Now that I have the rear suspension sorted out and working pretty well it has made some of the minor handling quirks of the front more apparent. When I did the front suspension 6 years ago there wasn't anyone who was making high steer arms for the '05 Ford super duty steering knuckles so I had no choice to make the most of the stock knuckle. I put the tie rod on top of the steering arm and then the drag link on top of it with a reinforcement bracket to hold everything in double sheer. It has been strong and reliable but the steep angle of the drag link and track bar left a lot to be desired, especially when jumping or heavy throttle on the street. The steep angle pulled the front axle to the driver's side 5ish inches which would steer the Blazer and make everything feel unsettled. I had a stock knuckle machined for a high steer arm which will raise the drag link up 4" and I will be able to keep the vacuum hubs.


You can see how far the axle is pulled to the driver's side and also the steep angle of the track bar and drag link. The heims are completely maxed.

In this picture you can see the bolt on bracket on the knuckle used to support the drag link and tie rod, both are removed from the knuckle. You can also see the vacuum line for the hub. I removed the springs and bump stops to check clearances to see if I can get any more compression travel, the compression travel has been about 5.5 inches. Kinda crappy with 16" travel coilovers.

As you can see it's getting a little tight but it looks promising.

The shock is completely bottomed (had the bumpstops set to leave an inch of shock previously) and there is still just over an inch of clearance between the radius arm and the frame.

I moved the shock down an inch and was able to use up every bit of space between the radius arms, the exhaust, the bump stop cans, the housing and everything else.

I still have just over a 1/2" on the shock at full bump, it's tight but nothing critical is going to come into contact with the front end. Everything else will have at least a 1/2" at full bump, the first thing to come into contact after the bumps are fully compressed will be the radius arms to the frame. Now to figure out a track bar that will clear the front axle and the oil pan.

Just so happened I had an old worn out track bar from a 94-02 Ram that had bends similar to what I needed and is quite strong. I cut off the ball joint end then drilled and tapped the end for a 3/4" heim. I was then able to heat it up and straighten out some of the bend to get it clear everything. It took some serious heat and pressure to get this thing to bend!! Even when glowing red it still took over 10 tons of pressure to straighten the bend.

At least I know its not going to flex on me.
The track bar was about a foot short so I chucked it up in the lathe and machined down in two steps. The first step was 1.060" for a piece of 1.250 tube to slide over and weld and the second step was 1.265 for the larger 1.500 tube to slide over the top of the 1.250 and weld. This section will be straight so it will be plenty strong.

As it sits now I will have almost 8" of compression travel with only minor revisions. Time to figure out the track bar bracket on the housing and getting the high steer knuckle installed.
