Will robots take automotive assembly worker jobs?

Threat timeline: 1-2 years for the specific Mercedes use cases (parts delivery to assembly stations, in-process inspection, kitted-tote movement). 2-4 years for broader light industrial deployment in the kinds of facilities that resemble Berlin-Marienfelde — which is to say, German and Western automotive supply chain at the high end. The 22-hour runtime via hot-swap batteries is the operational differentiator: Apollo doesn't need a third-shift human break.

Threat timeline: 1-2 years for the specific use cases Hyundai is piloting: assembly line tasks, material handling, quality control inspection in automotive plants. 2-4 years for broader enterprise rollout as Boston Dynamics onboards customers beyond Hyundai + Google starting 2027. The IP67 rating and -20°C to 40°C operating range mean Atlas can survive environments other humanoids can't, which expands the addressable job set.

Threat timeline: 1-2 years for automotive assembly line tasks where the BMW playbook can be replicated. 2-4 years for broader light-industrial deployment. The economics work at scale when one Figure runs 10-hour shifts replacing a wage that compounds — automotive is the natural first market because the integrator cost is amortized across high-volume production lines.

Threat timeline: Hard to call honestly. If Tesla hits the $20K consumer price at scale, the labor displacement timeline for greenfield manufacturing collapses. If they don't — and history with Tesla's manufacturing claims suggests aggressive skepticism is warranted — Optimus becomes another well-funded humanoid pilot among many. Watch the external customer announcements in 2026-2027, not the demo videos.