The FB15M-3 electric forklift from Komatsu stands out in the market with its exceptional maneuverability and compact design, making it ideal for tight indoor spaces while also being capable of handling light outdoor tasks. Built with precision over recent years, this model features a standard electric powertrain, eliminating emissions and providing a quieter forklift experience. Its impressive lifting capacity of approximately 3,000 pounds, combined with a superior right angle stack and tighter turning radius than many competing models, make it a top choice for businesses seeking efficiency without compromising on power. While this model embodies the latest advancements in electric forklift technology, Komatsu continually updates its lineup, assuring users they are investing in innovative solutions. With its seamless blend of performance and eco-friendliness, the FB15M-3 stands as a reliable partner for modern warehouses and distribution centers.
Overall Length: Approximately 11.6 ft (excluding forks)
Overall Width: Approximately 3.5 ft
Height to Top of Overhead Guard: Approximately 7.4 ft
Wheelbase: Approximately 5.9 ft
Ground Clearance: Approximately 4.3 inches
Performance
Lifting Capacity: 5,000 lbs
Travel Speed: Up to 9 mph
Lift Speed: Approximately 67 feet per minute
Turning Radius: Approximately 6.9 ft
Powertrain
Power Source: Electric
Battery Voltage: 48V
Battery Capacity: Approximately 875 Ah
Wheels and Tires
Number of Wheels: 4
Tire Type: Cushion
Operator Environment
Seat Type: Adjustable with Suspension
Steering Type: Power Steering
Controls: Finger-tip multi-function controls
Elite Material Handling - DFW Airport Equipment Sales: 817-497-8366 2601 W Airport Freeway Suite 200 DFW Airport, TX 75261
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.