Deutz-Fahr Agrokid 25 Tractor (2002)
Manufacturer:Deutz-Fahr
Price:N/A
Series:Agrokid Series
Model:Agrokid 25
Equipment Type: Compact Utility Tractors
Factory:
Full Specifications
DEUTZ-FAHR AGROKID 25 POWER
- Engine
- 24.8hp / 18.5kW
ENGINE DETAIL
- Description
- Mitsubishi K3F diesel 3-cylinder liquid-cooled
- Displacement
- 68.2ci / 1.1L
- Power
- 24.8hp / 18.5kW
- Starter
- electric
- Starter volts
- 12
DEUTZ-FAHR AGROKID 25 ENGINE
- Description
- Mitsubishi 1.1L 3-cyl diesel
- Fuel tank
- 7.7gal / 29.1L
TRANSMISSIONS OVERVIEW
- Description
- 12-speed shuttle/hydrostatic
TRANSMISSION 1
- Type
- shuttle
- Gears
- 12 forward and reverse
TRANSMISSION 2
- Type
- hydrostatic
- Gears
- infinite (3-range) forward and reverse
MECHANICAL
- Chassis
- 4x4 MFWD 4WD
- Brakes
- mechanical wet disc
- Cab
- Two-post mid-mount folding ROPS. Cab optional.
- Transmissions
- 12-speed shuttle/hydrostatic
HYDRAULICS
- Type
- open center
- Pump flow
- 5.8gpm / 22.0lpm
TRACTOR HITCH
- Rear Type
- I
- Rear lift
- 2646lbs / 1200kg
POWER TAKE-OFF (PTO)
- Rear PTO
- independent
- Rear RPM
- 540/1000
DEUTZ-FAHR AGROKID 25 TIRES
- Standard tires (ag)
- Front: 650-12. Rear: 250/80-18
DIMENSIONS
- Wheelbase
- 60.6inches / 153cm
- Length
- 105.9inches / 268cm
- Width
- 42.7inches / 108cm
- Weight
- 2216lbs / 1005kg
- Max weight
- 4630lbs / 2100kg
- Ground clearance
- 11.4inches / 28cm
- Front tread
- 32.3 to 40.9inches / 82to 103 cm
- Rear tread
- 31.9 to 39.8inches / 81to 101 cm
DEUTZ-FAHR AGROKID 25 HEIGHT
- Steering wheel
- 44.5inches / 113cm
- ROPS
- 77.2inches / 196cm
- Cab
- 79.9inches / 202cm
DIMENSIONS & TIRES
- Wheelbase
- 60.6inches / 153cm
- Weight
- 2216lbs / 1005kg
- Front tire
- 650-12
- Rear tire
- 250/80-18
ELECTRICAL
- Ground
- negative
- Battery volts
- 12
About Deutz-Fahr Tractor
The Agrokid 25 model tractor belongs to the Agrokid Series of tractors from Deutz-Fahr. The Agrokid 25 is a Compact Utility Tractors and that is often used for Agriculture Tractors activities. The Agrokid 25 tractor has a engine. This arrangement optimizes real-world efficiency.
