SPIKE is retiring June 30, 2026 and LEGO has announced an AI-focused successor. Here's everything a parent needs to know about the transition.
If you've been following the LEGO Education space, you already know: SPIKE Education is retiring on June 30, 2026. Schools are transitioning. Parents of children in robotics programmes are asking what comes next.
This guide cuts through the marketing noise and answers the question that matters: what should your child actually be using?
SPIKE Prime and SPIKE Essential were LEGO Education's classroom robotics platforms — colour-coded sensors, a Python/Scratch-based IDE, and curriculum materials designed for structured STEM learning.
For ages 7–10, SPIKE was the dominant platform in school robotics programmes. Competition circuits ran through it.
When it retires, those ecosystems don't disappear overnight — but the official support, software updates, and school procurement pipelines do.
LEGO Education announced an AI-focused successor kit at CES 2026, with a phased rollout beginning August 2026. Official details remain sparse — the product name, full spec sheet, and consumer pricing haven't been publicly confirmed yet. In the interim, parents are working with:
LEGO Mindstorms (EV3) — still available secondhand. Python and Scratch-compatible. More powerful than SPIKE but older hardware. Good for ages 10+, not ideal for 7–9.
LEGO Technic + third-party control hubs — pairing Technic sets with micro:bit or Arduino opens more depth, but requires more parental scaffolding.
Scratch + physical builds — decoupling the coding from the hardware often produces more impressive, independent work.
Note on timing: If your child is currently in a school SPIKE programme, check the school's transition timeline — most are planning migrations for the 2026/2027 academic year. For home use, the window for new SPIKE purchases is closing fast (retirement date: June 30, 2026).
For ages 7–10 with a competition or enrichment goal, invest in the coding fundamentals over the specific platform. What selectors care about is evidence of computational thinking, not which brick system was used.
A child who can explain why their bridge design distributes load differently, and who built and iterated that design themselves, outperforms a child who completed a SPIKE curriculum kit.
"The portfolio that wins isn't the one with the most expensive kit. It's the one that shows a child thinking."
For a full breakdown of what we know about the incoming AI-focused replacement kit, see the section above.