If I was rebuilding an engine I would buy (or borrow) a $200+ torque wrench without thinking twice
I have two $40-50 wrenches right now. They're similar to the Tekton or (in that video) the Lexivon. For tightening lug nuts and suspension parts I believe they are sufficient. Might they over-tighten by a few pounds? It's possible, but if you believe most shops actually use torque wrenches for 95% of their work you'll be sadly disappointed.
If I was going to go back and do it again now based strictly on this video I'd buy the $125 Icon. That said the wrenches are mechanical and it's entirely possible that each wrench is different, so just because one tested well (or poorly) in this video doesn't necessarily mean your results will be the same.
I do recommend having a few wrenches. In the video they're testing 25-250# wrenches at 50#, but it's my understanding that the wrenches are more accurate in the middle of their range and less accurate at the extremes so to do 50 ft lbs I would use my 10-120 not a 25-250 unless I didn't have anything else on hand.
I have two $40-50 wrenches right now. They're similar to the Tekton or (in that video) the Lexivon. For tightening lug nuts and suspension parts I believe they are sufficient. Might they over-tighten by a few pounds? It's possible, but if you believe most shops actually use torque wrenches for 95% of their work you'll be sadly disappointed.
If I was going to go back and do it again now based strictly on this video I'd buy the $125 Icon. That said the wrenches are mechanical and it's entirely possible that each wrench is different, so just because one tested well (or poorly) in this video doesn't necessarily mean your results will be the same.
I do recommend having a few wrenches. In the video they're testing 25-250# wrenches at 50#, but it's my understanding that the wrenches are more accurate in the middle of their range and less accurate at the extremes so to do 50 ft lbs I would use my 10-120 not a 25-250 unless I didn't have anything else on hand.