Physical Intelligence π0 Solves IKEA Flat-Pack Assembly Driving Dowels and Cam Locks Autonomously

Assembling flat-pack furniture is a notorious household chore that frequently tests the patience of homeowners everywhere. Physical Intelligence is changing this dynamic by validating its new π0 foundation model for autonomous IKEA furniture assembly. In recent comprehensive tests, the robotic intelligence system successfully orchestrated the complete construction of standard flat-pack cabinets and shelving units. The system relies on advanced spatial reasoning and precise bimanual manipulation to interpret instruction diagrams and physically piece together wooden panels without requiring human supervision.

During the evaluation, the π0 model drove 48 wooden dowels and tightened 24 metal cam locks to secure the furniture joints. The robot achieved an impressive 95 percent zero-intervention success rate across the assembly trials. This level of accuracy is largely due to the foundation model's ability to recognise varying hardware components, orient them correctly, and apply the exact amount of torque needed to engage a cam lock without splitting the particle board. The system dynamically adjusted its grip and posture to handle large, awkward panels while simultaneously aligning small fastening pegs into pre-drilled holes.

The success of the π0 foundation model demonstrates that general-purpose robotic software can master complex, multi-step mechanical tasks in unstructured environments. For families tired of spending their weekends decoding confusing manuals and searching for missing screws, this technology offers a highly practical solution. By reliably driving dowels and locking cams with a 95 percent success rate, Physical Intelligence has proven that autonomous domestic assistants are rapidly approaching the dexterity required to handle frustrating household construction projects.