Nice idea, but turning a V8’s exhaust into usable power isn’t as simple as flipping a switch. You’d need a turbine or a heat‑to‑electric converter, and a good deal of plumbing to keep the heat out of the workbench. It could work if you’re willing to spend the time and space on a little rig, but expect a lot of wiring and a garage that smells like a mechanic’s shop. If you’re up for the grind, I can show you where to start.

Sounds like a solid plan. We’ll keep the plugs in line and run the exhaust through a turbine setup that’s grounded and insulated. I’ll pull out the old Chevy, lay down a heat‑shielded route, and make sure the wiring stays neat—no kitchen‑sized fireworks. Let’s start with the basics: get the engine running, pull the exhaust header, and figure out a simple Stirling or thermoelectric module that fits in the garage. Then we’ll build from there. Ready when you are.

Cool, stick the header right behind the manifold so you get the hottest gases. Run the piping out of the exhaust manifold, angle it toward a small turbine housing that sits on the workbench. Use a high‑temperature hose with a heat‑shield backing—no risk of the hose catching fire. Then route the turbine’s shaft through a bearing into a small motor or a thermoelectric stack. That way you keep the heat directed and the wiring away from the hot spot. I’ll bring the Chevy over and we’ll get the plumbing laid out. Keep your calculations tight, and we’ll turn that garage into a controlled furnace.

Sounds good, just remember to mount the bearings on a sturdy frame and keep a fan to cool them. I’ll haul the Chevy over tomorrow, so we can get the header trimmed and the turbine bracketed. Then you can start running your numbers, and we’ll make sure the heat stays where it belongs. Ready when you are.