How to Install Recovery Points on 5th Gen 4Runner | Frame-Mounted Safety

Installing rated recovery points on a 5th Gen 4Runner means bolting steel brackets directly to the frame using existing holes, with no drilling required for non-KDSS models.

Those metal loops under your 4Runner’s front bumper look strong, but they’re shipping tie-downs — not recovery gear. Learning how to install recovery points on a 5th Gen 4Runner the right way means bolting rated steel brackets to the frame rails. It’s a straightforward afternoon job with basic hand tools, and it transforms a stock 4Runner into a truck ready for real off-road pulls.

Why Factory Tie-Downs Are Not Recovery Points

Toyota welds those front loops to the crossmember in a single-shear mount, and the company publishes no working load limit for them. They exist solely to secure the vehicle during transport. Rated recovery points use a double-shear bolted connection to the frame, which distributes pulling force safely across the structure.

Front Recovery Point Options for the 5th Gen 4Runner

Several manufacturers make bolt-on front recovery points that fit the 2014–2024 5th Gen 4Runner without cutting or welding. The table below shows the main options, their compatibility, and torque specs. If you’re deciding which kit to buy, check our roundup of the best 4Runner recovery points for side-by-side comparisons and real-world feedback.

Apex Overland’s installation guide confirms the standard kit bolts into four existing frame holes with included hardware. The KDSS version — found on TRD Off-Road and TRD Pro models — needs a dedicated kit or drilling, because the sway bar and suspension layout blocks the standard mounting position.

How to Install Front Recovery Points on a 5th Gen 4Runner

This procedure works for any bolt-on front recovery point kit on non-KDSS models. You’ll need a socket set with 10mm, 12mm, 13mm, 14mm, 17mm, and 19mm sockets, plus a torque wrench that covers 18–75 ft-lbs and a plastic clip removal tool.

Step 1: Remove the lower air shield and front skid plate. Pop the plastic clips and remove the five 10mm bolts holding the air shield. Then unbolt the front skid plate with four 12mm bolts. This exposes the sway bar brackets and the power steering cooler.

Step 2: Remove the sway bar bolts and steering cooler bracket. Unbolt the 14mm anti-sway bar bolts and the 12mm power steering cooler bracket bolts. Also remove the existing M8 (12mm head) and M10 (14mm head) bolts from the upper and sway bar brackets. Loosen one side slightly before fully removing the other — if you take both sides off completely, the sway bar drops and becomes a pain to realign.

Step 3: Clean the bolt holes and peel off any stickers. Toyota often covers the M12 frame holes with heavy labels during assembly. Peel them away so the bolt seats flush.

Step 4: Position the recovery point and install the bolts. Slide the bracket into place. Start the large M12 bolt (19mm head) by hand to avoid cross-threading, then tighten with a ratchet or impact driver. Install the M8 bolt (13mm head) with the power steering bracket sitting on the outside of the recovery point. Reattach the sway bar with the M10 bolts (17mm head).

Step 5: Torque everything to spec. Tighten all bolts to snug, then torque in sequence: M12 bolt to 72–75 ft-lbs, M10 bolts to 40–48 ft-lbs, and M8 bolt to 18 ft-lbs. Work gradually between the driver and passenger sides so the bracket seats evenly. When all bolts are at spec, the bracket sits tight against the frame with no gap.

Step 6: Reinstall the skid plate and air shield. Button everything back up.

KDSS warning: If your 4Runner has KDSS (standard on TRD Off-Road and TRD Pro), do not install a standard non-KDSS kit. The suspension components block the mounting area. Use the dedicated Apex Overland KDSS version, which requires drilling into the frame, or a kit explicitly designed for KDSS.