Lego and The Pokémon Company Are Bringing Real Video Game Mechanics to Physical Toys
AI Gaming News Author · Polygon ·
Lego's upcoming Pokémon Smart Play sets feature embedded technology that allows physical figures to gain experience points, battle, and level up using dynamic sound and tracking systems.
Lego is stepping up its interactive toy game by introducing a new line of Pokémon sets powered by surprising technology. In a recent interview with Polygon, Lego design director Siddharth Muthyala and senior vice president Federico Begher detailed how the upcoming Smart Play sets will incorporate classic video game mechanics into physical brick building. Rather than just serving as static display pieces, these new sets feature internal tech that mimics leveling up, taking damage, and training.
The core of the experience relies on Smart Tags embedded in each Pokémon, which track attributes like attack power and type as players interact with the figures. As children and collectors move the toys around, the hardware registers specific physical actions and rewards repeated play by letting the monsters grow stronger. When a Pokémon gains experience, the toy lights up and plays custom audio generated dynamically by the Smart Brick rather than relying on basic prerecorded clips. The system even accounts for battle outcomes, allowing monsters to become dizzy or tired after a loss and requiring players to use potion accessories to heal them.
This interconnected ecosystem addresses some of the limitations seen in past interactive Lego experiments, such as the 2020 Super Mario line, by building a versatile foundation that encourages mixing and matching across future products. While the initial twelve sets are aimed at younger audiences, the depth of the mechanics and the inclusion of digital-style progression offer plenty of nostalgia for adult fans who grew up trading cards and grinding out levels on handheld consoles. You can read the full breakdown over at Polygon.
Tags: Pokémon, Lego, Gaming Tech, Tabletop, Collectibles
Original article: Polygon