Yale Cushion Tire 4 Wheel Sit Down (Indoor Warehouse) Forklifts For Sale
Yale Cushion Tire 4 Wheel Sit Down forklifts are known for their ergonomic design, which prioritizes operator comfort and efficiency, reducing fatigue during extended use. They often feature advanced control systems that improve handling precision, boosting productivity and safety in indoor warehouse environments. These forklifts typically offer a robust build and reliable performance, with durable components that require minimal maintenance, effectively lowering operating costs. Additionally, Yale emphasizes energy efficiency in their electric models, contributing to reduced environmental impact and cost savings on fuel.
Overall Length: Approximately varies based on configuration
Overall Width: Approximately 2.7 feet
Overall Height: Approximately 4.5 feet to the top of the overhead guard
Wheelbase: Approximately 4.1 feet
Fork Length: Varies
Weight
Service Weight: Approximately 7050 lbs
Axle Load with Load (Front/Rear): Depends on configuration
Axle Load without Load (Front/Rear): Depends on configuration
Capacity
Load Capacity: 4500 lbs
Performance
Travel Speed: Approximately 5.5 mph (laden/unladen)
Lift Speed: Approximately 39 ft/min (laden)
Lowering Speed: Approximately 39 ft/min (laden)
Turning Radius: Approximately 4.5 feet
Powertrain
Drive Motor: Electric, 24-volt
Battery: 24V, capacity varies based on specification
Tires
Tire Type: Cushion
Front Tire Size: Varies based on model
Rear Tire Size: Varies based on model
Brakes
Service Brake: Hydraulic
Parking Brake: Manual
Other Features
Steering: Electric power steering
Operator Compartment: Ergonomic design with adjustable features
United Lift LLC Arcangelo Capozzolo: 716-281-1351 300 International Dr. Suite 100 Williamsville, NY 14221
FINANCING
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.