whodat
New member
I have decided to finally get a lift because when I go on a ramp with a mild incline with the steering wheeled turned at an angle, the tires would rub on the SW bumper, and then I get "the look" from the princess. I can only imagine would it would be like when I do an emergency brake at an angle on the highway!
After much consideration, I feel like the OME Suspension Kit is the most bang for the buck considering it's reputation. I am finally ready to pull the trigger on an OME Suspension Kit, but have a few questions. Forgive me if they're stupid questions, but maybe someone else might benefit from them also...
I searched in the google search bar "5th gen ome" and didn't really find the answer I'm looking for. Mostly questions whether someone did it or not, how's the ride, etc. I know many have done it (the lifted thread has lots of people who've done it) and the "ride" is very subjective, some love it some hate it.
I currently have a Shrockworks front bumper and 285/70/17 Duratracs as the only major modifications on my 4Runner.
I plan to add sliders (most likely from BudBuilt, the "beefy" ones like phillyd2) in the near future.
And many many years down the road I will add a winch, skid plates, a roof rack, and a rear bumper with a tire carrier. It all depends on if the kids get into outdoor activities or not, and if they don't then it'll be after they leave for college, so the latest would be 18 years down the road
For now, the 4R is set up as the family tank that will see the occasional camping, mild non-paved roads/river banks.
I plan on getting the:
-887 Heavy Front Coils
-Front top plate spacers
-No front diff drop kit
-Rear Coils 899 Heavy (880 lb constant weight)
-Rear shocks 60080 OME Shocks
-Rear shock stone guards
My question is, if I get the 899 Heavy Rear Coils (880 lbs constant rate) now, instead of getting 889 Medium Rear Coils now and having to upgrade to the 899 Heavy Rear Coils later down the road (more expenses), would that cause any problems because Toytec's website states "Med and Heavy coils are rated to handle additional weight from aftermarket bumpers, winches, and accessories and should NOT be used WITHOUT stated weight already in or installed at all times."
I'm guessing the above disclaimer is about a firmer ride, correct? Will it cause any other adverse effects to the ride, with the heavies on the front and back, that would be considered "dangerous"?
Will the "heavier" coils cause a larger lift than the "lighter" coils due to its strength? I'm thinking no, I've seen the term "spring rate" thrown around here a few times and I think that's what determines the differences in these coils. Therefore these coils should still yield the same lift in terms of inches, correct?
They have an option for a diff drop, but I read on here that it's only need if you have a lift >3" (I think harper7 said that?). The kit yields on average 3", better safe than sorry, or overkill?
They use the same OME shocks (60080 Rear Shocks) for the three different coils, so weight doesn't affect the shocks as much as they do with coils? I know shocks are used to help control the vehicle from bouncing all over the place, but wouldn't shocks be valved for specific weights, kinda like different coils for different loads? Or maybe the shocks cover a range of energy absorption? :shrug:
Thank you for your time!
After much consideration, I feel like the OME Suspension Kit is the most bang for the buck considering it's reputation. I am finally ready to pull the trigger on an OME Suspension Kit, but have a few questions. Forgive me if they're stupid questions, but maybe someone else might benefit from them also...
I searched in the google search bar "5th gen ome" and didn't really find the answer I'm looking for. Mostly questions whether someone did it or not, how's the ride, etc. I know many have done it (the lifted thread has lots of people who've done it) and the "ride" is very subjective, some love it some hate it.
I currently have a Shrockworks front bumper and 285/70/17 Duratracs as the only major modifications on my 4Runner.
I plan to add sliders (most likely from BudBuilt, the "beefy" ones like phillyd2) in the near future.
And many many years down the road I will add a winch, skid plates, a roof rack, and a rear bumper with a tire carrier. It all depends on if the kids get into outdoor activities or not, and if they don't then it'll be after they leave for college, so the latest would be 18 years down the road
I plan on getting the:
-887 Heavy Front Coils
-Front top plate spacers
-No front diff drop kit
-Rear Coils 899 Heavy (880 lb constant weight)
-Rear shocks 60080 OME Shocks
-Rear shock stone guards
My question is, if I get the 899 Heavy Rear Coils (880 lbs constant rate) now, instead of getting 889 Medium Rear Coils now and having to upgrade to the 899 Heavy Rear Coils later down the road (more expenses), would that cause any problems because Toytec's website states "Med and Heavy coils are rated to handle additional weight from aftermarket bumpers, winches, and accessories and should NOT be used WITHOUT stated weight already in or installed at all times."
I'm guessing the above disclaimer is about a firmer ride, correct? Will it cause any other adverse effects to the ride, with the heavies on the front and back, that would be considered "dangerous"?
Will the "heavier" coils cause a larger lift than the "lighter" coils due to its strength? I'm thinking no, I've seen the term "spring rate" thrown around here a few times and I think that's what determines the differences in these coils. Therefore these coils should still yield the same lift in terms of inches, correct?
They have an option for a diff drop, but I read on here that it's only need if you have a lift >3" (I think harper7 said that?). The kit yields on average 3", better safe than sorry, or overkill?
They use the same OME shocks (60080 Rear Shocks) for the three different coils, so weight doesn't affect the shocks as much as they do with coils? I know shocks are used to help control the vehicle from bouncing all over the place, but wouldn't shocks be valved for specific weights, kinda like different coils for different loads? Or maybe the shocks cover a range of energy absorption? :shrug:
Thank you for your time!