In the opening article in our series on what LEGO does beyond selling bricks, we argued that the LEGO ecosystem is much broader than the retail shelves most people see. This is the first full installment in that series, and we are starting with education.

LEGO Education is a useful place to begin because it immediately shows why precision matters. It is not the LEGO Foundation, it is not FIRST, and it is not simply a consumer product line with classroom packaging. It is part of the LEGO Group, and its current model combines physical building materials with software, lesson structures, teacher resources and professional learning.

LEGO Education is part of the LEGO Group

LEGO Education describes itself as part of the LEGO Group and says it has worked alongside educators for more than 45 years. That distinction matters. The LEGO Foundation is a separate entity with its own governance, funding model and programs; we will cover it separately later in this series.

For this article, the key point is simpler: LEGO Education is the education-focused activity of the LEGO Group. It develops solutions for schools, teachers and learning environments rather than operating as a grant-making charity.

More than four decades in classrooms

The products have changed dramatically over time, but the basic proposition has remained recognizable: students should not only read or listen, but build, test, revise and discuss ideas together.

For many years, LEGO Education became especially associated with robotics and coding through systems such as MINDSTORMS, WeDo and later SPIKE. That history is important, but in 2026 it is no longer enough to describe the business. The current portfolio is increasingly organized around subject areas such as science, computer science and AI, alongside broader STEAM learning.

A school is not just buying a box of bricks

The most useful way to understand LEGO Education is to look at what a school is actually purchasing. The offer is not only a collection of bricks, motors or sensors. It can include a complete classroom solution: hardware, software, lesson sequences, student activities, teacher guidance and professional learning.

LEGO Education Computer Science & AI is a clear example. Its grade-banded solutions are designed for small-group classroom use and combine physical builds, programmable components and coding activities. LEGO Education also supplies teacher-facing materials, implementation support and 30 lessons per level.

That makes the model closer to an instructional system than to an ordinary LEGO set. A school is buying a structured way to deliver a subject, not merely a construction kit that a teacher must turn into a curriculum from scratch.

What does a lesson look like in practice?

Current LEGO Education products are designed for use during regular classroom instruction, not only in after-school robotics clubs. Computer Science & AI lessons move students through concepts such as events, loops, variables, conditionals, data and AI while they build, program and test physical models in small groups.

LEGO Education Science follows the same broader logic of hands-on instruction. The company says the solution was developed over three years and tested at different stages with more than 3,000 students across more than 100 classrooms. LEGO Education also says its lessons were designed to fit typical classroom periods, often around 30 to 45 minutes.

Those figures are useful, but they need to be read carefully. They are company-reported development and testing figures. They do not, by themselves, prove that a particular LEGO Education product improves student outcomes.

From robotics toward science, computer science and AI

The direction of the portfolio is changing. Robotics remains a major part of LEGO Education’s history, but the organization now presents its work through broader curriculum areas, including science, computer science and AI, and STEAM.

This matters because the phrase “LEGO in education” can still make people think primarily of a programmable robot. The current model is wider: LEGO Education is positioning its products as classroom tools for core subject learning as well as coding and engineering.

SPIKE is being retired, but not switched off overnight

2026 is an especially useful moment to examine LEGO Education because one generation of products is ending while another is taking its place. LEGO Education ended direct sales of SPIKE Prime, SPIKE Essential and related products on June 30, 2026.

That does not mean existing hardware suddenly became unusable. LEGO Education says it will support the SPIKE App until June 30, 2031, with bug fixes and operating-system compatibility during that support period. The current SPIKE curriculum is also expected to remain available through the same date, while resellers may continue selling remaining stock.

The distinction between a product retirement and the end of an ecosystem is important for schools, because educational hardware is often purchased with the expectation that it will remain useful for years.

FIRST LEGO League is a separate organization and a separate story

LEGO Education’s long partnership with FIRST is one of the clearest examples of how its reach has extended beyond classroom products. FIRST is an independent nonprofit, and FIRST LEGO League was built through a partnership between FIRST and LEGO Education.

That partnership is now ending. FIRST announced in March 2026 that LEGO Education would not renew the agreement, making the 2026–2027 BIOGLOW season the final season of FIRST LEGO League.

We have already covered the transition in detail in our guide to the end of FIRST LEGO League, the launch of LEGO League and the future of SPIKE, so we will not repeat the full timeline here. For this article, the important point is organizational: LEGO Education and FIRST are distinct entities, and the program depended on a partnership between them.

Who is LEGO Education for?

The primary customer is not a parent buying a birthday present. It is a school, teacher, district or other educational organization. Products are designed around group use, and the US market illustrates the model clearly: current Computer Science & AI solutions are available as small-group kits as well as classroom packs.

That also changes the buying process. Schools may purchase through regional channels, authorized resellers or larger institutional arrangements, and pricing and availability can vary significantly by market.

What do schools pay for?

In the United States, current Computer Science & AI pricing shows that LEGO Education operates in an institutional education market rather than the normal toy aisle. Individual solutions currently range from $339.95 for the youngest grade band to $529.95 for grades 6–8, while classroom packs range from $2,249 to $3,499.

These are US prices and should not be treated as universal. Regional pricing, tax treatment, procurement systems and reseller arrangements all affect what a school actually pays. For an international audience, the more important point is the business model: LEGO Education sells complete classroom solutions at institutional rather than consumer scale.

Does hands-on learning actually work?

This is where careful sourcing matters most. There is a substantial body of educational research around hands-on learning, constructionism, collaboration and problem-based learning. But evidence that a broad teaching approach can be effective is not automatically evidence that one specific LEGO Education product causes better outcomes.

LEGO Education publishes classroom testing figures, pedagogical materials and alignment information for its own solutions. Those sources are valuable for understanding product design and intended use, but claims about educational effectiveness should distinguish between company statements, research conducted with company involvement and independent academic evidence.

That distinction will remain a rule throughout this series. “Tested with 3,000 students” is not the same claim as “improved outcomes for 3,000 students.”

Why does the LEGO Group operate in education?

LEGO Education demonstrates why our broader series needs to separate charitable work, partnerships and commercial activity. In this case, the LEGO Group is still operating a business, but the product is much broader than a retail set.

The company uses the core idea of learning through building to create a system for classroom instruction that combines physical materials, electronics, software, curriculum and teacher support. That gives the LEGO Group a role in an education market with different buyers, budgets, procurement cycles and measures of value from its consumer toy business.

LEGO Education is a system, not a single product line

The key takeaway from the first full article in this series is that LEGO Education is neither a charity nor another name for the LEGO Foundation, and it is no longer well described as simply “LEGO robotics for schools.”

It is part of the LEGO Group and develops education solutions that combine physical building, digital tools, curriculum materials and teacher support. In 2026, it is also in the middle of a clear transition: SPIKE has left direct sale, while Science and Computer Science & AI are becoming central to the next generation of the portfolio.

In later installments, we will look at the history of LEGO’s education systems as well as other parts of the wider ecosystem. One of the most important will be the LEGO Foundation, which is frequently confused with the LEGO Group even though its structure, funding and role are fundamentally different.