Roll-N-Lock Cargo Manager

Fits 2019–2026 Ford Ranger

Part #: CM123

Overview

The Roll-N-Lock Cargo Manager is an innovative bed divider designed specifically for Ford Ranger models from 2019 to 2026. This versatile accessory allows truck owners to organize and secure lightweight cargo within the truck bed, enhancing both safety and convenience. Its movable design provides flexible cargo management, making it ideal for those who frequently transport various items and need a reliable way to prevent shifting during transit. Crafted with durability and ease of use in mind, the Cargo Manager seamlessly integrates with your truck bed, offering a practical solution for maintaining order and security.

Key Features

• Adjustable positioning every 3 inches along the bed length for customized cargo management
• Controlled from the driver’s side for effortless repositioning using squeeze control levers
• Spring-activated mechanism automatically pins the divider into the nearest slot for secure placement
• Constructed from durable materials designed to withstand regular use and exposure to the elements
• Compatible with Roll-N-Lock retractable bed covers for combined security and cargo organization
• Supports lightweight cargo containment, reducing shifting and enhancing safety during stops and turns

Construction & Design

The Cargo Manager features a robust design with spring-activated pins and precision-engineered control levers, ensuring smooth operation and reliable positioning. Its materials are selected for durability, resisting wear and environmental factors, making it suitable for demanding truck bed applications.

Installation & Fitment

Designed for straightforward installation, the Cargo Manager attaches securely to the Ford Ranger bed tracks. Its adjustable nature allows for easy repositioning without tools, providing a flexible and user-friendly cargo management solution.

What’s Included

The package includes the movable bed divider, control levers, and all necessary mounting hardware to ensure a secure fit and optimal functionality.