NOTE: Only for single spindle and multi-spindle.
John Deere rotary cutters lead the way with innovative design, superior performance, and proven durability. Valuable features such as the Double-Decker™ design and Max Flow cutting chamber prevent water and debris from accumulating on the smooth, dome-shaped top deck while the flat bottom deck absorbs the punishment from rocks and stumps.
The top deck stays smooth - no dents, no dings, no holes. The internal supports sandwiched between the top and bottom decks are key to the smooth and structure-free Max Flow cutting chamber, while at the same time provide added strength and durability.
To help promote safe operation, John Deere rotary cutters are equipped with front and rear safety-chain shields. John Deere rotary cutters continue to advance in value with powerful gearboxes, blade holders, and compatibility with a wide range of tractors.
Here are situations when a rotary cutter provides value:
Decide what model to use based on:
John Deere rotary cutters are available in two duty-level categories:
NOTE: HX models are heavier built to cut at a 101.6 mm (4 in.) capacity level more frequently and for longer durations.
The patented Double-Decker design provides strength and superior cutting performance while reducing top deck rust. Two welded decks, each 3-mm (1/8-in.) thick, form the upper and lower surfaces of the rotary cutter frame.
Internal stiffeners are sandwiched between the two decks, providing superior strength and rigidity.
The top deck is domed. Water, grass, and crop debris tend to roll off the deck, reducing water buildup and deck rust. The domed shape and smooth profile of the top deck also make the deck easier to clean when trash does build up in adverse conditions.
The bottom deck is the main defense against rocks and field debris. Therefore, the top deck is continuously protected from impacts and tends to retain its smooth form.
Because the stiffeners are located between the two decks, the underside of the bottom deck is perfectly smooth; there are no structural frame members to interrupt airflow. This improves both cutting performance and distribution.
Standard material flow deflectors help channel the cut material, further improving material distribution.
Rubber element connecting drivelines help absorb the sudden stress of impact loads. Chain couplers are used to maintain the driveline alignment.
A non-seize slip clutch used between the primary gearcase and power take-off (PTO) helps protect the driveline. Slip clutches feature a spring-compression adjustment used to ensure clutches are not seized.
Lift-type and semi-mount models feature an ASAE Category 4 driveline for added durability.
The pull-type model uses an equal-angle driveline for smoother, rattle-free turns.
A lightweight driveline with a lock-slide collar makes it fast and easy to attach.
The driveline provides long lubrication periods; a 50-hour cycle reduces maintenance time, making the cutting operation more efficient.
Front and rear chain shields are standard equipment:
Round-pan blade holders (stump jumpers) are provided as standard equipment on most John Deere rotary cutter models. Stump jumpers increase the drivetrain reliability by providing protection against impacts such as stumps, rocks, and other obstacles.
John Deere is so confident in the reliability of the gearbox that rotary cutters come with a 5-year limited gearbox warranty.
There is also 1-year warranty on the complete machine, as well as drivelines and other components.
Compare the specifications of up to 4 models
Capacity | mx8-rotary-cutter Current Model |
---|---|
Cutting width | 2,450 mm 96 in. |
Cutting height | 25 to 305 mm 1 to 12 in. |
Cutting capacity | 50 mm 2 in. |
Cutting chamber Depth | 216 mm 8.5 in. |
Tractor compatibility | |
Tractor PTO HP range | Minimum PTO pull-type, semi-mount, semi-mount hydraulic offset 30 kW 40 hp Minium PTO lift-type 37 kW 50 hp |
Tractor PTO | 540 rpm |
Hitch | |
Type | Pull-type, lift-type, semi-mount, semi-mount hydraulic offset (Pull-type has standard 10,000 lb; 4536 kg, safety tow chain) |
Category | 2, 3, 3N |
Dimensions | |
Transport width | 2,580 mm 102 in. |
Overall width | 2,580 mm 102 in. |
Overall length | 2,810 mm 111 in. |
Deck shape | Domed |
Deck type | Double decker |
Deck thickness | Upper 3 (11) mm 0.125 (11) in. Lower 3 (11) mm 0.125 (11) in. |
Side skirt thickness | 4.5 (7) mm 0.177 (7) in. |
Approx. weight | 759 kg 1,670 lb |
Drivelines | |
Size | Main ASAE Category 4 |
Protection | Main Non-seize, slip-clutch driveline, pull-type has equal-angle Category 4 driveline Connecting Shock absorbing shafts |
Gearcases | |
Number | 3 |
HP rating | Transfer Continuous 89 kW 120 hp Peak 97 kW 130 hp Outer Continuous 56 kW 75 hp Peak 75 kW 100 hp |
Blades | |
Thickness | 13 mm 0.5 in. |
Width | 102 mm 4 in. |
Type | Suction |
Overlap | 72 mm 2.8 in. |
Blade tip speed | 540 RPM 4,797 m/min 15,739 fpm 288 km/h 179 mph |
Material flow system | Max flow |
Holder | Type Round stump jumper |
Wheels | |
Type | Puncture proof laminated (Pull-type has severe-duty Ag tire option) |
Row width adjustment | Yes, pull-type only |
Shielding | |
Front | Chain |
Rear | Chain |
Key Specs | |
Blade tip speed - 540 rpm | |
Cutting capacity | |
Cutting width | |
Deck thickness - Upper - Lower | |
Drivelines - Size - Main | |
Hitch - Category | |
Protection - Main | |
Shielding - front/rear | |
Side skirt thickness | |
Tractor PTO HP range |
Two required. Also requires (2) M72431 and (2) A15146.
Safety shields are used to reduce the hazard of thrown material.
Front chain shields protect the operator, yet still allow uncut material to pass into the cutting chamber with minimal restriction.
Front and rear shields are to be used at all times. They are especially critical when working near roads or other public areas.
Recommended for use when transporting and tractor flashing lights are obscured by the implement. Tractor must have 7-pin electrical outlet.
Includes:
Note: Warning lights are standard equipment on HX14 Rotary Cutter.
Safety shields are used to reduce the hazard of thrown material.
Front chain shields protect the operator, yet still allow uncut material to pass into the cutting chamber with minimal restriction.
Front and rear shields are to be used at all times. They are especially critical when working near roads or other public areas.
Use SMV emblem to provide additional warning of slow-moving equipment.
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