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Showing posts with label F-250. Show all posts
Showing posts with label F-250. Show all posts

Sunday, November 26, 2023

Weekend blogging: Hanging out in the parking lot at the Ford dealer

 "The best way to keep a prisoner from escaping is to make sure he never knows he is in prison." - Fyodor Dostoevsky

Friday, October 13, 2017

Replacing 1995 Ford F-250 Automatic Locking Hubs

In a recent post, I mentioned that the front hubs on the Ford 1995 F-250 Powerstroke diesel truck don't seem to be locking in.

Sunday, February 15, 2015

17th vehicle - F-250 Powerstroke Diesel

I overheard a couple of guys at work one day talking about a vehicle they had seen for sale.  Both of them liked it and wanted it, but one had no money and the other wasn't really in the market for it.  I liked what I was hearing:  A Ford F-250 4x4 with one of the new Powerstroke Diesel engines.  I asked the guys if they were interested in it, and they were not.  I asked about where to see it.

Over the years I'd test-driven a couple of Ford diesel trucks at dealerships and liked them.  The trucks I had driven did not have turbochargers though, so they weren't very powerful.  The acceleration wasn't much to write home about on those trucks, and they were more expensive than a large gas motor, on account of the diesel engine.  So I never really was interested in a Ford diesel, until the Powerstroke engine came out.

The Powerstroke was Ford's answer to the Dodge Ram truck fitted with the inline 6 cylinder 5.9 liter Cummins turbo-diesel engine.  Dodge came out with the duo in 1989 and the trucks sold like hotcakes.  Ford had a diesel truck, but it didn't have 160 horsepower and 400 ft-lbs of torque like the turbocharged Cummins.

The Powerstroke was introduced in 1994.5.  It was a 7.3 liter V-8, and it arrived with a turbocharger and electronic fuel injection.  The engine produced 210 horsepower and 425 ft-lb of torque.  Torque (or twisting force) is important for towing, and why so many tow vehicles use big block engines.  Engines with a longer piston stroke typically have bigger torque than small ones, which are optimized to make horsepower at higher RPM.