Mini Space Rover
Build a solar-assisted rover while learning about circuits, motors and renewable energy.
Circular-economy STEM kits
Turn Tech Trash Into STEM Treasure.
ReSpark gives suitable electronic components a second life by turning them into affordable, hands-on STEM learning experiences.
- Inspected & tested components
- Recovered + selected new parts
- Kits from ₹249
Recovered solar panel · tested
Salvaged DC motors · tested
555 timer + CD4017 · new
Featured kits
Real circuits. Second-life parts.
Every kit pairs suitable recovered components with selected new ones, so students learn electronics by building something that works.
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Traffic Signal
Build a working traffic-light model and explore manual and automatic electronic control.
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Security Alarm
Build a simple alarm system using switches, LEDs and magnetic detection.
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ReSpark General Kit
A flexible electronics kit for creating and experimenting with your own projects.
Why ReSpark?
Electronics you understand, because you built it.
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Reuse
Give suitable electronic components another useful purpose.
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Learn by Building
Understand electronics through hands-on projects.
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Create
Experiment, modify and build beyond the basic instructions.
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Think Circular
Learn how products and components can stay useful for longer.
Why reuse matters
Around 40 percent: Average greenhouse-gas emission-reduction potential associated with reuse and product-life-extension measures studied
Source: European Environment Agency (EEA), 2026
ReSpark applies this circular idea to STEM education by giving suitable electronic components a second use.
This is a broader research finding about reuse and product-life extension, not a measurement of ReSpark kits.
Live estimate
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tonnes of e-waste generated worldwide so far in 2026, at about 2.28 tonnes every second
The ReSpark model
From discarded electronics to hands-on learning.
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01
Collect
Suitable discarded electronics are sourced.
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02
Inspect
Components are checked for visible damage and suitability.
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03
Test
Usable components are tested before being included.
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04
Sort
Suitable components are separated from unsuitable material.
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05
Build
Recovered components are combined with selected new components to create project kits.
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06
Learn
Students use the kits to explore electronics, circuits, motors, sensors and renewable-energy concepts.
Honest by design
Recovered where it’s suitable. New where it matters.
ReSpark combines suitable recovered components with selected new components to create affordable, safe and reliable STEM kits.
Not every component in a ReSpark kit is recycled, and every product page says exactly which parts are which. Parts that are inexpensive, safety-critical, difficult to recover reliably or unsuitable for reuse are bought new.
Read how we keep reuse safe
Build Your Kit
Start with the General Kit. Add exactly what your project needs.
Choose any quantity of seven add-ons, from dynamos and mini tyres to motion sensors and solar cells, and watch your total update as you go.
- ReSpark General Kit as the base, ₹299
- Seven add-ons, from ₹39, in any quantity
- Quantity × unit price, calculated instantly
Safety first
Reuse only works when it’s safe.
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Inspected and tested
Only suitable components are selected. Damaged or unsuitable parts are excluded.
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No salvaged battery cells
Salvaged battery cells are never included in ReSpark kits.
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Batteries not included
New AA cells may be required for operation.
ReSpark
Reuse. Rebuild. Reinnovate.