Latest / The Operations Podcast with Fexingo: Process, People, and Profit in Modern Business / How LEGO Rebuilt Its Supply Chain After Nearly Collapsing
Transcript
- Lucas: So in 2003, LEGO was on the verge of bankruptcy. The company was losing about $400 million a year, and if you looked inside their operations, the root cause was pretty clear — a supply chain that had spiraled completely out of control. Luna: I remember reading that they had something like 13,000 different LEGO parts in production at the time. That's a staggering number when you think about it. Lucas: Right, 13,000 unique elements — bricks, wheels, mini-figure accessories, specialty pieces. And each one of those required its own mold, its own inventory planning, its own forecasting. The complexity was eating them alive. Luna: And the worst part was, a lot of those parts were only used in a single set. So you'd have a mold that cost hundreds of thousands of dollars to produce, making a piece that might only appear in one product. Lucas: Exactly. LEGO had grown by chasing every new idea. They launched themed lines like Galidor and Jack Stone that flopped, but the supply chain was still producing parts for them months after demand collapsed. Warehouses filled up with unsold inventory, and meanwhile the company was borrowing money just to keep the lights on. Luna: So how did they pull out of it? I know they brought in a new CEO, Jørgen Vig Knudstorp, but the operational changes had to be massive. Lucas: They were. Knudstorp came in and basically said, 'We need to fix the supply chain before we fix anything else.' The first big move was part reduction. LEGO cut its active part count from 13,000 down to about 6,500 over a few years. That alone simplified forecasting, manufacturing, and warehousing enormously. Luna: But you can't just tell designers to stop being creative. How did they enforce that without killing innovation? Lucas: That's the interesting part. They didn't ban new parts — they just made designers pay for them. Literally. LEGO introduced an internal cost model where every new part had to be justified against its expected sales volume. If a designer wanted to create a unique mold, it came with a price tag that hit their project's budget. Luna: So it forced them to reuse existing pieces more creatively. That's actually a brilliant operations insight — align incentives with the cost structure. Lucas: Exactly. And it worked. Designers started finding ways to use the same brick in five different sets instead of demanding a custom one. The classic 2x4 brick, for instance, appears in hundreds of sets — and that's by design now. Luna: What about the distribution side? I recall they had warehouses all over the world, and inventory was a mess. Lucas: It was chaos. LEGO had regional distribution centers in Denmark, the US, Japan, and elsewhere, each operating independently with its own inventory buffers. Forecasting was based on local sales reps' gut feelings, and they'd order months in advance. So you'd have warehouses in Europe stuffed with unsold Pirate sets while the US was out of stock. Luna: That sounds like a recipe for both excess inventory and lost sales at the same time. Lucas: It was. So LEGO consolidated everything into one global distribution center in Kladno, Czech Republic. It opened in 2008, and it's the size of about 20 football fields. Every single LEGO set sold worldwide — except in China — passes through that one facility. Luna: Wait, so a set sold in New York goes through the Czech Republic? That seems like a long shipping route. Lucas: It does, but the economics actually work. Having one highly automated hub let them reduce total inventory by about 30 percent, because they weren't holding safety stock in twelve different locations. And they could respond faster to demand shifts — if the Ninjago line suddenly spiked in popularity, they could adjust production and ship from one place instead of coordinating across a dozen. Luna: And the automation must have helped with labor costs too. I've seen videos of those giant sorting machines — they're incredible. Lucas: Giant is right. The Kladno facility uses miles of conveyor belts and robotic sorters that can process up to 900,000 boxes a day. Each box gets a unique barcode, scanned and routed automatically to the right pallet for its destination. Human hands only touch the product when it's packed into shipping containers. Luna: So what about the planning side? Because even with fewer parts and a central hub, you still need accurate demand forecasts to avoid making too many of the wrong sets. Lucas: That's where the third big change came in. LEGO shifted from a push-based system — where they'd produce based on sales rep forecasts — to a pull-based model driven by actual retail sell-through data. They started getting daily point of sale data from major retailers like Walmart and Target. Luna: So they could see in near real time what was actually selling at the register, not just what they shipped to the store. Lucas: Right. That let them adjust production plans within weeks instead of months. If a set was flying off shelves, they'd ramp up production immediately. If it was sitting, they'd slow down. That alone cut their inventory days on hand from about 120 days down to around 60. Luna: And that directly improved their cash flow. I'd imagine having half as much money tied up in unsold inventory was a huge relief for a company that had been borrowing. Lucas: Huge. By 2005, LEGO was profitable again. By 2010, they were the most profitable toy company in the world, with margins that rivaled Apple's. And it all traces back to those operational fixes — part reduction, global consolidation, and demand-driven planning. Luna: It's a great example of how operations isn't just about efficiency — it's about survival. Without fixing the supply chain, no amount of cool product design could have saved them. Lucas: And that's a lesson any company can apply. If you're feeling like your own operations are getting tangled, the LEGO story shows that starting with complexity reduction — fewer parts, fewer locations, fewer forecasts — can unlock huge gains. Luna: Speaking of lessons — if today's episode was useful to you, those of you who value these deep dives might want to know that the way we keep this show ad-free is through listener support. It's a small way to say these conversations matter. Lucas: Yeah, exactly. If you've gotten something out of the show — maybe it helped you think differently about a problem at work — you can find us at buy me a coffee dot com slash fexingo. No pressure, just a way to keep the podcast going without commercial interruptions. Luna: And we genuinely appreciate every bit of support. It lets us keep digging into cases like this one. Lucas: So back to LEGO — one more detail I love. After the turnaround, LEGO actually started publishing its service level metric publicly. They aimed for 98 percent fill rate on orders, and they hit it consistently. That level of transparency with retailers built enormous trust. Luna: And it's a virtuous cycle: good operations build trust, trust leads to better shelf placement, better shelf placement drives sales, and sales data feeds back into even better operations. Lucas: Exactly. LEGO's story is proof that operations can be a competitive advantage, not just a cost center. And it all started with admitting the supply chain was broken and being willing to rebuild it brick by brick.