Will robots take automotive spot welder (body shop) jobs?

Threat timeline: Already done, and that is the point of carrying this entry. A 210 kg arm on a body-in-white line is not a coming threat to spot welders; it is the reason the line looks the way it does. The near-term movement is at the margin: ABB claims up to 20% lower energy use and pose repeatability of 0.03 mm against the previous generation, and improvements of that kind extend robot reach into work that was still manual because the old machines were too imprecise or too costly to run. Over 1-3 years that means retrofit rather than greenfield displacement — plants replacing IRB 6700-era cells with denser, faster ones and staffing the replacement line with fewer people than the old one. Over 3-5 years the variable to watch is not the hardware but the ownership: SoftBank is buying this division explicitly to fuse it with AI, and if that produces arms that can be reprogrammed by demonstration rather than by a robotics engineer, the economic floor for automating a small-batch task drops sharply. That would open up the high-mix, low-volume work that has so far been too expensive to automate — which is where a great deal of remaining manual machine tending lives.

Threat timeline: Already deployed. Automotive spot welding and heavy body-panel handling were automated by arms like these years ago — the human welders and material handlers those cells replaced are largely gone from high-volume plants already. The forward edge is different: cheaper programming and the new digital motion modes lower the integration bar, so heavy-payload automation reaches the smaller, higher-mix fabrication and foundry shops that used to be too varied to justify a six-figure arm. 1-3 years for that spread. The roles most exposed next are the press tenders, foundry operators, and palletizers in mid-size metal shops — not the automotive lines that already run with almost no one on the floor.