Figure Melted F.02 in a Finnish Arc Furnace — For Real

Figure did not ship a new brain. It killed a body.

On September 30, 2026, Figure published F.02 Decommission and the film now circulating as https://youtu.be/pfAh5oQDPDM. Retired Figure 02 humanoids — the generation that carried the first BMW deployment, the birth of Helix, household chores, and logistics — walk to a 75-ton electric arc furnace in Imatra, Finland and jump in. The official line is blunt: maintain F.02 while F.03 grows no longer makes sense, and a careful teardown would delay F.04.

If you already follow Figure on explainx.ai, keep the stack straight. Helix-02's bedroom tidy and Helix 2.5's 30-home zero-shot chores are policy stories. Index is the data story. The Nscale Vera Rubin cluster is the training compute story. This film is a hardware-lifecycle story with one transferable engineering claim: a jump policy trained in San Jose and simulation ran at a foundry the team had never walked.

TL;DR

What people are asking after the clip

"Is this Terminator 2 fan service or an engineering problem?"

Both, and Figure is not shy about the movie. The company asked the internet what to do with a fleet it could not auction. Arnold Schwarzenegger told them to melt the robots and later joined the production. That is sourcing, not a capability claim.

The engineering problem is older than the cameo. F.02 is full of custom-built actuators and other hardware Figure does not want in a scrap yard, a charity auction, or a teardown bay staffed by people who still need to ship F.04. Software labs shred disks. Hardware labs have fewer clean options once lithium-ion packs are in the chassis.

"Did they really train the robots to jump, or is that a stunt rig?"

Figure's own sequence:

1. Airbags at the San Jose campus; robots jumping off a second-floor building.
2. Stunt-artist motion as a reference.
3. A new AI model trained in simulation aimed at a molten-steel bucket at a foundry the team had never visited.
4. On site: three graphite electrodes, a 75-ton furnace, 24 hours, six melts, each with about a 20-minute window before the bath crusts.

That is a sim-to-real locomotor policy with a hard spatial target and a hard clock. It is closer to "hit this aperture before the steel skins over" than to "tidy a living room." Do not collapse it into Helix 2.5's chore generalization. Different policy, different success metric, different failure cost.

"If cameras died, how did the robots keep going?"

Figure says heat and electromagnetic fields took down camera gear and other electronics around the furnace, while the robots kept running their AI policies. Read that carefully. The film crew's cameras are not the robots' control loop. A policy that does not depend on the documentary rig is the interesting part. A policy that is open-loop after takeoff is less interesting, and Figure does not publish the split.

For anyone who builds world-model or sim stacks, the honest question is: how much of the jump was closed-loop onboard sensing versus a timed ballistic commit after the last good state estimate? Figure has not released that ablation. Until it does, treat "ran seamlessly" as a vendor sentence, not a paper.

"Why would a foundry in the US say no?"

Lithium-ion packs inside a jumping humanoid are a furnace operator's nightmare. Figure says no US or Mexican foundry it contacted would let that into expensive equipment. Former MythBusters people helped hunt for a site. Imatra took the job.

That is not a ranking of Finnish robotics. It is a ranking of who will accept a battery-laden, one-shot stunt next to a 75-ton melt. If you ever have to destroy embodied hardware, the constraint you hit first is safety sign-off, not inverse kinematics.

What this is not

Keep Genesis Eno in the other column too: non-humanoid, fold-to-bag, explicitly not this aesthetic. Figure is leaning into the humanoid silhouette even in death. That is brand, not a benchmark.

The sim-to-real slice builders can actually use

Most readers here will never book an arc furnace. The reusable piece is how Figure framed the control problem.

Train where failure is cheap. Second-floor airbags in San Jose. Stunt references. Simulation of a bucket they had not stood next to.

Execute where failure is expensive and the clock is real. Six melts. Twenty minutes before crust. Electromagnetic noise that kills consumer cameras.

Do not confuse onboard policy with the video. The documentary failing while the robot continues is the one sentence worth stealing for your own eval notes. If your agent demo dies when the screen-recorder dies, you do not have an agent. You have a take.

Compare that to NVIDIA Cosmos-class world models: those are bets that simulation fidelity is the scaling path. Figure's jump is a single, high-cost transfer test, not a published sim-to-real table. One successful film is closer to a field trial than to Index-scale pretraining curves.

Hardware IP is a different destruction problem than model weights

Software teams already have a ritual: revoke keys, shred disks, rotate secrets, tombstone checkpoints. Embodied stacks add custom actuators, sensor suites, battery packs, and mechanical tolerances that a motivated teardown can copy even if the weights never leak.

Figure's earlier public line — they could not auction F.02 because IP would leak — is the same constraint in friendlier clothes. Melting is the hard version of "we will not put a debug unit on eBay."

What it does not do:

• It does not untrain Helix.
• It does not withdraw Index videos.
• It does not cancel the 100,000-GPU training bet.
• It does not prove F.03 is reliable at BMW or anywhere else.

A few units remain at HQ. That is the right footnote. "Most of the fleet is gone" is not "the platform never existed." Researchers who wanted a used F.02 for independent eval will not get one from this program. That is the IP trade-off stated plainly.

How to watch the film without getting played

Use the same demo hygiene explainx.ai already applied to the September breakthrough teaser: cuts hide retries; a single unedited take beats a montage; vendor adjectives are not metrics.

For this clip, add three extra checks:

1. Count the jumps versus the melts. Six melt cycles is a tiny N. A highlight of the cleanest leap is not a success rate.
2. Separate locomotion from Helix chores. A ballistic-ish jump policy can look more "alive" than folding a towel and still tell you less about home work.
3. Believe the foundry logistics more than the myth. Imatra, lithium refusal, 20-minute crust windows, and failed film electronics are specific. "Seamlessly" is not.

If you want contact-rich public stress tests, URKL is the other 2026 spectacle. If you want hands as an API, 1X NEO is the developer-facing claim. If you want collaborative locomanipulation, stay on Helix-02.

What to do this week

Nothing in your software routing. No new Figure API. No F.02 weights drop.

If you train embodied policies:

• Write down whether your demo still runs when the external camera dies.
• Treat "we trained in sim for a site we had not visited" as a transfer claim that needs a miss distance, not a vibe.
• If you ever retire custom hardware, budget battery-aware destruction, not a weekend teardown.

If you only build with language models: this is still a useful metaphor. Destroying a laptop does not destroy the checkpoint. Figure melted the bodies and kept the stack that matters — Helix, Index, and the compute buy.

Related reading

• Figure Helix 2.5: zero-shot across 30 unseen homes
• Figure Helix-02: two humanoids tidying a bedroom
• Figure Index: crowdsourced video behind Helix
• Figure × Nscale: 100,000 GPUs for training, not onboard inference
• Figure's September teaser and the locomotion hypothesis
• URKL: humanoid combat as public stress test
• Genesis Eno: agentic robot that is not a humanoid
• Official source: Figure — F.02 Decommission
• Film: F.02 Decommission on YouTube

F.02 fleet counts, melt windows, foundry refusals, and the claim that the footage is not generated are Figure's September 30, 2026 account. No independent third-party instrumentation of the jumps is public as of October 1, 2026.