Tecumseh student worked on Cybercab tools

A high-school welding student from Tecumseh ended up inside one of Tesla’s highest-profile factory projects. Dylan Kettlewell, 17, spent three weeks at Gigafactory Texas helping build and test tools used for Cybercab production. That matters because the Cybercab is not just another Tesla model — it is the company’s purpose-built robotaxi, designed without a steering wheel or pedals. And right now, the hard part is not the glossy concept. It is the factory reality. (cbc.ca) ### Who is Dylan Kettlewell? Kettlewell is a student at St. Anne Catholic Skilled Trades Academy in Tecumseh, Ontario, and he is training in welding. The news hook is simple but striking — while still in high school, he got a three-week placement at Tesla’s factory in Austin, working on tooling tied to Cybercab manufacturing. That is not the same as designing the vehicle, bu(cbc.ca) ### What does “worked on tools” actually mean? In auto manufacturing, tooling is the stuff that makes repetition possible. Jigs, fixtures, alignment setups, test rigs — basically the hardware that lets a factory build the same part the same way over and over. If a new vehicle is entering production, that tooling matters almost as much as the car design itself. A robotaxi wit(cbc.ca)e tools have to be built, adjusted, and tested before volume can happen. Kettlewell’s role sits in that very unglamorous but load-bearing layer. (cbc.ca) ### Why is Cybercab a weird vehicle to build? Because Tesla is trying to build a car that is not really meant to be driven by a person at all. The Cybercab is a two-seat vehicle for Tesla’s Robotaxi network, and Tesla has shown it without a steering wheel or pedals. That changes more than the cabin. It affects validation, supply chains, end-of-line testing, regulatory assump(cbc.ca)orrow a lot from the last program. Cybercab seems to borrow much less. (tesla.com) ### Did Tesla actually start making it? Sort of — but slowly. Tesla said in its Q1 2026 update on April 22 that it had “further prepared lines for start of production” of Cybercab. Around the same stretch, outside reporting and factory watchers pointed to first units and pilot-line activity in Texas. The important distinction is that “production started” does not mean “mass production arrived.” Early builds are usuall(tesla.com), and finding every annoying bottleneck. (assets-ir.tesla.com) ### So why does a student placement matter? Because it shows what early production ramps really look like. Big manufacturing stories usually get told through CEOs, launch events, and concept photos. But factories come together through technicians, welders, toolmakers, and apprentices doing precise, repetitive work. Kettlewell’s placement is a small story inside a mu(assets-ir.tesla.com)t is touching the production process. (cbc.ca) ### Is this about Canada too? Yes — more than it first appears. The story doubles as a skilled-trades pipeline story, with a Canadian student moving from school welding into advanced manufacturing work at a major U.S. EV plant. That is the interesting angle. The Cybercab headline pulls you in, but the deeper point is that modern EV and robotics-adjacent manufacturing still r(cbc.ca)reases the need for specialized factory work around it. (cbc.ca) ### What’s the catch for Tesla? The catch is scale. Tesla can show a Cybercab, test a Cybercab, and even start building a few Cybercabs. But ramping a brand-new vehicle with a new manufacturing approach is the painful part. That is why tooling work matters so much right now — every fixture and test station is part of turning a prototype idea into a repeatable product. (asse([cbc.ca)f)) ### Bottom line This is a small local apprenticeship story sitting on top of a very big industrial bet. Kettlewell’s three weeks in Austin do not prove Cybercab will scale. But they do show where Tesla’s robotaxi project has moved — out of pure concept mode and into the messy, hands-on stage where factories either start to work or don’t. (cbc.ca)