FJ Cruiser Backup Camera Relocation Kit (No-Drill Big-Tire Fix)

You upgraded to 33s or 35s and your FJ Cruiser looks and drives better than ever — but now the factory backup camera stares straight into the back of your oversized spare, and that clear rear view is gone. It's a common problem, and it's a safety one: your camera can no longer see the low, close obstacles it was designed to catch.

The fix is a backup camera relocation kit that moves the OEM camera to the center of your spare's wheel hub, restoring a clean, centered view. This guide covers why center-mount is the right call, the no-drill install step by step, and how to keep it reliable for the long haul.

The Dangerous Blind Spot

That concrete parking bollard you can't see? It's a real hazard. Backover crashes — the low-speed reversing incidents that happen in driveways and parking lots — cause roughly 210 deaths and 15,000 injuries a year in the US, which is exactly why federal rule FMVSS No. 111 has required a backup camera on every new vehicle under 10,000 lbs since May 2018. A blocked camera quietly undoes that safety net.

Spend any time on FJ Cruiser forums and the pattern is obvious: owners who jump to 33s or 35s report the backup camera becoming useless overnight, staring into the spare instead of the ground behind them. More than a few describe near-misses backing up in driveways. It isn't just annoying — it's a genuine safety gap you shouldn't ignore, and it's very fixable.

Center Hub vs. Side Bracket

Once you decide to move the camera, you face a choice between the two main styles of spare-tire camera mount: dead-center in the wheel hub, or offset to the side of the tire. Choosing wrong here is the second big mistake — a side bracket can look like the cheap, easy path but creates new problems a center mount avoids entirely.

The off-road community leans heavily toward center-hub for one reason above all: view quality. Owners who pick an offset bracket just to save a few dollars often regret it — a distorted view can be more confusing than no view at all, which defeats the entire point of the modification.

The Science of a Centered View

Why does a centered view matter so much? It comes down to simple physics. An offset camera introduces parallax error — objects appear in a different position than they actually are, much like trying to park using only your passenger-side mirror. Your brain has to work overtime to correct the skewed image, and that's where mistakes creep in.

Worse, an off-center camera creates a "blind triangle" on the opposite side of the bumper: one side looks clear while a large area on the other side stays hidden. Rearview systems only deliver their safety benefit when they show a clear, predictable image of what's directly behind you — the whole basis of the federal rear-visibility standard, and of IIHS research showing rearview cameras reduce backing crashes.

There's a functional reason too. Your FJ Cruiser's factory parking guidelines are calibrated for a central camera position. Move the camera off-center and those on-screen lines become wrong — guiding you toward obstacles instead of away from them. A center-hub relocation isn't just a preference; it's what keeps the whole system working as designed.

DIY No-Drill Relocation Guide

You can do this yourself. It's straightforward, needs no permanent changes to the truck, and we've run this exact process on our own project FJ Cruiser on 35s. Set aside an afternoon and you're done.

Step 0: Tools and Materials

Gather everything first so the job flows smoothly:

• Socket wrench set (you'll specifically want 10mm, 12mm and 21mm sockets)
• Torque wrench
• Trim removal tool kit (plastic pry tools are essential to avoid scratches)
• Zip ties
• Quality electrical tape or split-loom tubing
• A quality relocation bracket

For the bracket — the part that makes or breaks the job — we used the EVparts4x4 Rear Park Assist Camera Bracket. Its heavy-duty, powder-coated steel holds up to trail abuse, it reuses the spare's lug pattern for a secure no-drill fit, and it works with the OEM camera — a big plus for keeping factory image quality.

Step 1: Remove the Spare Tire

Use your 21mm socket and lug wrench to take the spare off the rear carrier and set it aside safely. This gives you full access to the factory camera housing.

Step 2: Access the OEM Camera

Remove the large plastic cover on the spare-tire carrier (a few clips and bolts hold it on). Then move to the inside of the rear door and gently pry off the large inner trim panel with your plastic trim tools.

Step 3: Detach the Camera and Harness

With the inner panel off, you'll see the camera wiring. Find the small white connector for the camera harness and carefully unplug it. Then, from the outside, use a 10mm socket to remove the three nuts holding the original black plastic camera mount to the carrier. The assembly is now free.

Step 4: Mount Camera to New Bracket

On a workbench, unbolt the OEM camera from its plastic housing and secure it to the new steel bracket with the supplied hardware. Tighten the small nuts to a snug fit — about 3 ft-lbs (4 Nm). Don't overtighten, or you can crack the camera's plastic housing.

Step 5: Install Bracket and Route Wiring

The bracket mounts directly onto the spare-tire carrier's studs — place it over two of them and orient it for your wheel's center opening. Route the camera harness back through the same rubber grommet in the rear door the original used, and zip-tie the wire neatly to the existing bundle so it can't rattle or chafe.

Step 6: Test Before You Reassemble

This step is critical. Before any trim goes back on, temporarily reconnect the harness inside the door, turn the ignition to ON (no need to start the engine) and shift into reverse. Confirm the feed is working and the view is now perfectly centered through the wheel hub. Only then refit the inner door panel, making sure every clip snaps home.

Step 7: Re-mount the Spare Tire

Lift the spare back onto the carrier, making sure the new bracket passes cleanly through the wheel's center hole. Thread the lug nuts and torque them in a star pattern to the factory spec of 83 ft-lbs (113 Nm) so the wheel seats securely — important for safety on and off the road.

Long-Term Reliability

Will this hold up as well as the factory setup? Yes — in some ways it's better. The camera itself is still the same reliable OEM unit; only its position changes, and the new spot is more protected.

Tucked deep inside the wheel's dish, the camera is now shielded from direct rain, snow and impacts from trail debris or tight parking — the original exposed location was far more likely to take a hit. A quality powder-coated steel bracket shrugs off pressure washing, mud and weather season after season, so a proper center-mount is a permanent upgrade, not a temporary patch.

Protecting the wiring is the other half of longevity. When you route the harness, take an extra minute to wrap any exposed sections in quality electrical tape — or, better, encase them in split-loom tubing. That stops the wire chafing against the metal door frame over years of opening and closing.

The Clear Choice

You upgraded your tires for capability, and that upgrade accidentally created a dangerous blind spot. The fix is clear: while cheap offset brackets exist, the technically better, safer and cleaner-looking solution is relocating the camera to the center hub of your spare.

It's the only method that gives you back a true, OEM-quality view and keeps your factory guidelines honest. Follow the steps above with a quality part like the EVparts4x4 spare tire camera mount, and you're not just fixing an annoyance — you're installing a permanent, professional-grade safety upgrade that protects your truck and everyone around it.