CAT 12M MOTOR GRADERS

CAT 12M CAT 12M MOTOR GRADERS equipment image

Equipment Overview

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OEM
CAT
Model
12M
Year of Manufacture
-
Category
MOTOR GRADERS

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Technical Description

The 2012 CAT 12M Motor Grader is a versatile, high-performance machine engineered for precision grading and earthmoving tasks. Powered by a Cat® C6.6 ACERT™ VHP engine, it delivers a net power range of 158–193 hp, with a displacement of 7.2 L and a maximum torque of 1,052 N·m at 1,000 rpm. The engine features advanced power management and meets stringent emissions standards. The transmission offers up to 8 forward and 6 reverse speeds, with a top forward speed of 29.0 mph and reverse speed of 22.9 mph. Steering is precise, with a 47.5° front steering angle and a 20° articulation angle, while the hydraulic system uses a closed-center, load-sensing design with a variable piston pump, delivering up to 3,500 psi and 51 gal/min flow. The machine is equipped with a 3.7 m (12 ft) moldboard, with optional 4.3 m and 4.9 m blades, and offers a maximum depth of cut of 715 mm and lift above ground of 480 mm. The blade can be shifted up to 660 mm right and 510 mm left, with a maximum position angle of 90°. The 12M features a robust 6x4 axle configuration, hydraulic-actuated drum brakes, and a modular rear axle for easy serviceability. The operator station includes advanced joystick controls, electronic throttle, and a comprehensive gauge cluster. The machine’s dimensions are approximately 8.75 m in length, 2.51 m in width, and 3.31 m in height, with an operating weight of around 18,400 kg. Optional 3D grade control systems, such as Cat Grade with 3D, provide centimeter-level precision for automated blade positioning.

Technical Attributes

Engine Power
285 HP

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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