DOOSAN M200-V WHEEL LOADER
Equipment Overview
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Item functions as originally intended, shows signs of normal wear.
Technical Description
The Doosan M200-V wheel loader is a robust and versatile machine designed for demanding material handling tasks in construction, mining, and industrial environments. Featuring a ZF transmission, this loader delivers smooth shifting and reliable performance. The engine produces 138.2 hp (103 kW), providing ample power for efficient operation. With an operating weight of 24,250.9 lbs (11,000 kg) and a static tipping weight of 18,739.3 lbs (8,500 kg), the M200-V offers excellent stability and lifting capacity. The loader is equipped with a heaped bucket capacity of 2.4 cu yds (2 m³), enabling high productivity in loading and carrying applications. Breakout force is rated at 23,132.9 lbs (10,493 kg), allowing the machine to penetrate and move tough materials with ease. Dump clearance at maximum raise reaches 12.3 ft (4 m), facilitating efficient unloading into trucks or stockpiles. The machine measures 23.2 ft (7 m) in length with the bucket on the ground and has a wheelbase of 9.6 ft (3 m), contributing to maneuverability and balance. Ground clearance is 1.5 ft (0 m), and the height to the top of the cab is 10.7 ft (3 m). The reach at maximum lift and dump is 9 ft (3 m), optimizing material placement. The M200-V is fitted with 17.5/25 tires and has a fuel capacity of 68.7 gal (257 l), supporting extended operation. This loader combines durability, power, and operator comfort for a wide range of heavy-duty applications.
Technical Attributes
Engine Power
138 HP
Static Tipping Weight
18,739.30
Max Bucket Capacity
2.40 yd³
Max Breakout Force
23133 lb-ft
Max Dump Height
12.30 ft
Tire Size
17.5/25
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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