MICHIGAN / CLARK TMX25 SIT-DOWN FORKLIFT

MICHIGAN / CLARK TMX25 MICHIGAN / CLARK TMX25 SIT-DOWN FORKLIFT equipment image

Equipment Overview

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OEM
MICHIGAN / CLARK
Model
TMX25
Year of Manufacture
-
Category
SIT-DOWN FORKLIFTS

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Technical Description

The Michigan/Clark TMX25 electric forklift is a compact, highly maneuverable three-wheel model optimized for medium-duty material handling tasks. Powered by a 36V electric motor with a 100% AC system, it delivers smooth, low-maintenance performance with a maximum travel speed of 7.5 mph (11 kph). The forklift features a cushion tire setup with two front wheels and one rear wheel, enabling a tight turning radius of 5.2 ft and a wheelbase of 4.4 ft for excellent maneuverability in confined spaces. Its overall dimensions include a length of 6.4 ft to fork face, an overall width of 3.6 ft, and a height of 7 ft to the top of the overhead guard when the mast is lowered. The TMX25’s lifting capability is designed for loads up to 5,511.6 lbs, with a load center of 19.7 inches. It has a three-stage mast offering a maximum fork height of 14.2 ft and a maximum fork spread of 36 inches. The mast can tilt 3 degrees forward and 5 degrees backward, allowing precise load placement. Lift speed is rated at 45 ft/min, with a lowering speed of 77 ft/min, supporting efficient vertical handling. The forklift’s ground clearance is 3.3 inches, and it has an operating weight of approximately 10,092.8 lbs. This combination of compact size, electric power, and robust lifting performance makes the TMX25 suitable for indoor warehouse applications and other environments requiring agile, reliable forklifts.

Technical Attributes

Turning Radius
5.20 ft
Max Fork Height
170.40 ''
Fuel Type
Electric
Load Capacity
5512 lb

Data Accuracy and Verification

Specifications and technical details are compiled from manufacturer documentation, historical records, and third-party industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all details before relying on them.

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