost lesson.

How schools get it right

The trap is buying hardware first and figuring out lessons later. Esdar supplies kits matched to a grade-wise curriculum, so every board that arrives already has a place in the learning journey — and the projects to put it to use from day one.