PM102 - Track

The engine offers outstanding value by combining industry leading electronic capabilities, performance and reliability with optimum fuel economy.

Engine power curve is optimized for milling applications providing optimum power while keeping the engine operating at peak efficiency.

High horsepower with increased response time is assured while keeping exhaust temperatures low and in concert with the tight tolerance combustion chamber components, maximizing fuel efficiency and minimizing emissions.

This feature provides reduced engine noise, improved fuel economy, faster hot and/or cold starts and better high altitude performance.

The engine offers outstanding value by combining industry leading electronic capabilities, performance and reliability with optimum fuel economy.

Engine power curve is optimized for milling applications providing optimum power while keeping the engine operating at peak efficiency.

High horsepower with increased response time is assured while keeping exhaust temperatures low and in concert with the tight tolerance combustion chamber components, maximizing fuel efficiency and minimizing emissions.

This feature provides reduced engine noise, improved fuel economy, faster hot and/or cold starts and better high altitude performance.

The electronically controlled system matches propel speed to load on engine for maximum production.

The machine operates at either maximum torque throughout the entire milling speed range or at a faster travel speed for moving around the job site.

Equal hydraulic oil flow to each drive motor increases tractive effort in hard cutting applications. The positive traction control is actuated from the operator’s console.

Track pads in polyurethane provide long service life and positive traction on all pavement surfaces.

The engine offers outstanding value by combining industry leading electronic capabilities, performance and reliability with optimum fuel economy.

Engine power curve is optimized for milling applications providing optimum power while keeping the engine operating at peak efficiency.

High horsepower with increased response time is assured while keeping exhaust temperatures low and in concert with the tight tolerance combustion chamber components, maximizing fuel efficiency and minimizing emissions.

This feature provides reduced engine noise, improved fuel economy, faster hot and/or cold starts and better high altitude performance.

The electronically controlled system matches propel speed to load on engine for maximum production.

The machine operates at either maximum torque throughout the entire milling speed range or at a faster travel speed for moving around the job site.

Equal hydraulic oil flow to each drive motor increases tractive effort in hard cutting applications. The positive traction control is actuated from the operator’s console.

Track pads in polyurethane provide long service life and positive traction on all pavement surfaces.

The rotor drive consists of trapezoid pulleys, molded high-strength belt and a hydrauliccoupling dry clutch. The field-proven drive system delivers reliability and long service life.

A drive train protection device protects rotor drive system, rotor and tools by instantly disengaging rotor drive whenever an abrupt drop in rotor rpm occurs.

Upper and lower sheaves are easily interchangeable for maximum torque with the toughest materials and different material sizing requirements.

High tensile belt provides efficient transmission and long service life.

The hydraulically powered automatic drive belt tensioner prevents rotor drive belt slippage and reduces maintenance.

The engine offers outstanding value by combining industry leading electronic capabilities, performance and reliability with optimum fuel economy.

Engine power curve is optimized for milling applications providing optimum power while keeping the engine operating at peak efficiency.

High horsepower with increased response time is assured while keeping exhaust temperatures low and in concert with the tight tolerance combustion chamber components, maximizing fuel efficiency and minimizing emissions.

This feature provides reduced engine noise, improved fuel economy, faster hot and/or cold starts and better high altitude performance.

The electronically controlled system matches propel speed to load on engine for maximum production.

The machine operates at either maximum torque throughout the entire milling speed range or at a faster travel speed for moving around the job site.

Equal hydraulic oil flow to each drive motor increases tractive effort in hard cutting applications. The positive traction control is actuated from the operator’s console.

Track pads in polyurethane provide long service life and positive traction on all pavement surfaces.

The rotor drive consists of trapezoid pulleys, molded high-strength belt and a hydrauliccoupling dry clutch. The field-proven drive system delivers reliability and long service life.

A drive train protection device protects rotor drive system, rotor and tools by instantly disengaging rotor drive whenever an abrupt drop in rotor rpm occurs.

Upper and lower sheaves are easily interchangeable for maximum torque with the toughest materials and different material sizing requirements.

High tensile belt provides efficient transmission and long service life.

The hydraulically powered automatic drive belt tensioner prevents rotor drive belt slippage and reduces maintenance.

Tools are mounted in durable three-piece, quick release patented tool holders and arranged in a triple wrap flighting pattern for maximum breakout force.

A tapered fit maintains tightness in holder base. Fast and effortless tool removal is provided by the quick release conical tool holder tool removing system.

Loading paddles effectively move milled material onto collecting conveyor resulting in higher production and less wear on inside of rotor chamber and cutting tools.

Triple-tree tool placement on rotor ends provides optimum tool spacing to clean up loose material and reduces wear on drum when maneuvering in the cut.

The engine offers outstanding value by combining industry leading electronic capabilities, performance and reliability with optimum fuel economy.

Engine power curve is optimized for milling applications providing optimum power while keeping the engine operating at peak efficiency.

High horsepower with increased response time is assured while keeping exhaust temperatures low and in concert with the tight tolerance combustion chamber components, maximizing fuel efficiency and minimizing emissions.

This feature provides reduced engine noise, improved fuel economy, faster hot and/or cold starts and better high altitude performance.

The electronically controlled system matches propel speed to load on engine for maximum production.

The machine operates at either maximum torque throughout the entire milling speed range or at a faster travel speed for moving around the job site.

Equal hydraulic oil flow to each drive motor increases tractive effort in hard cutting applications. The positive traction control is actuated from the operator’s console.

Track pads in polyurethane provide long service life and positive traction on all pavement surfaces.

The rotor drive consists of trapezoid pulleys, molded high-strength belt and a hydrauliccoupling dry clutch. The field-proven drive system delivers reliability and long service life.

A drive train protection device protects rotor drive system, rotor and tools by instantly disengaging rotor drive whenever an abrupt drop in rotor rpm occurs.

Upper and lower sheaves are easily interchangeable for maximum torque with the toughest materials and different material sizing requirements.

High tensile belt provides efficient transmission and long service life.

The hydraulically powered automatic drive belt tensioner prevents rotor drive belt slippage and reduces maintenance.

Tools are mounted in durable three-piece, quick release patented tool holders and arranged in a triple wrap flighting pattern for maximum breakout force.

A tapered fit maintains tightness in holder base. Fast and effortless tool removal is provided by the quick release conical tool holder tool removing system.

Loading paddles effectively move milled material onto collecting conveyor resulting in higher production and less wear on inside of rotor chamber and cutting tools.

Triple-tree tool placement on rotor ends provides optimum tool spacing to clean up loose material and reduces wear on drum when maneuvering in the cut.

The hydraulically operated anti-slab device prevents slabbing of the road surface, protects the collecting conveyor and ensures an optimum discharge opening to the rotor chamber.

The collecting conveyor's width measures in at 550 mm (21.6") and is driven by a high torque hydraulic motor for maximum efficiency.

The collecting conveyor features variable belt speed for optimum production in all applications. Reversible belt rotation control is also provided.

Standard pressurized water spray lubricates and controls dust on collecting belt. Water spray nozzles are easily removed for inspection and replacement without the need for tools.

The engine offers outstanding value by combining industry leading electronic capabilities, performance and reliability with optimum fuel economy.

Engine power curve is optimized for milling applications providing optimum power while keeping the engine operating at peak efficiency.

High horsepower with increased response time is assured while keeping exhaust temperatures low and in concert with the tight tolerance combustion chamber components, maximizing fuel efficiency and minimizing emissions.

This feature provides reduced engine noise, improved fuel economy, faster hot and/or cold starts and better high altitude performance.

The electronically controlled system matches propel speed to load on engine for maximum production.

The machine operates at either maximum torque throughout the entire milling speed range or at a faster travel speed for moving around the job site.

Equal hydraulic oil flow to each drive motor increases tractive effort in hard cutting applications. The positive traction control is actuated from the operator’s console.

Track pads in polyurethane provide long service life and positive traction on all pavement surfaces.

The rotor drive consists of trapezoid pulleys, molded high-strength belt and a hydrauliccoupling dry clutch. The field-proven drive system delivers reliability and long service life.

A drive train protection device protects rotor drive system, rotor and tools by instantly disengaging rotor drive whenever an abrupt drop in rotor rpm occurs.

Upper and lower sheaves are easily interchangeable for maximum torque with the toughest materials and different material sizing requirements.

High tensile belt provides efficient transmission and long service life.

The hydraulically powered automatic drive belt tensioner prevents rotor drive belt slippage and reduces maintenance.

Tools are mounted in durable three-piece, quick release patented tool holders and arranged in a triple wrap flighting pattern for maximum breakout force.

A tapered fit maintains tightness in holder base. Fast and effortless tool removal is provided by the quick release conical tool holder tool removing system.

Loading paddles effectively move milled material onto collecting conveyor resulting in higher production and less wear on inside of rotor chamber and cutting tools.

Triple-tree tool placement on rotor ends provides optimum tool spacing to clean up loose material and reduces wear on drum when maneuvering in the cut.

The hydraulically operated anti-slab device prevents slabbing of the road surface, protects the collecting conveyor and ensures an optimum discharge opening to the rotor chamber.

The collecting conveyor's width measures in at 550 mm (21.6") and is driven by a high torque hydraulic motor for maximum efficiency.

The collecting conveyor features variable belt speed for optimum production in all applications. Reversible belt rotation control is also provided.

Standard pressurized water spray lubricates and controls dust on collecting belt. Water spray nozzles are easily removed for inspection and replacement without the need for tools.

Machine transportation is made easier by the folding front conveyor that reduces the machine dimensions.

The upper conveyor's width measures in at 600 mm (23.6") and its height adjustment is hydraulically controlled while two cylinders provide a 41 degree swing to the left and right.

The front loading conveyor also includes variable belt speed and reversible belt rotation control. The loading belt speed is infinitely variable and provides optimum discharge capability for uniformly loading the haul truck.

Quick-fitting hydraulics and mechanical conveyor components allow the front conveyor to be easily detached from the machine.

The engine offers outstanding value by combining industry leading electronic capabilities, performance and reliability with optimum fuel economy.

Engine power curve is optimized for milling applications providing optimum power while keeping the engine operating at peak efficiency.

High horsepower with increased response time is assured while keeping exhaust temperatures low and in concert with the tight tolerance combustion chamber components, maximizing fuel efficiency and minimizing emissions.

This feature provides reduced engine noise, improved fuel economy, faster hot and/or cold starts and better high altitude performance.

The electronically controlled system matches propel speed to load on engine for maximum production.

The machine operates at either maximum torque throughout the entire milling speed range or at a faster travel speed for moving around the job site.

Equal hydraulic oil flow to each drive motor increases tractive effort in hard cutting applications. The positive traction control is actuated from the operator’s console.

Track pads in polyurethane provide long service life and positive traction on all pavement surfaces.

The rotor drive consists of trapezoid pulleys, molded high-strength belt and a hydrauliccoupling dry clutch. The field-proven drive system delivers reliability and long service life.

A drive train protection device protects rotor drive system, rotor and tools by instantly disengaging rotor drive whenever an abrupt drop in rotor rpm occurs.

Upper and lower sheaves are easily interchangeable for maximum torque with the toughest materials and different material sizing requirements.

High tensile belt provides efficient transmission and long service life.

The hydraulically powered automatic drive belt tensioner prevents rotor drive belt slippage and reduces maintenance.

Tools are mounted in durable three-piece, quick release patented tool holders and arranged in a triple wrap flighting pattern for maximum breakout force.

A tapered fit maintains tightness in holder base. Fast and effortless tool removal is provided by the quick release conical tool holder tool removing system.

Loading paddles effectively move milled material onto collecting conveyor resulting in higher production and less wear on inside of rotor chamber and cutting tools.

Triple-tree tool placement on rotor ends provides optimum tool spacing to clean up loose material and reduces wear on drum when maneuvering in the cut.

The hydraulically operated anti-slab device prevents slabbing of the road surface, protects the collecting conveyor and ensures an optimum discharge opening to the rotor chamber.

The collecting conveyor's width measures in at 550 mm (21.6") and is driven by a high torque hydraulic motor for maximum efficiency.

The collecting conveyor features variable belt speed for optimum production in all applications. Reversible belt rotation control is also provided.

Standard pressurized water spray lubricates and controls dust on collecting belt. Water spray nozzles are easily removed for inspection and replacement without the need for tools.

Machine transportation is made easier by the folding front conveyor that reduces the machine dimensions.

The upper conveyor's width measures in at 600 mm (23.6") and its height adjustment is hydraulically controlled while two cylinders provide a 41 degree swing to the left and right.

The front loading conveyor also includes variable belt speed and reversible belt rotation control. The loading belt speed is infinitely variable and provides optimum discharge capability for uniformly loading the haul truck.

Quick-fitting hydraulics and mechanical conveyor components allow the front conveyor to be easily detached from the machine.

The full width operator’s station provides a view of the front loading conveyor and side plates for precise and rapid positioning.

Durable suspension seat with armrest provides optimum operator comfort.

Located on the operator’s station and at ground level control stations.

Full width canopy with two extending side wings and front windshield and rear window provides optimum operator comfort and protection. Canopy can be hydraulically lowered during transportation.

The distribution and clear instrumentation layout on the front and side control consoles have been designed to ensure minimum operator effort and maximum automation. All gauges and displays are easily visible even in direct sunlight.

A large display, easily visible in direct sunlight, provides operating parameters for machine and engine diagnostics. The display presents a single interface for service diagnostics and calibration.

The system constantly monitors system pressures and engine condition with multiple modes of operation. Alerts the operator if a problem does occur with three levels of event information.

A single switch control allows the operator to engage or disengage main operating functions including propel, water spray system, leveling system and conveyor rotation for maximum automation.

The engine offers outstanding value by combining industry leading electronic capabilities, performance and reliability with optimum fuel economy.

Engine power curve is optimized for milling applications providing optimum power while keeping the engine operating at peak efficiency.

High horsepower with increased response time is assured while keeping exhaust temperatures low and in concert with the tight tolerance combustion chamber components, maximizing fuel efficiency and minimizing emissions.

This feature provides reduced engine noise, improved fuel economy, faster hot and/or cold starts and better high altitude performance.

The electronically controlled system matches propel speed to load on engine for maximum production.

The machine operates at either maximum torque throughout the entire milling speed range or at a faster travel speed for moving around the job site.

Equal hydraulic oil flow to each drive motor increases tractive effort in hard cutting applications. The positive traction control is actuated from the operator’s console.

Track pads in polyurethane provide long service life and positive traction on all pavement surfaces.

The rotor drive consists of trapezoid pulleys, molded high-strength belt and a hydrauliccoupling dry clutch. The field-proven drive system delivers reliability and long service life.

A drive train protection device protects rotor drive system, rotor and tools by instantly disengaging rotor drive whenever an abrupt drop in rotor rpm occurs.

Upper and lower sheaves are easily interchangeable for maximum torque with the toughest materials and different material sizing requirements.

High tensile belt provides efficient transmission and long service life.

The hydraulically powered automatic drive belt tensioner prevents rotor drive belt slippage and reduces maintenance.

Tools are mounted in durable three-piece, quick release patented tool holders and arranged in a triple wrap flighting pattern for maximum breakout force.

A tapered fit maintains tightness in holder base. Fast and effortless tool removal is provided by the quick release conical tool holder tool removing system.

Loading paddles effectively move milled material onto collecting conveyor resulting in higher production and less wear on inside of rotor chamber and cutting tools.

Triple-tree tool placement on rotor ends provides optimum tool spacing to clean up loose material and reduces wear on drum when maneuvering in the cut.

The hydraulically operated anti-slab device prevents slabbing of the road surface, protects the collecting conveyor and ensures an optimum discharge opening to the rotor chamber.

The collecting conveyor's width measures in at 550 mm (21.6") and is driven by a high torque hydraulic motor for maximum efficiency.

The collecting conveyor features variable belt speed for optimum production in all applications. Reversible belt rotation control is also provided.

Standard pressurized water spray lubricates and controls dust on collecting belt. Water spray nozzles are easily removed for inspection and replacement without the need for tools.

Machine transportation is made easier by the folding front conveyor that reduces the machine dimensions.

The upper conveyor's width measures in at 600 mm (23.6") and its height adjustment is hydraulically controlled while two cylinders provide a 41 degree swing to the left and right.

The front loading conveyor also includes variable belt speed and reversible belt rotation control. The loading belt speed is infinitely variable and provides optimum discharge capability for uniformly loading the haul truck.

Quick-fitting hydraulics and mechanical conveyor components allow the front conveyor to be easily detached from the machine.

The full width operator’s station provides a view of the front loading conveyor and side plates for precise and rapid positioning.

Durable suspension seat with armrest provides optimum operator comfort.

Located on the operator’s station and at ground level control stations.

Full width canopy with two extending side wings and front windshield and rear window provides optimum operator comfort and protection. Canopy can be hydraulically lowered during transportation.

The distribution and clear instrumentation layout on the front and side control consoles have been designed to ensure minimum operator effort and maximum automation. All gauges and displays are easily visible even in direct sunlight.

A large display, easily visible in direct sunlight, provides operating parameters for machine and engine diagnostics. The display presents a single interface for service diagnostics and calibration.

The system constantly monitors system pressures and engine condition with multiple modes of operation. Alerts the operator if a problem does occur with three levels of event information.

A single switch control allows the operator to engage or disengage main operating functions including propel, water spray system, leveling system and conveyor rotation for maximum automation.

The right rear leg can be swung in within the machine’s cutting width for full flush cutting applications. With the right rear leg swung in, the machine can cut close to a wall, barrier or other vertical obstruction.

The swing-in arm mechanism ensures increased rigidity eliminating excessive wear for increased component life.

The rear leg swing-in system is automatic and controlled from the operator’s station. The operator is not required to leave the seat while positioning the right rear leg within the machine’s cutting width.

The engine offers outstanding value by combining industry leading electronic capabilities, performance and reliability with optimum fuel economy.

Engine power curve is optimized for milling applications providing optimum power while keeping the engine operating at peak efficiency.

High horsepower with increased response time is assured while keeping exhaust temperatures low and in concert with the tight tolerance combustion chamber components, maximizing fuel efficiency and minimizing emissions.

This feature provides reduced engine noise, improved fuel economy, faster hot and/or cold starts and better high altitude performance.

The electronically controlled system matches propel speed to load on engine for maximum production.

The machine operates at either maximum torque throughout the entire milling speed range or at a faster travel speed for moving around the job site.

Equal hydraulic oil flow to each drive motor increases tractive effort in hard cutting applications. The positive traction control is actuated from the operator’s console.

Track pads in polyurethane provide long service life and positive traction on all pavement surfaces.

The rotor drive consists of trapezoid pulleys, molded high-strength belt and a hydrauliccoupling dry clutch. The field-proven drive system delivers reliability and long service life.

A drive train protection device protects rotor drive system, rotor and tools by instantly disengaging rotor drive whenever an abrupt drop in rotor rpm occurs.

Upper and lower sheaves are easily interchangeable for maximum torque with the toughest materials and different material sizing requirements.

High tensile belt provides efficient transmission and long service life.

The hydraulically powered automatic drive belt tensioner prevents rotor drive belt slippage and reduces maintenance.

Tools are mounted in durable three-piece, quick release patented tool holders and arranged in a triple wrap flighting pattern for maximum breakout force.

A tapered fit maintains tightness in holder base. Fast and effortless tool removal is provided by the quick release conical tool holder tool removing system.

Loading paddles effectively move milled material onto collecting conveyor resulting in higher production and less wear on inside of rotor chamber and cutting tools.

Triple-tree tool placement on rotor ends provides optimum tool spacing to clean up loose material and reduces wear on drum when maneuvering in the cut.

The hydraulically operated anti-slab device prevents slabbing of the road surface, protects the collecting conveyor and ensures an optimum discharge opening to the rotor chamber.

The collecting conveyor's width measures in at 550 mm (21.6") and is driven by a high torque hydraulic motor for maximum efficiency.

The collecting conveyor features variable belt speed for optimum production in all applications. Reversible belt rotation control is also provided.

Standard pressurized water spray lubricates and controls dust on collecting belt. Water spray nozzles are easily removed for inspection and replacement without the need for tools.

Machine transportation is made easier by the folding front conveyor that reduces the machine dimensions.

The upper conveyor's width measures in at 600 mm (23.6") and its height adjustment is hydraulically controlled while two cylinders provide a 41 degree swing to the left and right.

The front loading conveyor also includes variable belt speed and reversible belt rotation control. The loading belt speed is infinitely variable and provides optimum discharge capability for uniformly loading the haul truck.

Quick-fitting hydraulics and mechanical conveyor components allow the front conveyor to be easily detached from the machine.

The full width operator’s station provides a view of the front loading conveyor and side plates for precise and rapid positioning.

Durable suspension seat with armrest provides optimum operator comfort.

Located on the operator’s station and at ground level control stations.

Full width canopy with two extending side wings and front windshield and rear window provides optimum operator comfort and protection. Canopy can be hydraulically lowered during transportation.

The distribution and clear instrumentation layout on the front and side control consoles have been designed to ensure minimum operator effort and maximum automation. All gauges and displays are easily visible even in direct sunlight.

A large display, easily visible in direct sunlight, provides operating parameters for machine and engine diagnostics. The display presents a single interface for service diagnostics and calibration.

The system constantly monitors system pressures and engine condition with multiple modes of operation. Alerts the operator if a problem does occur with three levels of event information.

A single switch control allows the operator to engage or disengage main operating functions including propel, water spray system, leveling system and conveyor rotation for maximum automation.

The right rear leg can be swung in within the machine’s cutting width for full flush cutting applications. With the right rear leg swung in, the machine can cut close to a wall, barrier or other vertical obstruction.

The swing-in arm mechanism ensures increased rigidity eliminating excessive wear for increased component life.

The rear leg swing-in system is automatic and controlled from the operator’s station. The operator is not required to leave the seat while positioning the right rear leg within the machine’s cutting width.

A microprocessor electronically controls the steering angle of the right rear track. The rear track steering angle is automatically adjusted in relation to the position of the front tracks.

The machine's rear track steering feature facilitates operation in confined areas and ensures a close cut around cul-de-sacs or turns. The right rear track steers in both positions, whether positioned within or outside the cutting width.

The engine offers outstanding value by combining industry leading electronic capabilities, performance and reliability with optimum fuel economy.

Engine power curve is optimized for milling applications providing optimum power while keeping the engine operating at peak efficiency.

High horsepower with increased response time is assured while keeping exhaust temperatures low and in concert with the tight tolerance combustion chamber components, maximizing fuel efficiency and minimizing emissions.

This feature provides reduced engine noise, improved fuel economy, faster hot and/or cold starts and better high altitude performance.

The electronically controlled system matches propel speed to load on engine for maximum production.

The machine operates at either maximum torque throughout the entire milling speed range or at a faster travel speed for moving around the job site.

Equal hydraulic oil flow to each drive motor increases tractive effort in hard cutting applications. The positive traction control is actuated from the operator’s console.

Track pads in polyurethane provide long service life and positive traction on all pavement surfaces.

The rotor drive consists of trapezoid pulleys, molded high-strength belt and a hydrauliccoupling dry clutch. The field-proven drive system delivers reliability and long service life.

A drive train protection device protects rotor drive system, rotor and tools by instantly disengaging rotor drive whenever an abrupt drop in rotor rpm occurs.

Upper and lower sheaves are easily interchangeable for maximum torque with the toughest materials and different material sizing requirements.

High tensile belt provides efficient transmission and long service life.

The hydraulically powered automatic drive belt tensioner prevents rotor drive belt slippage and reduces maintenance.

Tools are mounted in durable three-piece, quick release patented tool holders and arranged in a triple wrap flighting pattern for maximum breakout force.

A tapered fit maintains tightness in holder base. Fast and effortless tool removal is provided by the quick release conical tool holder tool removing system.

Loading paddles effectively move milled material onto collecting conveyor resulting in higher production and less wear on inside of rotor chamber and cutting tools.

Triple-tree tool placement on rotor ends provides optimum tool spacing to clean up loose material and reduces wear on drum when maneuvering in the cut.

The hydraulically operated anti-slab device prevents slabbing of the road surface, protects the collecting conveyor and ensures an optimum discharge opening to the rotor chamber.

The collecting conveyor's width measures in at 550 mm (21.6") and is driven by a high torque hydraulic motor for maximum efficiency.

The collecting conveyor features variable belt speed for optimum production in all applications. Reversible belt rotation control is also provided.

Standard pressurized water spray lubricates and controls dust on collecting belt. Water spray nozzles are easily removed for inspection and replacement without the need for tools.

Machine transportation is made easier by the folding front conveyor that reduces the machine dimensions.

The upper conveyor's width measures in at 600 mm (23.6") and its height adjustment is hydraulically controlled while two cylinders provide a 41 degree swing to the left and right.

The front loading conveyor also includes variable belt speed and reversible belt rotation control. The loading belt speed is infinitely variable and provides optimum discharge capability for uniformly loading the haul truck.

Quick-fitting hydraulics and mechanical conveyor components allow the front conveyor to be easily detached from the machine.

The full width operator’s station provides a view of the front loading conveyor and side plates for precise and rapid positioning.

Durable suspension seat with armrest provides optimum operator comfort.

Located on the operator’s station and at ground level control stations.

Full width canopy with two extending side wings and front windshield and rear window provides optimum operator comfort and protection. Canopy can be hydraulically lowered during transportation.

The distribution and clear instrumentation layout on the front and side control consoles have been designed to ensure minimum operator effort and maximum automation. All gauges and displays are easily visible even in direct sunlight.

A large display, easily visible in direct sunlight, provides operating parameters for machine and engine diagnostics. The display presents a single interface for service diagnostics and calibration.

The system constantly monitors system pressures and engine condition with multiple modes of operation. Alerts the operator if a problem does occur with three levels of event information.

A single switch control allows the operator to engage or disengage main operating functions including propel, water spray system, leveling system and conveyor rotation for maximum automation.

The right rear leg can be swung in within the machine’s cutting width for full flush cutting applications. With the right rear leg swung in, the machine can cut close to a wall, barrier or other vertical obstruction.

The swing-in arm mechanism ensures increased rigidity eliminating excessive wear for increased component life.

The rear leg swing-in system is automatic and controlled from the operator’s station. The operator is not required to leave the seat while positioning the right rear leg within the machine’s cutting width.

A microprocessor electronically controls the steering angle of the right rear track. The rear track steering angle is automatically adjusted in relation to the position of the front tracks.

The machine's rear track steering feature facilitates operation in confined areas and ensures a close cut around cul-de-sacs or turns. The right rear track steers in both positions, whether positioned within or outside the cutting width.

Wire rope grade sensor measures side plate movement that enables the entire length of the side plate to become an averaging device for extremely accurate grade matching. Cross slope sensor adds to system versatility.

Two control boxes located at the operator’s station allow manual or automatic leveling adjustment. Constant read-out for rotor depth and cross slope are displayed on each control box and is easily visible even in direct sunlight or low light conditions.

The engine offers outstanding value by combining industry leading electronic capabilities, performance and reliability with optimum fuel economy.

Engine power curve is optimized for milling applications providing optimum power while keeping the engine operating at peak efficiency.

High horsepower with increased response time is assured while keeping exhaust temperatures low and in concert with the tight tolerance combustion chamber components, maximizing fuel efficiency and minimizing emissions.

This feature provides reduced engine noise, improved fuel economy, faster hot and/or cold starts and better high altitude performance.

The electronically controlled system matches propel speed to load on engine for maximum production.

The machine operates at either maximum torque throughout the entire milling speed range or at a faster travel speed for moving around the job site.

Equal hydraulic oil flow to each drive motor increases tractive effort in hard cutting applications. The positive traction control is actuated from the operator’s console.

Track pads in polyurethane provide long service life and positive traction on all pavement surfaces.

The rotor drive consists of trapezoid pulleys, molded high-strength belt and a hydrauliccoupling dry clutch. The field-proven drive system delivers reliability and long service life.

A drive train protection device protects rotor drive system, rotor and tools by instantly disengaging rotor drive whenever an abrupt drop in rotor rpm occurs.

Upper and lower sheaves are easily interchangeable for maximum torque with the toughest materials and different material sizing requirements.

High tensile belt provides efficient transmission and long service life.

The hydraulically powered automatic drive belt tensioner prevents rotor drive belt slippage and reduces maintenance.

Tools are mounted in durable three-piece, quick release patented tool holders and arranged in a triple wrap flighting pattern for maximum breakout force.

A tapered fit maintains tightness in holder base. Fast and effortless tool removal is provided by the quick release conical tool holder tool removing system.

Loading paddles effectively move milled material onto collecting conveyor resulting in higher production and less wear on inside of rotor chamber and cutting tools.

Triple-tree tool placement on rotor ends provides optimum tool spacing to clean up loose material and reduces wear on drum when maneuvering in the cut.

The hydraulically operated anti-slab device prevents slabbing of the road surface, protects the collecting conveyor and ensures an optimum discharge opening to the rotor chamber.

The collecting conveyor's width measures in at 550 mm (21.6") and is driven by a high torque hydraulic motor for maximum efficiency.

The collecting conveyor features variable belt speed for optimum production in all applications. Reversible belt rotation control is also provided.

Standard pressurized water spray lubricates and controls dust on collecting belt. Water spray nozzles are easily removed for inspection and replacement without the need for tools.

Machine transportation is made easier by the folding front conveyor that reduces the machine dimensions.

The upper conveyor's width measures in at 600 mm (23.6") and its height adjustment is hydraulically controlled while two cylinders provide a 41 degree swing to the left and right.

The front loading conveyor also includes variable belt speed and reversible belt rotation control. The loading belt speed is infinitely variable and provides optimum discharge capability for uniformly loading the haul truck.

Quick-fitting hydraulics and mechanical conveyor components allow the front conveyor to be easily detached from the machine.

The full width operator’s station provides a view of the front loading conveyor and side plates for precise and rapid positioning.

Durable suspension seat with armrest provides optimum operator comfort.

Located on the operator’s station and at ground level control stations.

Full width canopy with two extending side wings and front windshield and rear window provides optimum operator comfort and protection. Canopy can be hydraulically lowered during transportation.

The distribution and clear instrumentation layout on the front and side control consoles have been designed to ensure minimum operator effort and maximum automation. All gauges and displays are easily visible even in direct sunlight.

A large display, easily visible in direct sunlight, provides operating parameters for machine and engine diagnostics. The display presents a single interface for service diagnostics and calibration.

The system constantly monitors system pressures and engine condition with multiple modes of operation. Alerts the operator if a problem does occur with three levels of event information.

A single switch control allows the operator to engage or disengage main operating functions including propel, water spray system, leveling system and conveyor rotation for maximum automation.

The right rear leg can be swung in within the machine’s cutting width for full flush cutting applications. With the right rear leg swung in, the machine can cut close to a wall, barrier or other vertical obstruction.

The swing-in arm mechanism ensures increased rigidity eliminating excessive wear for increased component life.

The rear leg swing-in system is automatic and controlled from the operator’s station. The operator is not required to leave the seat while positioning the right rear leg within the machine’s cutting width.

A microprocessor electronically controls the steering angle of the right rear track. The rear track steering angle is automatically adjusted in relation to the position of the front tracks.

The machine's rear track steering feature facilitates operation in confined areas and ensures a close cut around cul-de-sacs or turns. The right rear track steers in both positions, whether positioned within or outside the cutting width.

Wire rope grade sensor measures side plate movement that enables the entire length of the side plate to become an averaging device for extremely accurate grade matching. Cross slope sensor adds to system versatility.

Two control boxes located at the operator’s station allow manual or automatic leveling adjustment. Constant read-out for rotor depth and cross slope are displayed on each control box and is easily visible even in direct sunlight or low light conditions.

Large service doors provide access to engine and hydraulic components. Engine side covers swing wide to allow ground level access to engine. Rear cover swings up for access to radiator and oil cooler.

The rotor service door opens wide for easy access to rotor for inspection and tool maintenance.

The ECM monitors machine systems and provides self-diagnostics for operator or service personnel.

Nylon braided wrap ensure electrical system integrity.

Visual indicators allow easy check of water spray tank level and hydraulic oil tank level.