Forklift Truck Propelled Mover
Economical rail car switching solution with superior component reliability, utilizing standard forklift trucks for efficient shunting operations.
Key Specifications
- Compatible with forklift trucks weighing 2 to 7.5 tons
- Standard track gauge 56.5″ (1435mm). *Option to build the unit for narrow or broad gauge (from 39.4″ to 65.7″) for an additional cost.
- Moving speed: 1.5 to 3.1 mph
- Optional high-speed conversion kit available
- Max push/pull capacity is 330 tons
—Technical Specifications
Overview
The Portable Railcar Mover represents an economical approach to rail car switching, utilizing the power and reliability of standard forklift trucks to provide efficient shunting operations with minimal maintenance requirements.
This innovative railcar mover is designed for normal track gauge operations of 56.5″ (1435mm), with maximum shunting speeds of 1.5-3.1 mph. For applications requiring higher speeds, a conversion kit enables operation at 4.35 to 5.59 mph. The system’s ingenious design transfers the driving force from the forklift truck (weighing 2 to 7.5 tons) through four drive rollers, ensuring reliable and controlled movement.
The solid construction philosophy ensures the Forklift Powered Railcar Mover is almost maintenance-free, providing long-term reliability and cost-effectiveness. The system accommodates a wide range of forklift trucks, making it adaptable to existing fleet equipment and eliminating the need for specialized rail-only vehicles.
Features
Watch as Railquip transforms an ordinary forklift truck into a powerful railcar mover—delivering an economical shunting solution with unmatched reliability and compatibility.
The Forklift Powered Railcar Mover pushes and pulls up to 330 tons at speeds of 1.5–3.1 mph, offering a low maintenance and cost-effective design that makes it a practical solution for customers with smaller operations that only need to move a few railcars a week.
Technical Specifications
- Track Gauge: 56.5″ (1435mm) standard
- Compatible Forklift Weight: 2 to 7.5 tons
- Standard Moving Speed: 1.5 to 3.1 mph
- High-Speed Option: 4.35 to 5.59 mph (conversion kit)
- Drive System: Four drive rollers
- Construction: Solid, maintenance-free design
- Power Source: Forklift truck propulsion
Economic Operation
- Utilizes existing forklift truck fleet
- Eliminates need for specialized rail-only equipment
- Superior component reliability
- Almost maintenance-free due to solid construction
- Cost-effective alternative to dedicated rail movers
Versatile Compatibility
- Accommodates forklift trucks from 2 to 10 tons
- Standard track gauge 56.5″ (1435mm) operation
- Compatible with various forklift truck models
- Easy mounting and dismounting process
- Multi-purpose equipment utilization
Performance & Control
- Standard speed range: 1.5 to 3.1 mph
- Optional high-speed conversion kit available
- Four drive rollers for efficient force transfer
- Precise speed control through forklift operation
- Stable and controlled rail movement
- Max push/pull capacity is 330 tons
Design Advantages
- Solid construction for durability
- Minimal maintenance requirements
- Portable design for flexible deployment
- Easy operation with familiar forklift controls
- Reliable performance in various rail yard conditions
—Related Projects
CERREJÓN COAL MINE IN COLOMBIA Case Study
To modernize Cerrejón’s lifting capabilities, Railquip and Eymaq provided a tailored solution: three sets of four 60-ton lifting jacks designed to replace outdated equipment
Washington Metropolitan Area Transit Authority – Case study
WMATA needed to replace its stationary drop table at the Shady Grove S&I shop due to excessive maintenance costs and aging parts. Railquip provided
Bay Area Rapid Transit Authority (BART) Case Study
BART required a solution to efficiently change the direction of railcars in their existing railyard. Railquip’s Automated Railcar Turntable provided a seamless, automated system
AMTRAK: Penn Station Rehabilitation Project Case Study
AMTRAK needed a custom-built Railbound Tunnel Crane for the New York Penn Station Rehabilitation Project. The crane had to operate within strict clearance limits
O-Train Case Study
In 2015, the O-Train in Ottawa, Canada, sought a complete train maintenance facility for their new fleet. Railquip provided a fully customized underground lifting
BNSF Burlington Northern Santa Fe Case Study
BNSF required a safer, more efficient way to pull locomotives over their wheel truing machine, addressing safety concerns and reducing pollution in the workshop.
Long Island Railroad Case Study
LIRR needed a safe and efficient solution for rerailing derailed trains due to frequent derailments that required costly external contractors. Railquip provided a standard
Clark Construction – Case study
In pursuit of operational excellence, our client sought to standardize maintenance practices across all locations with an established maintenance system featuring multiple turntables. The
TLC CASINO ENTERPRISES, INC.
Our task was to design, manufacture, and install a rotating bar floor in an existing 2nd-floor restaurant, taking into consideration the limitations imposed by



