TL;DR
Figure AI trained its retired F.02 humanoid robots to autonomously jump into a 75-tonne electric arc furnace in Finland, destroying the fleet to protect proprietary hardware while generating a viral Terminator 2 homage.
What happened
- Figure decommissioned its entire F.02 fleet by melting the robots in a steel furnace at a foundry in Imatra, Finland, after transitioning to the newer F.03 generation.
- Arnold Schwarzenegger suggested the method after Figure CEO Brett Adcock posted online asking for retirement ideas; Schwarzenegger appeared on-site in protective gear, recreating the T-800's iconic exit from Terminator 2.
- Robots were trained to jump autonomously into the furnace using stunt-performer motion references, AI simulation training, and airbag practice runs at Figure's San Jose campus before ever seeing the Finnish site.
- The 75-tonne electric arc furnace runs on three graphite electrodes; Figure had 24 hours, six melt cycles, and roughly 20 minutes per cycle before the steel crusted over.
- F.02 had a real industrial record: during an 11-month BMW deployment at Plant Spartanburg, the robots loaded more than 90,000 parts across 1,250-plus operating hours, contributing to production of more than 30,000 vehicles.
Why it matters
- Proprietary hardware destruction is a strategic choice: foundry melting eliminates reverse-engineering risk from custom actuators and components, a concern that will grow as humanoid robots embed more competitive IP.
- US and Mexico foundries refused to accept lithium-ion-battery-laden robots, forcing Figure to Finland, highlighting a gap in domestic decommissioning infrastructure as robot fleets scale.
- AI policies kept running through intense heat and electromagnetic fields that caused camera and other electronics to fail, a quiet proof-of-robustness data point for Figure's Helix AI system.
- The marketing value is real: the Terminator 2 parallel, Schwarzenegger's cameo, and footage of a robot doing a somersault into molten steel generated global coverage that no ad budget easily replicates.
- Fleet lifecycle management is now a live industry problem: with F.03 deployed at BMW and F.04 in development, every humanoid robotics company will face the same question of how to retire previous generations safely and securely.
What to watch next
- F.03 performance at BMW Plant Spartanburg will be the benchmark: whether it surpasses F.02's 90,000-part, 1,250-hour record signals how fast Figure's hardware is actually improving generation over generation.
- Competitor decommissioning practices: as Boston Dynamics, Agility Robotics, and others cycle through hardware generations, watch whether IP-destruction protocols become a standard disclosure or a differentiator.
- Domestic foundry policy: if US facilities remain unwilling to process battery-equipped robots, it creates a logistics and security vulnerability that regulators or the Defense Department may eventually address.
Originally published on Present of AI, a daily source-linked AI news timeline. Read the full timeline or browse the open dataset.