Installing Savage Rear Bumper w/Swingout - **Pictures!**

ramonortiz55

Adventurist
I received my Savage Rear bumper with swingout a few months ago, I barely had the time to have it sent for powdercoating and getting it installed.

I decided to do a writeup on the installation since the vendor didn't provide any. Hopefully this helps anyone that is interested in buying this setup in regards to installation.

This will be installed on a 2001 4runner.

The morning sunlight was not good with me - So I apologize in advance if any of the pictures are too dark. I try to make this as comprehensive as possible.

Here is the powdercoated bumper and swingout assembly:





First step is to obviously remove the rear bumper and hitch:



Drop the spare and get it out of the way:



Since the hitch is the first thing to go, I made sure the trailer wiring harness bracket was disconnected from the hitch:



The hitch receiver is held in place to the frame with a total of 8 bolts - 4 on each side:



Removing the eight bolts will drop the hitch receiver:



Next remove the mudflaps, there are about 3 screws that hold the mudflaps onto the 4runner. They are located against the wheel well:





Removing the mudflaps will reveal a bolt, take it out:





Once that bolt is off, remove the bumper cover. These are held firmly in place with tabs, crawl underneath the vehicle and push the tabs out with a flathead, pliers, etc.







Once that black bumper cover is gone, it will reveal a black bracket with two bolts, remove the top two bolts on EACH side of the bumper:





The bumper is now being held in place by four bolts underneath the vehicle, two on each side on this bracket:



Oooops.. found two more bolts - The bolts are located where the bumper ends at the mudflap - notice the fuel filler neck cover - One on each side - These are a little hidden.



The bumper should now come off:



Inside of the frame rails, a long rod with a bolt welded on it will be seen, pull them out:



In order to get the bumper in, the rubber grommet that holds the exhaust tail piece must be removed:



When the bumper was removed, this black bracket was revealed - one on each side. Remove this also:



Feed your cat:



Once you're finished feeding the cat, it is time to install your bumper:



This is the hinge bracket where the swingout attaches to. Make sure this gets installed FIRST before installing. When the bumper is purchased, Savage only drills pilot holes for the hinge bracket. Drill them out BEFORE getting the bumper powdercoated or painted.





Hinge hardware:



Assemble and bolt on like this:





Install bumper:



Picture of hinge for the swingout:





Only FOUR bolts were used to set the bumper. In the bumper kit, these two brackets were included:



These go into the frame rail:



The first and last bolt now threads into that bracket:



This plate is used to install the locking lever:





Install the "anchor" for the locking lever:



Install the locking lever:



Now the gas strut is installed:



Strut bracket that is attached to the arm:





Pop open a beer and enjoy your progress:



Behold the tire carrier stand:





Next, the license plate bracket is installed.





Hmm.. time to run some wiring:



I decided to tap into the trailer wiring, good thing they were labeled. I tapped into "Tail" and "Ground", black and white:



Run wiring and attached using quick splices - I made sure it was well wrapped in electrical tape:



Clamped it to the rear tube of the bumper, where it is hidden. No, I don't mind the hose clamps. It cant be seen unless you are looking for it.



Now complete:





Enjoy the rest of that six pack!
 
Nice work, the only thing I take issue with is the "scotch locks" you used for the wiring. In my experience those things are an electrical failure looking for a place to happen.
 
Very nice work assembling and documenting your experience with this novel product.

Agreed with @bob91yj. Scotch locks are potential failure points; in an area with as much referred vibration as the bumper you might want to replace those when you have more time.

Also, with the exceptional number of fasteners you will need to periodically check the torque, otherwise risk and embarrassing moment on the trail or highway.

Finally, never leave Texas or the Southwest in general... this design would not fair well in the Eastern side of the country, particularly the Northeast. All the holes drilled/stamped into the bumper and other accessories, and powder coat being lightly applied into these spaces, you will experience surface rust. Mitigate that with frequent clear water flushing when washing the truck and some sort of aerosol dry lubricant like Boeshield, which leaves a dry waxy film, applied twice a year.
 
Nice work, the only thing I take issue with is the "scotch locks" you used for the wiring. In my experience those things are an electrical failure looking for a place to happen.
are you talking about the quick splices? The little blue ones?
 
Very nice work assembling and documenting your experience with this novel product.

Agreed with @bob91yj. Scotch locks are potential failure points; in an area with as much referred vibration as the bumper you might want to replace those when you have more time.

Also, with the exceptional number of fasteners you will need to periodically check the torque, otherwise risk and embarrassing moment on the trail or highway.

Finally, never leave Texas or the Southwest in general... this design would not fair well in the Eastern side of the country, particularly the Northeast. All the holes drilled/stamped into the bumper and other accessories, and powder coat being lightly applied into these spaces, you will experience surface rust. Mitigate that with frequent clear water flushing when washing the truck and some sort of aerosol dry lubricant like Boeshield, which leaves a dry waxy film, applied twice a year.
I never venture out to the east. All my experiences will be in the west :)

Thanks for the tip tho!
 
I never venture out to the east. All my experiences will be in the west :)

Thanks for the tip tho!
My pleasure! Well, at least visit the east when the weather isn't too bad - you're close to an Appalachian Rendezvous in 2017!

And yes, the little blue plastic wire quick splices. They are the most frequent source of many electrical gremlins down the road. Consider some good marine-grade connectors like these from WayTek. You won't regret it - crimp-on and heat shrink makes for a clean, secure, weather-proof connection that meet or exceeds all automotive and marine standards.
 
Yes, they are commonly referred to as "scotch locks" for some unknown reason.
I would assume because they are so cheap and quick to make a connection vice a more laborious and fastidious installation.
 
I would assume because they are so cheap and quick to make a connection vice a more laborious and fastidious installation.

Thank you Tango.

lol, you are right there. This is my first time using them - I usually solder or crimp my electrical connections. I was just being lazy and wanted to try them out, it did me awhile to figure out how they worked lol
 
Looks great Ramon!!

I second the wire splicers. Those things are scary in my opinion.

But that bumper tho..... Damn son!!!
 
Looks great Ramon!!

I second the wire splicers. Those things are scary in my opinion.

But that bumper tho..... Damn son!!!
Thanks man! my wife doesn't like the look of the big ol spare back there.

She doesn't really drive it anyways.

Ill be rerouting the wiring soon.
 
Are those Heim's joints holding the weight of that swing-out or is something else supporting the axial load?
 
Are those Heim's joints holding the weight of that swing-out or is something else supporting the axial load?

Good question. I'm digging the adjustability of all of it. Looks very customizable.
 
Good question. I'm digging the adjustability of all of it. Looks very customizable.
You can actually buy a second swing arm for the left side to carry water cans, maxtrax, etc. I am looking to get it. I just need somewhere else to ship it and not here at the house.. :rolleyes:
 
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