DailyRanger4x2
Member
- Joined
- Jun 10, 2008
- Messages
- 8
- Vehicle Year
- 1995
- Transmission
- Manual
Ok guys here it goes I own a 1995 2WD SWB STD cab 4 banger XLT. I have decided to go with a 2 or 3” body lift in order to get more clearance for a set of 15” wheels and some 30” all terrain tires. Which in turn raises a few questions up since I am new to the “increased elevation” scene. I have used the search engine here on site and found a few things but not all my answers. I have also printed up the How-to portion from the tech forum telling me how to actually do the lift.
Also this thing is a daily driver to and from work 20 hwy miles per day one way. The only reason I am even considering the lift is that I am a hunter and some of the Alabama red clay/dirt/mud roads I get on are slicker than owl $hit when it rains and the normal 14” street tires just baaaarely cut it, making for an interesting hunting trip and a wedge shape in the seat when I get out from butt pucker.SO this build isn’t for a hardcore boggin rig just a setup to where I can go where I need to without worrying too much.( I have yet to be able to find a 14” all terrain tire)
My questions are as follows:
1.) I know my Ranger stock has a 4.5x5 bolt pattern and a 4” backspacing (I think), However with the increased wheel/tire size am I going to go with a different backspacing? If so what should it be?
2.) I would like to go with a stock steel or alloy wheel for this application, so what donor vehicles/wheels match up to the above criteria?
3.) I read that with a suspension left that an alignment will need to be done but will one be needed with putting on the larger tires in conjunction with the body lift?
4.) I am also debating on welding the gears in the rear end in order to get more traction but this is a daily driver ranger, would you guys recommend against doing so and what are the drawbacks if I did this?
5.) The “lockers” that I have seen mentioned on this site are they full time or can you disengage them to where you go back to limited slip?
6.) What kind of variance can I expect on gas mileage and “felt power” from this setup once done? (If it’s a drastic difference what is a remedy?)
7.) On a side note I am planning to fabricate a light bar that mounts to the 3rd brake light on top of the cab. I currently use a solid fiberglass shell that prevents me from using standard in the bed light bars. For you guys that run light bars how many/what lights can we run without it pulling on the electrical system too hard and having to upgrade the alternator? Any of you guys tried this yet?
Also this thing is a daily driver to and from work 20 hwy miles per day one way. The only reason I am even considering the lift is that I am a hunter and some of the Alabama red clay/dirt/mud roads I get on are slicker than owl $hit when it rains and the normal 14” street tires just baaaarely cut it, making for an interesting hunting trip and a wedge shape in the seat when I get out from butt pucker.SO this build isn’t for a hardcore boggin rig just a setup to where I can go where I need to without worrying too much.( I have yet to be able to find a 14” all terrain tire)
My questions are as follows:
1.) I know my Ranger stock has a 4.5x5 bolt pattern and a 4” backspacing (I think), However with the increased wheel/tire size am I going to go with a different backspacing? If so what should it be?
2.) I would like to go with a stock steel or alloy wheel for this application, so what donor vehicles/wheels match up to the above criteria?
3.) I read that with a suspension left that an alignment will need to be done but will one be needed with putting on the larger tires in conjunction with the body lift?
4.) I am also debating on welding the gears in the rear end in order to get more traction but this is a daily driver ranger, would you guys recommend against doing so and what are the drawbacks if I did this?
5.) The “lockers” that I have seen mentioned on this site are they full time or can you disengage them to where you go back to limited slip?
6.) What kind of variance can I expect on gas mileage and “felt power” from this setup once done? (If it’s a drastic difference what is a remedy?)
7.) On a side note I am planning to fabricate a light bar that mounts to the 3rd brake light on top of the cab. I currently use a solid fiberglass shell that prevents me from using standard in the bed light bars. For you guys that run light bars how many/what lights can we run without it pulling on the electrical system too hard and having to upgrade the alternator? Any of you guys tried this yet?