2003-2008 YANMAR V12 WHEEL LOADER
Equipment Overview
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Item functions as originally intended, shows signs of normal wear.
Technical Description
The Yanmar V12 is a compact wheel loader engineered for high performance and efficiency in demanding applications. Powered by a 100-hp (75 kW) Deutz TCD 3.6 L4 turbocharged diesel engine operating at 2,200 rpm, it delivers robust power and reliable operation. The hydrostatic transmission enables smooth, infinitely variable speed control with a maximum forward speed of 22.4 mph (35 kph), while the oscillating rear axle ensures stability and traction on uneven terrain. The loader features single-pin articulation for precise steering and a total steering angle of 80 degrees, enhancing maneuverability. With an operating weight of 15,432 lbs (7,000 kg) and a rated bucket capacity of 1.57 cu yds (1 m³), the V12 offers a breakout force of 13,263.8 lbs (6,016 kg) and a static tipping weight of 11,023.2 lbs (5,000 kg). The hydraulic system provides a pump flow capacity of 20 gal/min (76 l/min) and a relief valve setting of 3,000 psi for responsive attachment control. Standard tires are 405/70 R 20 SPT 9 Dunlop, and the loader has a turning radius of 15.4 ft (5 m). Key dimensions include a length with bucket on ground of 18 ft (5 m), a width over tires of 6.5 ft (2 m), and a hinge pin maximum height of 11.6 ft (3 m). The Yanmar V12 is equipped with a comfortable operator station, intuitive joystick controls, and a robust hydraulic ISO-style coupler, making it a versatile and productive choice for compact loading tasks.
Technical Attributes
Engine Power
100 HP
Static Tipping Weight
11,023.20
Max Breakout Force
13264 lb-ft
Tire Size
405/70 R20
Max Speed
22.40 mph
Max Dump Height
8.80 ft
Max Bucket Capacity
1.60 yd³
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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