Figure AI decommissioned its F.02 humanoid fleet in a Terminator-style event in Finland, using molten steel to destroy proprietary hardware and showcase AI.

In a scene that blurred the line between cinematic science fiction and industrial reality, the American robotics startup Figure has decommissioned its F.02 humanoid fleet by plunging them into molten steel. The operation, which took place at a foundry in Imatra, Finland, served as both a high-stakes technical demonstration and a strategic move to safeguard the company's intellectual property.

Founded in 2022, Figure has rapidly ascended the ranks of the AI and robotics sector, notably through collaborations with OpenAI. The F.02 model represented a significant milestone for the firm, having been deployed in the BMW plant in Spartanburg, USA, where it operated on production shifts managed by the Helix AI model. However, as the newer F.03 fleet expands, the company determined that maintaining the older generation was no longer viable.

The strategic logic behind total destruction

While decommissioning a fleet of robots typically involves disassembly and recycling, Figure faced a specific corporate risk: the exposure of its proprietary hardware. The F.02 units are equipped with custom-built actuators and specialized electromechanical components that constitute the core of the company's competitive advantage. Manual disassembly would have been an arduous process for the technical staff, potentially delaying the launch of the upcoming F.04 model.

To prevent the possibility of reverse engineering, Figure opted for complete thermal disintegration. By melting the robots, the company ensured that no physical component could be salvaged or analyzed by competitors. This decision transformed a routine logistics problem into a global marketing opportunity, especially after Figure received a suggestion from Arnold Schwarzenegger to mirror the iconic finale of Terminator 2: Judgment Day.

Engineering the autonomous leap

The execution of the event required more than just a furnace; it required a sophisticated AI training regimen. The robots had to be taught how to jump autonomously from a height—specifically the second floor of the San Jose campus—and land with precision in a target zone. To achieve this, Figure's team utilized movements from professional stunt artists as a reference, training a new AI model in simulation.

The complexity of the task was amplified by the environment. The robots were shipped to the Finnish foundry without having ever visited the site. They had to execute their AI policies seamlessly despite extreme heat and powerful electromagnetic fields that caused several pieces of filming equipment and electronics to fail during the process.

Logistical hurdles and the Finnish solution

Finding a facility willing to host the event proved difficult. Figure reported that no metal foundries in the United States or Mexico were willing to allow robots containing lithium-ion batteries to be thrown into their expensive industrial equipment. The company even sought assistance from former MythBusters to locate a suitable site.

The Imatra foundry in Finland eventually agreed to the operation. The facility utilizes a 75-ton electric arc furnace powered by three massive graphite electrodes, typically used for melting solid steel scrap. The window for success was incredibly tight: the team had only 24 hours and six melting cycles to complete the task, with each cycle offering a mere 20-minute window before the molten steel cooled enough to form a hard crust.

A cinematic farewell with a physical legacy

The event culminated in a viral video featuring Arnold Schwarzenegger supervising the operation. In a final nod to the T-800, one of the robots performed a thumbs-up gesture as it descended into the liquid metal. This spectacle was designed to emphasize that the footage was not AI-generated, a growing concern in an era of deepfakes, but a real-world application of autonomous robotic control.

The resulting metal bars from the melt were shipped back to the United States, where they are being machined into a limited series of artifacts to commemorate the history of the F.02.

The operation successfully measured three critical capabilities: the physical resistance of robotic materials at temperatures exceeding 1,500 degrees Celsius, the effectiveness of autonomous AI in an unfamiliar environment, and the ability to execute complex policies without human supervision.

Global business implications for robotics

For entrepreneurs and investors in the USA, UK, and global markets, Figure's approach highlights a growing tension between rapid iteration and intellectual property security. In the race to dominate the humanoid market, the physical hardware is as much a secret as the software. The decision to destroy assets rather than recycle them underscores the extreme value placed on proprietary actuators in the current AI arms race.

From a regulatory perspective, the use of lithium-ion batteries in industrial furnaces presents a significant safety challenge. While the US and UK have stringent workplace safety and environmental regulations regarding hazardous waste, Figure's move to a Finnish foundry suggests that specialized industrial zones in Europe may offer different operational flexibility for extreme testing. As humanoid robots move from prototypes to mass deployment in factories—as seen with the BMW partnership—companies will need to develop standardized, secure decommissioning protocols that satisfy both IP protection and environmental laws.

FAQ

Q: Why didn't Figure just disassemble the robots?
A: Disassembling the robots would have been too time-consuming for the technical staff and would have risked the exposure of proprietary actuators to reverse engineering.

Q: Where did the decommissioning take place?
A: The event took place at a foundry in Imatra, Finland, using a 75-ton electric arc furnace.

Q: How were the robots trained to jump?
A: The company used simulation and movements from professional stunt artists to train an AI model that allowed the robots to jump autonomously from a second-story height.

Q: What happened to the melted metal?
A: The metal was sent back to the US to be crafted into a limited edition of commemorative artifacts.

---

Sources: Fanpage, Webmasterpoint, Repubblica ·