Standard DI-355 Tractor vs Swaraj 855 FE Tractor

Compare Specifications of DI-355 Tractor and 855 FE Tractor

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Standard DI-355 Tractor
Standard DI-355 Tractor

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Swaraj 855 FE Tractor
Swaraj 855 FE Tractor

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Technical Specifications
Fuel Diesel Diesel
Motor -- Starter motor & Alternator
Engine Displacement 3066.00 cc 3307.00 cc
Engine 3 Cylinders 3 Cylinders, 4 - Stroke
Clutch Dual Clutch Single dry disc friction plate - 305 mm dia
Fuel System -- Direct Injection
Cooling System Water Cooled --
Maximum Power 55 HP @ 2200 Rpm 50 Ps @ 2000 Rpm
Transmission Gearbox Type : 5 Speed Centre Gear No. of Gears : 8 Forward, 2 Reverse speeds
Forward : 3.1 to 30.9
Reverse : 4.6 & 15.1
Battery -- 12 Volt, 99 Ah
Headlamp LED --
Tyres
Front 7.5x 16 6.00 x 16
Rear 14.9X28 14.9 x 28
Brakes
Front OIB Dry Disc type Brakes
Rear OIB Dry Disc type Brakes
Suspension
Front -- --
Rear -- --
Colors Available
Colors -- --


Physical Specs
Length 3610 mm 3420 mm
Width 1760 mm 1715 mm
Height 2200 mm 2275 mm
Weight 2158 kg 2020 kg
Wheelbase -- 2050 mm
Ground Clearance 375 mm 400 mm
Fuel Tank Capacity 63 litres --
Overview
Features -- - Direction Control Valve (DCV)
- Adjustable Front Axle
Additional Details P.T.O (HP) : 45
Steering Type : Power Steering
Spool Valve : Yes
P.T.O. : Multi
Hydraulic system
Lift Capacity : 1800KGS
Live Capacity : Engine Drive Gear Pump
Model : RB-33 TR
Air Cleaner : 3- Stage Oil Bath Type
Cooling System : Water Cooled with No loss tank. Oil Cooler for engine oil
PTO Speed : Standard 1000 rpm
PTO Speed : Optional 540 rpm, CR-PTO with Multi speeds
Steering Type : Mechanical Steering with Heavy Duty single drop arm for better maneuverability & comfort to operator
Instruments : Engine rpm cum hour meter with direction indicators, Fuel Gauge, Ammeter, and Water Temp. Gauge & Oil Pressure Indicator
Lifting Capacity : 1500 Kgf at lower link ends.
Linkage : 3 point linkage suitable for Category-I&II type implement pins.
Live Hydraulics
A) Position control : To hold lower links at any desired height.
B) Automatic draft control : To maintain uniform depth
c) Mix Control : For optimum field output

Which one do you think is better? And why?
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