Goose Gear Rear Plate System – Jeep Wrangler JKU 4‑Door (2007–2018)

Vehicle Compatibility

This foundational rear floor plate system is engineered for Jeep Wrangler JKU 4‑Door models (2007–2018). It supports variants with or without factory subwoofers; older 2007–2010 models require installation of rivnut anchors for secure mounting.

Product Overview

Constructed from industrial-grade plywood with Goose Gear’s proprietary spray coating, this system forms a rigid and durable base for modular gear. It is designed to accommodate Goose Gear’s drawer modules, IceBox, CampKitchen, or custom gear layouts like fridge slides and dog crates.

Installation Notes & Subwoofer Options

• 2007–2010 models lack factory anchor points, requiring rivnut installation; the kit includes insert hardware and tool.

• 2011–2014 models with side‑mounted subwoofers must first remove the subwoofer and trim.

• 2015–2018 vehicles with floor-mounted subwoofer need the compatible Factory Floor Subwoofer variant.

• Installation also involves permanent removal of plastic trim. Early Jeeps have carpeted rear wheel wells; later models expose painted metal when trim is removed.

Specifications & Module Compatibility

• Weight: approximately 33 lbs

• Supports deeper drawer modules: up to 28″ deep double drawers or 36″ deep single drawers in 2‑door JK; standard 25″ or 28″ depths for JKU.

• Compatible with Goose Gear Plate System modules including single/double drawers, IceBox, CampKitchen 2.3, and others.

Build Quality & Lead Time

• Made in the USA, using ~80% North American-sourced materials

• Built-to-order with a standard 10-week production timeframe before shipping; early fulfillment may occur but is not guaranteed.

Why Choose This Plate System?

• Provides a robust, bolt‑in base for modular storage, cooking, or sleeping builds

• Flexible fitment options accommodate subwoofer and year-specific configurations without permanent vehicle modifications

• Durable and lightweight construction tailored for overland readiness

• Fully reusable and scalable for future layout upgrades or component swaps