Truck Comparison
Eicher Pro 2059 CNG vs OSM M1KA 3.0 vs Tata 710 SFC vs Tata Ultra E.9: Price & Specs Comparison
Eicher Pro 2059 CNG is the more affordable option here by about ₹22,000. Tata Ultra E.9 leads on power at 335 HP. The compared trucks cover Trucks body type with CNG, Electric, Diesel fuel options.
This comparison uses the available truck data for Eicher Pro 2059 CNG vs OSM M1KA 3.0 vs Tata 710 SFC vs Tata Ultra E.9 so you can check which model fits better for your budget, route, payload requirement, fuel preference, and daily business usage.
Body type: Trucks. Fuel options: CNG, Electric, Diesel. Tyres: 4, 6. Payload: Eicher Pro 2059 CNG: 3550 Kgs | OSM M1KA 3.0: 4000 Kgs | Tata 710 SFC: 4000 Kgs | Tata Ultra E.9: 4050 Kgs.
Review all available price, mileage, power, torque, GVW, body type, tyres, gearbox, chassis, and extra specification details below before shortlisting a model.
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Details
Full Truck Details
Key Specifications16 specs
Price
₹15.28 L - ₹17.13 L
₹17.35 L
₹16.63 L - ₹17.38 L
₹17.45 L
Brand
eicher
osm
tata
tata
Model
Eicher Pro 2059 CNG
OSM M1KA 3.0
Tata 710 SFC
Tata Ultra E.9
Body Type
Trucks
Trucks
Trucks
Trucks
Engine
3298 cc
NA
2956 cc
No
Power
70 kW
130 kw
100 hp
335 hp
Max Torque
245 Nm
415 Nm
300 Nm
950Nm
Mileage
10 kmpl
180
9 kmpl
120 Km/Charge
Gross Vehicle Weight
6950 kg
-
7490 kg
9000 kg
Payload
3550 Kgs
4000 Kgs
4000 Kgs
4050 Kgs
No. of Tyres
4
6
6
6
Fuel Type
CNG
Electric
Diesel
Electric
Fuel Tank Capacity
270 Ltr
96.77 Kwh
120 Ltr
110 Kwh
Max Speed
80 Km/h
90 Km/h
80 Km/h
70 Km/h
Gear Box
5 Speed with hybrid gear shift lever
1 Forward + 1 Reverse
5 Forward + 1 Reverse
No
Chassis Type
Chassis with Cabin
Chassis with Cabin
Chassis with Cabin
Chassis with Cabin
Performance19 specs
Max Power
70 kW
130 kW
100 hp
335 hp
Engine Displacement (cc)
3298 cc
-
2956 cc
-
Fuel Tank (Litres)
270 Ltr
-
120 Ltr
-
Engine
E483
-
4SPCR
-
Fuel Type
CNG
Electric
Diesel
Electric
Emission Norms
BS-VI
Zero Tailpipe
BS-VI
-
Max Torque
245 Nm
415 Nm
300 Nm
950Nm
Mileage City
8-10
-
-
-
Mileage Highway
9-10
-
-
-
Mileage
10 kmpl
-
9 kmpl
120 kmpl
Gradeability (%)
26 %
30 %
33 %
23 %
Max Speed (km/h)
80
90
80
70
Engine Cylinders
4
-
4
-
Turning Radius (mm)
13200
15000
15000
15400
Battery Capacity
130 Ah
96.77 Kwh
75 Ah
110 Kwh
Product Type
L5N (High Speed Goods Carrier)
L5N (High Speed Goods Carrier)
L5N (High Speed Goods Carrier)
L5N (High Speed Goods Carrier)
Carrier Type
Goods Carrier
Goods Carrier
Goods Carrier
Goods Carrier
Range
-
180
-
120-150
Type of Motor
-
Permanent Magnet Synchronous
-
3-phase permanent magnet type traction motor
Dimension9 specs
Overall Length (mm)
5240
6040
6105
6100
Overall Width (mm)
2080
2160
2255
1900
Overall Height (mm)
1695
2270
2290
3000
Ground Clearance (mm)
190
220
213
183
Wheelbase (mm)
2580
3360
3800
3920
Axle Configuration
4x2
-
4x2
4x2
Loading Length {mm}
3177
-
3790(12.43)
-
Loading Width {mm}
2002
-
2117(6.94)
-
Loading Height {mm}
-
-
585 (1.91)
-
Transmission & Loading Capacity7 specs
Transmission
ET 3055
Automatic
Manual
Automatic
Payload (Kgs)
3550 Kgs
4000 Kgs
4000 Kgs
4050 Kgs
GVW / GCW (Kgs)
6950 kg
5500 kg
7490 kg
9000 kg
Kerb Weight (Kgs)
3400
3055
3180
4950
Gear Box
5 Speed with hybrid gear shift lever
1 Forward + 1 Reverse
5 Forward + 1 Reverse
-
Clutch
Cluth Dia 275 mm
-
280 mm dia-Single plate dry friction type
-
Power Steering
Features14 specs
Steering
Manual Steering
Multifunctional Steering
Power Steering
Power Steering
A/C
-
Cruise Control
Navigation System
Telematics
Optional
Tiltable Steering
Tilt and telescopic
-
Tilt and telescopic
Arm-rest
Seat Type
Standard
Foldable seats
Standard
Standard
Driver Information Display
Adjustable Driver Seat
4 way adjustable
4 way adjustable
4 way adjustable
Seating Capacity
D+1
D+2
D+2
D+2
Tubeless Tyres
Seat Belts
Hill Hold
Brakes & Suspension7 specs
Brakes
Hydraulic Brakes (drum)
Drum Brakes
Air Brakes with auto Slack Adjustor
Hydraulic Disc-Disc brakes
Front Axle
Forged "I" beam reverse Elliot type
-
-
Forged I beam, reverse Elliot type
Front Suspension
Grease free Semi-elliptical laminated leaves with anti-roll bar
Fewer springs of front cross section+double acting shock
Semi elliptical leaf springs 2 no hydraulic double acting shock absorbers
Parabolic with shock absorbers
Rear Axle
Full Floating Banjo Type
-
Banjo Type
Banjo type, e-axle
Rear Suspension
Semi-elliptical laminated leafs with anti-roll bar
Leaf Spring Suspension (Milt I Springs)+Double Acting Shock
Semi Elliptical Leaf Springs
Parabolic with shock absorbers
ABS
Parking Brakes
Hand control value Acting on rear axle
Graduated valve controlled spring brake
Graduated valve controlled spring brake Acting on rear axle
Body Option & Cabin Type4 specs
Chassis Type
Chassis with Cabin
Chassis with Cabin
Chassis with Cabin
Chassis with Cabin
Body Option
Customizable body
Box body
Deck Body
Box body
Cabin Type
Day Cabin
Day Cabin
Day Cabin
Day Cabin
Tiltable Cabin
Manually tiltable
Tyres3 specs
Number of Tyre
4
6
6
6
Rear Tyre
8.25X 16- 16PR
215/75R17.5
7.50-16 16PR
225/75R 17.5
Front Tyre
8.25X 16- 16PR
215/75R17.5
7.50-16 16PR
225/75R 17.5
Others5 specs
Chassis
Battery(Volts)
12V
537.6 V
12V
-
Fog Lights
Loading Platform Area(Sq.ft)
-
100
-
306.3
Alternator (Amps)
-
-
120
-
Charging1 specs
Charging Time
-
6-8 Hour
-
1.5-2 hrs
Other Details4 specs
Charging Time
No
6-8 Hours
No
1.5-2 Hours
Type Of Motor
No
Permanent Magnet Synchronous
No
3-phase permanent magnet type traction motor
Rating
4.8
-
4.8
4.5
Usecase
Construction material transport, logistics, Intercity transport of goods
Construction material transport, Intercity transport of goods
Intercity transport of goods, Construction material transport
Construction material transport, Intercity transport of goods
Which to buy
Which One Fits Your Use Case?
Eicher Pro 2059 CNG
Best for:
- Construction material transport
- logistics
- Intercity transport of goods
OSM M1KA 3.0
Best for:
- Construction material transport
- Intercity transport of goods
Tata 710 SFC
Best for:
- Intercity transport of goods
- Construction material transport
Tata Ultra E.9
Best for:
- Construction material transport
- Intercity transport of goods
FAQs
Frequently Asked Questions
Which is cheaper, Eicher Pro 2059 CNG vs OSM M1KA 3.0 vs Tata 710 SFC vs Tata Ultra E.9?
+−
Eicher Pro 2059 CNG has the lower price among these options.
Which has better power, Eicher Pro 2059 CNG vs OSM M1KA 3.0 vs Tata 710 SFC vs Tata Ultra E.9?
+−
Tata Ultra E.9 has the better power at 335 HP.
Which has better torque, Eicher Pro 2059 CNG vs OSM M1KA 3.0 vs Tata 710 SFC vs Tata Ultra E.9?
+−
Tata Ultra E.9 has the better torque at 950.
Which has better mileage, Eicher Pro 2059 CNG vs OSM M1KA 3.0 vs Tata 710 SFC vs Tata Ultra E.9?
+−
OSM M1KA 3.0 has the better mileage at 180 km/l.
Which has better payload, Eicher Pro 2059 CNG vs OSM M1KA 3.0 vs Tata 710 SFC vs Tata Ultra E.9?
+−
Tata Ultra E.9 has the better payload at 4050 kg.
Which has better GVW, Eicher Pro 2059 CNG vs OSM M1KA 3.0 vs Tata 710 SFC vs Tata Ultra E.9?
+−
Tata Ultra E.9 has the better GVW at 9000 kg.
Which truck should I choose between Eicher Pro 2059 CNG and OSM M1KA 3.0?
+−
Choose Eicher Pro 2059 CNG if its price, body type, fuel type, and payload fit your route and loading needs better. Choose OSM M1KA 3.0 if its specifications, service fit, or operating cost suits your business use case more closely.
What fuel types are available in Eicher Pro 2059 CNG vs OSM M1KA 3.0 vs Tata 710 SFC vs Tata Ultra E.9?
+−
Eicher Pro 2059 CNG vs OSM M1KA 3.0 vs Tata 710 SFC vs Tata Ultra E.9 include CNG, Electric, Diesel fuel options. Buyers should compare fuel availability, route distance, and daily running cost before finalizing a truck.
What body types are compared in Eicher Pro 2059 CNG vs OSM M1KA 3.0 vs Tata 710 SFC vs Tata Ultra E.9?
+−
This comparison includes Trucks body type. Match the body type with your cargo, loading pattern, and city or highway route requirement.
How do tyre configurations compare in Eicher Pro 2059 CNG vs OSM M1KA 3.0 vs Tata 710 SFC vs Tata Ultra E.9?
+−
Eicher Pro 2059 CNG has 4 tyres, OSM M1KA 3.0 has 6 tyres, Tata 710 SFC has 6 tyres, Tata Ultra E.9 has 6 tyres. Tyre configuration matters for load stability, operating conditions, and maintenance planning.