Drexel, a prominent name in the material handling industry, distinguishes itself through its innovative swing mast technology, which is central to its forklifts and narrow aisle solutions. This technology allows their forklifts to operate efficiently in very narrow aisles, providing superior maneuverability and flexibility in warehouse applications. The unique design of Drexel's equipment enables operators to rotate the mast and fork assembly, allowing them to handle pallets in confined spaces without the need to move the entire vehicle. This results in more efficient space utilization, increased storage capacity, and reduced storage costs, setting Drexel apart from traditional forklifts and other competitors in the market.
Lift Speed (Unloaded): Approximately 118 feet per minute
Lift Speed (Loaded): Approximately 86 feet per minute
Dimensions
Overall Width: 42 inches
Overall Length: Varies with fork length
Wheelbase: 60 inches
Overall Height: 89 inches (standard)
Weight
Approximate Machine Weight: 8,600 lbs
Tires
Type: Cushion
Front Tires: 21 x 7 inches
Rear Tires: 16 x 5 inches
Battery
Voltage: 48V
Capacity: 750 Ah
Additional Features
AC Drive Motor
Curve Control
Regenerative Braking
National Lift Truck, Inc. Geoff Dietz 3333 Mt. Prospect Rd. Franklin Park, IL 60131
FINANCING
Finance with
As low as
$/mo
Finance with
As low as
$/mo
All finance rates, terms, and conditions are subject to approval and may change without prior notice. Rates are provided for informational purposes only and are not guaranteed. Final rates and terms will depend on creditworthiness, market conditions, and other factors at the time of application.
National Lift Truck, Inc. Geoff Dietz 3333 Mt. Prospect Rd. Franklin Park, IL 60131
FINANCING
Finance with
As low as
$/mo
Finance with
As low as
$/mo
All finance rates, terms, and conditions are subject to approval and may change without prior notice. Rates are provided for informational purposes only and are not guaranteed. Final rates and terms will depend on creditworthiness, market conditions, and other factors at the time of application.