VOLVO G726 VHP MOTOR GRADERS

VOLVO G726 VHP VOLVO G726 VHP MOTOR GRADERS equipment image

Equipment Overview

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OEM
VOLVO
Model
G726 VHP
Year of Manufacture
-
Category
MOTOR GRADERS

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Technical Description

The Volvo G726 VHP Motor Grader is a robust, high-performance machine designed for demanding grading applications. It features a 12-foot moldboard with a 66.3-inch diameter and a 44-degree front blade tip angle, providing precise control and efficient material movement. The grader offers a maximum lift above ground of 17.5 inches and a 360-degree rotation for versatile operation. The blade base measures 8.6 feet, with a moldboard height of 25 inches and thickness of 0.9 inches, supporting a blade down pressure of 17,403 lbs and a blade pull at max weight of 21,189 lbs. The machine is powered by a turbocharged 6-cylinder 6C8.3 engine, delivering 195 hp and 636 lbs-ft of torque, ensuring strong performance in various conditions. The hydraulic system utilizes a load-sensing pump with a flow rate of 50.5 gpm and a relief valve pressure of 2500 psi, enhancing operational efficiency. The grader has a total operating weight of 33,550 lbs, with a front axle weight of 10,007 lbs and a rear axle weight of 23,543 lbs. It is equipped with a powershift transmission offering 8 forward and 4 reverse gears, with a maximum forward speed of 28.5 mph and reverse speed of 20.4 mph. The articulation angle is 22 degrees, and the front axle provides 16 degrees of oscillation and 15 degrees of wheel lean. The machine measures 27.9 feet in length, 8.4 feet in width, and 10.2 feet in height, with a wheelbase of 20 feet. The fuel capacity is 100 gallons, and the hydraulic system fluid capacity is 23.8 gallons. The Volvo G726 VHP Motor Grader is built for durability, precision, and operator comfort in heavy-duty construction environments.

Technical Attributes

Engine Model
6C8.3
Max Speed
28.5 mph
Operating Weight
33,550.00
Engine Power
195 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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