Cub Cadet lawn tractors

Cub Cadet Tank SZ 60

The Cub Cadet Tank SZ 60 is a zero-turn mower introduced in 2012 as part of the Tank S Series. It features a powerful 27 hp Kawasaki FX850V 2-cylinder gasoline engine with dual 7.5 gallon fuel tanks for extended operation. The hydrostatic Parker Torqpact transmission provides infinite forward and reverse speeds, controlled via differential power steering. The mower includes a 60-inch mid-mount mower deck with a 3-blade cutting system and manual spring-assisted lift, offering a cutting height range of 1 to 5 inches. Safety features include two-post foldable ROPS and drum brakes. The mower rides on lawn/turf tires sized 15x6.5-8 front and 24x12-12 rear, with a wheelbase of 54 inches and overall weight of 1300 lbs. Electrical system is 12 volts with a 20 amp charging system and negative ground.
Power-
Founded-
ModelTank SZ 60

Technical Specifications

Detailed specifications and technical data for Cub Cadet Tank SZ 60

Tires
Rear tire24x12-12
Front tire15x6.5-8
Engine
Typegasoline
ModelKawasaki FX850V
Coolingair-cooled vertical-shaft V-Twin
Starterelectric
Cylinders2-cylinder
Fuel tank15 gal (56.8 L) Dual 7.5 gallon tanks
Bore/Stroke3.33x2.99 inches (85 x 76 mm)
Displacement852 cc (52 ci)
Power (gross)27 hp (20.1 kW)
Starter volts12
Variants
SZ60-KHKohler engine
SZ60-KWKawasaki engine
Dimensions
Width61.5 inches (156 cm)
Height74 inches (187 cm)
Length86.5 inches (219 cm)
Weight1300 lbs (589 kg)
Wheelbase54 inches (137 cm)
Rear tread53 inches (134 cm)
Front tread43 inches (109 cm)
Electrical
Groundnegative
Battery volts12
Charging amps20
Mechanical
ROPSTwo-post foldable ROPS
BrakesDrum brakes
Steeringdifferential power
Production
TypeZero-turn mower
SeriesTank S Series
Production years2012 -
Attachments
Blades3-blade with manual spring-assisted lift
Cut height1 to 5 inch (2 to 12 cm)
Mower deck60" mid-mount Cub Cadet
Cutting width60 inches (152 cm)
Transmission
Typehydrostatic
Gearsinfinite forward and reverse
ModelParker Torqpact
Power Take-off (PTO)
TypeMid PTO
Clutchelectric
Operationindependent