C4 Fabrication Rear Skid Plates | Toyota 4Runner (2025-2026)

The 6th Gen 4Runner Rear Skid Plates from C4 Fabrication are designed to protect critical drivetrain components when tackling demanding off-road terrain. This armor system shields the transmission, transfer case, and exhaust system—including the catalytic converters—from damage caused by rocks, debris, and trail obstacles. Built for durability and coverage, the rear skid plates provide essential protection for areas commonly exposed during off-road driving.

Constructed from heavy-duty 3/16-inch CNC-cut P&O steel, the skid plates offer excellent strength and impact resistance. A unique bolt-in crossmember is included to increase structural support and provide additional protection for the transfer case. This reinforced design ensures the system can withstand harsh trail conditions while maintaining reliable underbody protection.

Engineered for straightforward installation, the skid plates use a 100% bolt-on design and include all necessary mounting hardware. The system is designed to work with the C4 front skid plate and will not function without it. Weighing approximately 72 lbs, the rear skid plates deliver durable coverage without excessive weight, making them a practical upgrade for off-road-focused builds.

Specifications

• Material: 3/16" CNC Cut P&O Steel
• Coverage: Transmission, Transfer Case, and Exhaust Protection
• Crossmember: Bolt-In Reinforced Crossmember Included
• Weight: Approximately 72 lbs
• Installation Type: 100% Bolt-On
• Compatibility: Requires C4 Front Skid Plate
• System Components: Transmission and Transfer Case Skid Plates
• Drivetrain Options: iForce 2.4L Turbo or iForce MAX Hybrid
• Hardware: Mounting Hardware Included
• Finish Options: Raw Steel or Powder Coat

Installation

Installation uses a 100% bolt-on design and includes all required mounting hardware. The rear skid plates are designed to work specifically with the C4 front skid plate and cannot be installed independently. A bolt-in crossmember is included to reinforce the transfer case area and improve structural strength.