Seems odd to ask such prices for what appears to be full of problems and across multiple platforms since it’s all the same stuff… whatever happened to r&d? Race proven doesn’t mean as much as 100,000 miles on multiple rigs. So proud of engineering, but failed to remember the real world...
This is incredibly false and misleading.
Horsepower can’t be measured. Torque can. Engines make torque, not horsepower. Horsepower is torque over time. It has to be calculated.
I had a conversation about how engines work and how power is made with my nephew last year. Eventually, he asked, “so what’s better?” The only answer that matters is the one I gave him. Depends on the application.
A coyote v8 would be awful unless there’s some cams to move the power down low...
I used the German spec for torque on the upper bolts; gutentight. Pretty sure you aren’t getting a torque wrench in there without a lot of hassle on the rear uppers.
I had the front struts done in 1 hour including changing the upper control arms. Jack up the lower control arm a bit to relieve some of the downtravel tension and smack the knuckle next to the upper joint with a hammer a couple times, it’ll pop right out easy peasy.
Sorry, I must not have said that well enough. Was it a fixed inertia dyno, or a loading dynamic inertia dyno? I can see from the thumbnail its rollers for the wheels. Most likely a dyno jet, or in other words, a fixed inertia dyno. There are several makes of dynos on the market now, most are...
What kind of dyno was this? Wheels/tires will not impact what the engine power output is. It’ll be an extra load on the engine for sure, but will not change directly the output otherwise. The load cell in the ecu mapping will change and the parameters there will be altered, but load from tire...