Description

Honeywell Thor VM1/VM2/VM3 Dock Ball & Mounting Hardware PN VM1001RAMBALL

Honeywell Thor VM1/VM2/VM3 RAM Ball VM1001RAMBALL

Dock Ball (D-Size, Includes Mounting Hardware) for Thor

The Honeywell Thor VM1/VM2/VM3 Dock Ball & Mounting Hardware PN VM1001RAMBALL is a rugged OEM mounting component designed to provide a secure and adjustable connection point for Honeywell vehicle-mounted computer docks. Built for industrial performance, this D-size RAM ball mount ensures stable positioning in high-vibration environments such as forklifts, trucks, and warehouse vehicles.

Engineered for compatibility with Honeywell Thor VM1, VM2, and VM3 systems, the VM1001RAMBALL features a D-size 2.25-inch RAM ball that integrates seamlessly with RAM mounting arms and brackets. This allows for flexible positioning of docking stations, helping operators achieve optimal viewing angles and ergonomic access during operation.

The included mounting hardware ensures a complete installation solution, making it easy to attach the dock ball securely to vehicle mounts or fixed workstation setups. This component is commonly included in full RAM mounting kits but is also available separately for replacements or custom configurations.

Constructed to Honeywell’s OEM standards, the VM1001RAMBALL is built to withstand harsh industrial conditions, including vibration, temperature fluctuations, and continuous daily use. Its durable design ensures long-term reliability and helps maintain stable device positioning in demanding environments such as logistics operations, manufacturing facilities, and distribution centers.

This dock ball is essential for creating a complete and secure mounting system, supporting efficient workflows and protecting valuable equipment from movement or misalignment.

With part number VM1001RAMBALL, the Honeywell Thor dock ball mount is a trusted solution for enabling flexible positioning, improving ergonomics, and ensuring reliable mounting performance in industrial vehicle computing applications.

Videos

Support