Kubota STV36 Tractor (2014)

Manufacturer:Kubota

Price:N/A

Series:STV Series

Model:STV36

Equipment Type: Compact Utility Tractors

Factory:

Full Specifications

KUBOTA STV36 POWER

Engine (gross)
35.9hp / 26.8kW
Engine (net)
34.2hp / 25.5kW
PTO (claimed)
27.1hp / 20.2kW

ENGINE DETAIL

Description
Kubota D1703M diesel 3-cylinder liquid-cooled
Displacement
100.5ci / 1.6L
Bore/Stroke
3.43x3.64inches / 87x 92 mm
Power (gross)
35.9hp / 26.8kW
Rated Power (ECE R24)
34.2hp / 25.5kW
Rated RPM
2700
Starter
electric
Starter volts
12

KUBOTA STV36 ENGINE

Description
Kubota 1.6L 3-cyl diesel
Fuel tank
7.7gal / 29.1L

TRANSMISSION

Type
hydrostatic
Gears
infinite (3-range) forward and reverse

MECHANICAL

Chassis
4x4 MFWD 4WD
Differential lock
mechanical rear
Steering
power
Brakes
wet disc
Cab
Two-post ROPS. Cab optional.
Transmission
hydrostatic

HYDRAULICS

Pressure
2461psi / 169.7bar
Pump flow
6.1gpm / 23.1lpm

TRACTOR HITCH

Rear Type
I
Control
position control
Rear lift (at ends)
2535lbs / 1149kg

POWER TAKE-OFF (PTO)

Rear PTO
independent
Rear RPM
540 (1.375)
Engine RPM
2500@2734
Mid RPM
2500

KUBOTA STV36 TIRES

Standard tires (ag)
Front: 6.00-12. Rear: 9.5-22
Lawn/turf front
24x8.50-14
Lawn/turf rear
13.6-16
Industrial front
23x8.50-14
Industrial rear
12.4-16

DIMENSIONS

Wheelbase
63.4inches / 161cm
Length
105.5inches / 267cm
Width
48inches / 121cm *Minimum width with R1 tires.
Height (ROPS)
92.5inches / 234cm
Height (cab)
85inches / 215cm
ROPS Weight
2150lbs / 975kg
Cab Weight
2502lbs / 1134kg
Ground clearance
9.3inches / 23cm
Front tread
40.6inches / 103cm
Rear tread
37.4 to 42.1inches / 94to 106 cm

DIMENSIONS & TIRES

Wheelbase
63.4inches / 161cm
Weight
2150 to 2502 pounds
Front tire
6.00-12
Rear tire
9.5-22

ELECTRICAL

Ground
negative
Charging system
alternator
Battery volts
12

About Kubota Tractor

The Kubota STV36 tractor is part of the 9R tractor series. The STV36 is a Compact Utility Tractors type, that is used mostly in Agriculture Tractors. The engine of the STV36 tractor produces. This setting optimizes real-world usefulness.

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