V461M

Variable Chamber Baler

  • High capacity, high performance 2.2 m wide feeding system
  • High Capacity Rotor: 480 mm diameter converging auger
  • Adjustable bale diameter in a 1.21 m bale chamber width for maximum bale weight
  • Hands-free unplugging with wide hydraulic drop-floor

Features

Pickup choice fits the most demanding growers

Cam-track design offers the best versatility
Left, pickup with cam track; right, cam-less pickupLeft, pickup with cam track; right, cam-less pickup

Versatility has been one of the key criteria when designing the M-Series Balers. Due to a narrow weather window and increasing amounts of difficult crops such as heavy silage, growers do not want torisk losing any more time during the season.

Cam-track technology provides an efficient solution for such needs. The traditional stripper design provides reduced space between the pickup tines and rotor feeder, while the tine motion helps to avoid pinching. The cam-less technology requires long strippers, creating a dead zone between the tines and rotor. Additionally, fixed tines can easily pinch crops in sticky conditions, causing plugs that need to be manually removed.

Looking at potential component wear, cam-track pickup features an 18 percent lower turning speed than the previous generation of balers, while bearings have been implemented on both side of the tine bars. The cam levers are made of forged steel and cam bearing size increased by 36 percent. All of these points guarantee a very long component life.

Standard pickup fits most regular baling conditions
Standard - four tine bars - pickupStandard - four tine bars - pickup
Full-length, L-shaped tine barsFull-length, L-shaped tine bars

M-Series Balers are available with a standard pickup. Two pickup widths are offered:

  • 2.0-m (6.6-ft) standard pickup featuring a 1.66-m (5.45-ft) tine-to-tine distance. This pickup is compatible with the MaxiCut™ HC 13 Premium rotor only, not with theRotoFlow HC Premium.
  • 2.2-m (7.2-ft) standard pickup featuring a 1.92-m (6.3-ft) tine-to-tine distance.

Both pickups are designed in a similar way, inspired by well-known 900 Series Balers and using the same components as the M-Series Fixed Chamber Balers:

  • Four tine bars
  • Full-width, L-shaped galvanized tine bars
  • 5.0-mm (0.2-in.) diameter galvanized tines

As for other John Deere round balers, the standard pickup does not need any shear-bolt or cam-clutch protection —tines are designed to fold in case of foreign objects or potential overload. The overall system is globally protected by the tines’ bending capacity; tines have been tested through hundreds of hours of bending and grant extended lifespan. The sealed ball bearings on each side offer a quiet ride for a long period of time.

To give good gliding capacity for years, pickup strippers are made from high-quality galvanized steel that prevents the material from rusting.

The standard pickup design meets most medium to large farms’ expectations, especially for growers who bale mainly dry crops or who harvest some silage.

Premium pickup pushes harvesting capacity a step forward
Premium - five tine bars - pickupPremium - five tine bars - pickup
Tine bars made of tube and central spider reinforcementTine bars made of tube and central spider reinforcement

For increased pickup capacity and robustness, M-Series Balers can be delivered with the premium pickup option. Compared to the standard pickup option, the premium pickup features:

  • Five tine bars. The fifth bar allows the tines to rake two more times per second versus standard the four-tine pickup.
  • O-shaped tubular tine bars with central spider reinforcement. Tine bars are assembled with ball bearings on the central spider (no more steel-on-steel contact compared to previous-generation balers). The central spider highly limits tine bars bending in the very heavy crops.
  • 6.0-mm (0.23-in.) diameter galvanized tines provide doubled tine strength (versus 5.0 mm [0.2 in.]).
  • Stainless-steel strippers (versus galvanized ones on the standard pickup). Stainless steel gives highly durable rust protection, perfect gliding capacity no matter the material, and is muchmore resistant to acid damage caused by usage of additives (e.g. propionic acid).

The premium pickup has the same rotation speed as standard pickup, meaning that by featuring an additional tine bar, picking capacity is directly increased by 25 percent. John Deere premium pickup tines are designed to fold to replace potential shear bolt or cam clutch overload safety. Considering 6.0-mm (0.23-in.) diameter tines, pickup maximum intake capacity is pushed up to 18 kW (24 hp), a value not reached by machines using a cam or shear-bolt protected pickup.

To harvest the largest swaths with good operator comfort, the John Deere premium pickup is 2.2-m (7.2-ft) wide, with a 1.92-m (6.3-ft) tine-to-tine distance. The John Deere premium pickup is compatible with the RotoFlow HC Premium rotor (non-cutting device) and MaxiCut™ HC13 Premium (13-knife precutter). Due to the maximized picking capacity, this option is recommended for growers baling a significant volume of wet silage or heavy crops.

Cam-track design offers the best versatility
Left, pickup with cam track; right, cam-less pickupLeft, pickup with cam track; right, cam-less pickup

Versatility has been one of the key criteria when designing the M-Series Balers. Due to a narrow weather window and increasing amounts of difficult crops such as heavy silage, growers do not want torisk losing any more time during the season.

Cam-track technology provides an efficient solution for such needs. The traditional stripper design provides reduced space between the pickup tines and rotor feeder, while the tine motion helps to avoid pinching. The cam-less technology requires long strippers, creating a dead zone between the tines and rotor. Additionally, fixed tines can easily pinch crops in sticky conditions, causing plugs that need to be manually removed.

Looking at potential component wear, cam-track pickup features an 18 percent lower turning speed than the previous generation of balers, while bearings have been implemented on both side of the tine bars. The cam levers are made of forged steel and cam bearing size increased by 36 percent. All of these points guarantee a very long component life.

Standard pickup fits most regular baling conditions
Standard - four tine bars - pickupStandard - four tine bars - pickup
Full-length, L-shaped tine barsFull-length, L-shaped tine bars

M-Series Balers are available with a standard pickup. Two pickup widths are offered:

  • 2.0-m (6.6-ft) standard pickup featuring a 1.66-m (5.45-ft) tine-to-tine distance. This pickup is compatible with the MaxiCut™ HC 13 Premium rotor only, not with theRotoFlow HC Premium.
  • 2.2-m (7.2-ft) standard pickup featuring a 1.92-m (6.3-ft) tine-to-tine distance.

Both pickups are designed in a similar way, inspired by well-known 900 Series Balers and using the same components as the M-Series Fixed Chamber Balers:

  • Four tine bars
  • Full-width, L-shaped galvanized tine bars
  • 5.0-mm (0.2-in.) diameter galvanized tines

As for other John Deere round balers, the standard pickup does not need any shear-bolt or cam-clutch protection —tines are designed to fold in case of foreign objects or potential overload. The overall system is globally protected by the tines’ bending capacity; tines have been tested through hundreds of hours of bending and grant extended lifespan. The sealed ball bearings on each side offer a quiet ride for a long period of time.

To give good gliding capacity for years, pickup strippers are made from high-quality galvanized steel that prevents the material from rusting.

The standard pickup design meets most medium to large farms’ expectations, especially for growers who bale mainly dry crops or who harvest some silage.

Premium pickup pushes harvesting capacity a step forward
Premium - five tine bars - pickupPremium - five tine bars - pickup
Tine bars made of tube and central spider reinforcementTine bars made of tube and central spider reinforcement

For increased pickup capacity and robustness, M-Series Balers can be delivered with the premium pickup option. Compared to the standard pickup option, the premium pickup features:

  • Five tine bars. The fifth bar allows the tines to rake two more times per second versus standard the four-tine pickup.
  • O-shaped tubular tine bars with central spider reinforcement. Tine bars are assembled with ball bearings on the central spider (no more steel-on-steel contact compared to previous-generation balers). The central spider highly limits tine bars bending in the very heavy crops.
  • 6.0-mm (0.23-in.) diameter galvanized tines provide doubled tine strength (versus 5.0 mm [0.2 in.]).
  • Stainless-steel strippers (versus galvanized ones on the standard pickup). Stainless steel gives highly durable rust protection, perfect gliding capacity no matter the material, and is muchmore resistant to acid damage caused by usage of additives (e.g. propionic acid).

The premium pickup has the same rotation speed as standard pickup, meaning that by featuring an additional tine bar, picking capacity is directly increased by 25 percent. John Deere premium pickup tines are designed to fold to replace potential shear bolt or cam clutch overload safety. Considering 6.0-mm (0.23-in.) diameter tines, pickup maximum intake capacity is pushed up to 18 kW (24 hp), a value not reached by machines using a cam or shear-bolt protected pickup.

To harvest the largest swaths with good operator comfort, the John Deere premium pickup is 2.2-m (7.2-ft) wide, with a 1.92-m (6.3-ft) tine-to-tine distance. The John Deere premium pickup is compatible with the RotoFlow HC Premium rotor (non-cutting device) and MaxiCut™ HC13 Premium (13-knife precutter). Due to the maximized picking capacity, this option is recommended for growers baling a significant volume of wet silage or heavy crops.

High-Capacity (HC) Premium rotors grab the toughest swaths

The M-Series benefits from the proven HC rotor concept featuring an in-line design
Rotor and converging augers are aligned on a single axleRotor and converging augers are aligned on a single axle
Left, HC rotor; right, classic rotor design Left, HC rotor; right, classic rotor design

By using the HC Premium rotor – a device implemented on John Deere round balers since 2012 – the M-Series feeding system offers:

  • Limited distance from the pickup to the rotor tines to reduce plugging, especially in brittle straw or short silage
  • Reduced number of bearings and distributed loads along the rotor to increase reliability
  • Large 48-cm (18.9-in.) diameter converging augers to facilitate crop transfer

The overall result is optimized crop flow that avoids all dead area where crops stay for a long time.

This smooth and regular crop flow guarantees high feeding capacity, especially in short crops such as brittle straw or sticky silage.

RotoFlow HC Premium is the perfect solution for non-cutting uses
Premium rotor design with tines fully enclosing the tubePremium rotor design with tines fully enclosing the tube

M-Series Round Balers can be delivered with the RotoFlow HC Premium non-cutting solution. All other John Deere round balers are equipped with a rotor feeder:

  • Close to 50-cm (19.7-in.) diameter rotor for high inertia and feeding capacity
  • Hardox® wear plate material (similar to theR-Series) to provide long lifespan and high resistance to foreign objects

On top of the standard specifications, the premium rotor features:

  • Three tines per turn (instead of two on the G-Series RotoFlow HC).
  • Tines that fully enclose the tube (instead of spikes on the G-Series RotoFlow HC), giving higher tine resistance and longer lifetime.

The RotoFlow HC Premium design has been used on John Deere variable-chamber balers and has demonstrated unsurpassed capacity (John Deere 900 Series official productivity world record) and very high versatility.

The RotoFlow HC Premium option is available with 2.20-m (7.2-ft) pickup only (standard or premium). This rotor cannot be teamed to a 2.00-m (6.6-ft) standard pickup.

MaxiCut™ HC 13 Premium offers high versatility, huge capacity, and perfect cutting quality regardless of crop type
MaxiCut HC 13 Premium rotorMaxiCut HC 13 Premium rotor
Knives individually protectedKnives individually protected

As an alternative to theRotoFlow HC Premium, M-Series Balers can be delivered with the MaxiCut HC 13 Premium rotor. As with the non-cutting system, the rotor features:

  • Close to 50-cm (19.7-in.) diameter rotor for high inertia and feeding capacity
  • Hardox wear plate material (similar to the R-Series) to provide long lifespan and high resistance to foreign objects
  • Three tines per turn (instead of two on the G-Series RotoFlow HC)
  • Tines that fully enclose the tube (instead of spikes on theG-Series RotoFlow HC), giving higher tine resistance and longer lifetime

Precutter functions also offer:

  • 0/13 knife engagement from the display. No need to leave the cab to manage knives.
  • 80-mm (3.1-in.) knife spacing when all knives are engaged, a common cutting length for medium to large livestock farms.
  • Heavy-duty knives thanks to double hardening and tempering treatment. Crops are perfectly cut, requiring less fuel consumption and sharpening operations.
  • Individually spring-loaded knives to avoid component damages when grabbing foreign objects. Compared to a shear bolt or full-set hydraulic system, this technology limits efforts on the knives and provides a real non-stop safety.

MaxiCut HC 13 Premium is available with both standard and premium pickup, no matter the width.

Hardox is a trademark of SSAB Tunnplat AB Limited.

The M-Series benefits from the proven HC rotor concept featuring an in-line design
Rotor and converging augers are aligned on a single axleRotor and converging augers are aligned on a single axle
Left, HC rotor; right, classic rotor design Left, HC rotor; right, classic rotor design

By using the HC Premium rotor – a device implemented on John Deere round balers since 2012 – the M-Series feeding system offers:

  • Limited distance from the pickup to the rotor tines to reduce plugging, especially in brittle straw or short silage
  • Reduced number of bearings and distributed loads along the rotor to increase reliability
  • Large 48-cm (18.9-in.) diameter converging augers to facilitate crop transfer

The overall result is optimized crop flow that avoids all dead area where crops stay for a long time.

This smooth and regular crop flow guarantees high feeding capacity, especially in short crops such as brittle straw or sticky silage.

RotoFlow HC Premium is the perfect solution for non-cutting uses
Premium rotor design with tines fully enclosing the tubePremium rotor design with tines fully enclosing the tube

M-Series Round Balers can be delivered with the RotoFlow HC Premium non-cutting solution. All other John Deere round balers are equipped with a rotor feeder:

  • Close to 50-cm (19.7-in.) diameter rotor for high inertia and feeding capacity
  • Hardox® wear plate material (similar to theR-Series) to provide long lifespan and high resistance to foreign objects

On top of the standard specifications, the premium rotor features:

  • Three tines per turn (instead of two on the G-Series RotoFlow HC).
  • Tines that fully enclose the tube (instead of spikes on the G-Series RotoFlow HC), giving higher tine resistance and longer lifetime.

The RotoFlow HC Premium design has been used on John Deere variable-chamber balers and has demonstrated unsurpassed capacity (John Deere 900 Series official productivity world record) and very high versatility.

The RotoFlow HC Premium option is available with 2.20-m (7.2-ft) pickup only (standard or premium). This rotor cannot be teamed to a 2.00-m (6.6-ft) standard pickup.

MaxiCut™ HC 13 Premium offers high versatility, huge capacity, and perfect cutting quality regardless of crop type
MaxiCut HC 13 Premium rotorMaxiCut HC 13 Premium rotor
Knives individually protectedKnives individually protected

As an alternative to theRotoFlow HC Premium, M-Series Balers can be delivered with the MaxiCut HC 13 Premium rotor. As with the non-cutting system, the rotor features:

  • Close to 50-cm (19.7-in.) diameter rotor for high inertia and feeding capacity
  • Hardox wear plate material (similar to the R-Series) to provide long lifespan and high resistance to foreign objects
  • Three tines per turn (instead of two on the G-Series RotoFlow HC)
  • Tines that fully enclose the tube (instead of spikes on theG-Series RotoFlow HC), giving higher tine resistance and longer lifetime

Precutter functions also offer:

  • 0/13 knife engagement from the display. No need to leave the cab to manage knives.
  • 80-mm (3.1-in.) knife spacing when all knives are engaged, a common cutting length for medium to large livestock farms.
  • Heavy-duty knives thanks to double hardening and tempering treatment. Crops are perfectly cut, requiring less fuel consumption and sharpening operations.
  • Individually spring-loaded knives to avoid component damages when grabbing foreign objects. Compared to a shear bolt or full-set hydraulic system, this technology limits efforts on the knives and provides a real non-stop safety.

MaxiCut HC 13 Premium is available with both standard and premium pickup, no matter the width.

Hardox is a trademark of SSAB Tunnplat AB Limited.

Exclusive drop-floor concept removes the worst plugs

40-mm (1.6-in.) free space under the rotor40-mm (1.6-in.) free space under the rotor
Parallel kinematic avoids bottleneck noticed with other conceptsParallel kinematic avoids bottleneck noticed with other concepts

M-Series Balers are delivered standard with a drop-floor unplugging system. In case of a clog, the drop floor is managed from the display simultaneously or independently from the knives. When lowering the floor, the parallel kinematic has 40-mm (1.6-in.) extra free space under the rotor and converging augers.

By providing a constant free space, the John Deere drop floor avoids bottlenecks existing on balers using a movable floor with front or rear hinge. No need to have a huge opening (that sometimes causes crop loss), only a few free centimeters (inches) are enough to remove the plug.

Full-width drop floor removes clogs under converging augersFull-width drop floor removes clogs under converging augers

The worst plugs generally happen when turning with the baler. In such situations, the crops are blocked under the converging augers and the clog must be manually removed. The unique John Deere drop floor features a full width, protecting the full pickup and rotor width. Even when plugged at the converging auger level, the clog can be easily removed by the operator from the cab.

40-mm (1.6-in.) free space under the rotor40-mm (1.6-in.) free space under the rotor
Parallel kinematic avoids bottleneck noticed with other conceptsParallel kinematic avoids bottleneck noticed with other concepts

M-Series Balers are delivered standard with a drop-floor unplugging system. In case of a clog, the drop floor is managed from the display simultaneously or independently from the knives. When lowering the floor, the parallel kinematic has 40-mm (1.6-in.) extra free space under the rotor and converging augers.

By providing a constant free space, the John Deere drop floor avoids bottlenecks existing on balers using a movable floor with front or rear hinge. No need to have a huge opening (that sometimes causes crop loss), only a few free centimeters (inches) are enough to remove the plug.

Full-width drop floor removes clogs under converging augersFull-width drop floor removes clogs under converging augers

The worst plugs generally happen when turning with the baler. In such situations, the crops are blocked under the converging augers and the clog must be manually removed. The unique John Deere drop floor features a full width, protecting the full pickup and rotor width. Even when plugged at the converging auger level, the clog can be easily removed by the operator from the cab.

Bale chamber delivers heavy, dense, and perfectly shaped bales

Bales up to 1.85-m (6.1-ft) diameter maximum weight
1.85-m (6.1-ft) x 1.21-m (3.97-ft) bales are heavy weight1.85-m (6.1-ft) x 1.21-m (3.97-ft) bales are heavy weight

As with the other G-, M-, and R-Series Balers, the V461M Baler features a 1.21-m (3.97-ft) bale chamber width. Compared to previous- generation balers with similar bale diameter, bales are up to 3.6 percent bigger than before. Considering a similar density, that is already a huge advantage.

The V461M bale diameter can be adjusted from 1 m (3.3 ft) to 1.85 m (6.1 ft) from the monitor. The maximum diameter of 1.85 m (6.1 ft) is an added 5 cm (2.0 in.) versus previous-generation 1.5-m (4.9-ft) balers. This produces bales up to 9 percent larger than previous 864 Balers. Bale diameter progress can be followed from the monitor no matter the display choice.

High density provided regardless of bale diameter
Dedicated cylinders for tailgate and density system plus mechanical tailgate lockDedicated cylinders for tailgate and density system plus mechanical tailgate lock

The V461M bale chamber provides high-density bales regardless of the bale diameter or crop type. A dedicated pair of cylinders apply strength to the density arm while mechanical hooks firmly lock the tailgate in the closed position. Another pair of cylinders manages the tailgate opening/closing and avoids potential interferences between the two functions and tension loss to the belts.

When the baler is equipped with theBaleTrak™ Plus display, the following pressure parameters can be adjusted/controlled from the display:

  • Softcore activation/deactivation
  • Softcore diameter (from 1 m [3.3 ft])

With the BaleTrak Plus display, bale density is easily set from the baler hydraulic valve by a knob, a simple but efficient solution for growers not changing hydraulic settings several times in a day. Bale density can be controlled from the cab through a hydraulic gauge on the front of the baler.

Softcore density cannot be adjusted, the system removes the full hydraulic pressure into to the density harness.

By providing a loose bale core, softcore function is particularly helpful when baling hay that has residual moisture or when unrolling bale by hand.

Bale chamber design optimizes machine versatility
Three bale chamber rolls facilitate bale rotationThree bale chamber rolls facilitate bale rotation
Laced belts can be changed or repaired quickly and for limited costLaced belts can be changed or repaired quickly and for limited cost

The V461M Bale Chamber features a starter roll and two front rolls, all driven, for quick crop rotation whether harvesting short silage or brittle crops. Easy bale starting is provided by the three rolls, avoiding the aggressive belt pattern that often causes crop accumulation. The six belts – derived from traditional diamond John Deere belts - keep the three plies but adopt a smooth pattern. This pattern (similar to R-Series Balers) is almostnot sensitive to wear.

The belts are all joined thanks to proven and durable MATO® type lacers. In case of troubles, belts can be easily removed and repaired, something not possible with an endless belt design.

Due to initial empty bale chamber geometry, V461M Balers feature a star-shaped core comparable to the one offered by fixed-chamber balers. This starred shape guarantees easy bale unrolling, regardless of density settings.

MATO is a trademark of MATO GmbH & Co.

Second belt-driving roll pushes silage baling capacity a step forward
Second belt-driving rollSecond belt-driving roll

The V461M can be equipped with a second belt-driving roll providing extra grip when baling wet crops such as heavy silage. In such conditions, this second roll prevents belt slipping and allows the belts to turn in the worst conditions. The second belt-driving roll is made of metal and is driven through normal chain tracking. No extra chains or complicated clutch systems are required to drive the roll. Thanks to a freewheel, the second belt-driving roll is only activated in case of belt slippage.

The second belt-driving roll is an option with the RotoFlow HC Premium feeding system, while it is installed standard with the MaxiCut™ HC 13 Premium rotor. Two cleaning rollers are also included in the option and keep the cropsfrom sticking on the belts and causing belt slippage.

A second belt-driving roll is also offered as an attachment through the traditional field kit channel.

Bales up to 1.85-m (6.1-ft) diameter maximum weight
1.85-m (6.1-ft) x 1.21-m (3.97-ft) bales are heavy weight1.85-m (6.1-ft) x 1.21-m (3.97-ft) bales are heavy weight

As with the other G-, M-, and R-Series Balers, the V461M Baler features a 1.21-m (3.97-ft) bale chamber width. Compared to previous- generation balers with similar bale diameter, bales are up to 3.6 percent bigger than before. Considering a similar density, that is already a huge advantage.

The V461M bale diameter can be adjusted from 1 m (3.3 ft) to 1.85 m (6.1 ft) from the monitor. The maximum diameter of 1.85 m (6.1 ft) is an added 5 cm (2.0 in.) versus previous-generation 1.5-m (4.9-ft) balers. This produces bales up to 9 percent larger than previous 864 Balers. Bale diameter progress can be followed from the monitor no matter the display choice.

High density provided regardless of bale diameter
Dedicated cylinders for tailgate and density system plus mechanical tailgate lockDedicated cylinders for tailgate and density system plus mechanical tailgate lock

The V461M bale chamber provides high-density bales regardless of the bale diameter or crop type. A dedicated pair of cylinders apply strength to the density arm while mechanical hooks firmly lock the tailgate in the closed position. Another pair of cylinders manages the tailgate opening/closing and avoids potential interferences between the two functions and tension loss to the belts.

When the baler is equipped with theBaleTrak™ Plus display, the following pressure parameters can be adjusted/controlled from the display:

  • Softcore activation/deactivation
  • Softcore diameter (from 1 m [3.3 ft])

With the BaleTrak Plus display, bale density is easily set from the baler hydraulic valve by a knob, a simple but efficient solution for growers not changing hydraulic settings several times in a day. Bale density can be controlled from the cab through a hydraulic gauge on the front of the baler.

Softcore density cannot be adjusted, the system removes the full hydraulic pressure into to the density harness.

By providing a loose bale core, softcore function is particularly helpful when baling hay that has residual moisture or when unrolling bale by hand.

Bale chamber design optimizes machine versatility
Three bale chamber rolls facilitate bale rotationThree bale chamber rolls facilitate bale rotation
Laced belts can be changed or repaired quickly and for limited costLaced belts can be changed or repaired quickly and for limited cost

The V461M Bale Chamber features a starter roll and two front rolls, all driven, for quick crop rotation whether harvesting short silage or brittle crops. Easy bale starting is provided by the three rolls, avoiding the aggressive belt pattern that often causes crop accumulation. The six belts – derived from traditional diamond John Deere belts - keep the three plies but adopt a smooth pattern. This pattern (similar to R-Series Balers) is almostnot sensitive to wear.

The belts are all joined thanks to proven and durable MATO® type lacers. In case of troubles, belts can be easily removed and repaired, something not possible with an endless belt design.

Due to initial empty bale chamber geometry, V461M Balers feature a star-shaped core comparable to the one offered by fixed-chamber balers. This starred shape guarantees easy bale unrolling, regardless of density settings.

MATO is a trademark of MATO GmbH & Co.

Second belt-driving roll pushes silage baling capacity a step forward
Second belt-driving rollSecond belt-driving roll

The V461M can be equipped with a second belt-driving roll providing extra grip when baling wet crops such as heavy silage. In such conditions, this second roll prevents belt slipping and allows the belts to turn in the worst conditions. The second belt-driving roll is made of metal and is driven through normal chain tracking. No extra chains or complicated clutch systems are required to drive the roll. Thanks to a freewheel, the second belt-driving roll is only activated in case of belt slippage.

The second belt-driving roll is an option with the RotoFlow HC Premium feeding system, while it is installed standard with the MaxiCut™ HC 13 Premium rotor. Two cleaning rollers are also included in the option and keep the cropsfrom sticking on the belts and causing belt slippage.

A second belt-driving roll is also offered as an attachment through the traditional field kit channel.

Monitor choice optimizes functions to operator’s needs