Truck Comparison

Ashok Leyland Boss 1920 vs Eicher Pro 2110 CNG vs Eicher Pro 3018XP Plus vs Tata T.16 Ultra: Price & Specs Comparison

Ashok Leyland Boss 1920 leads on torque at 700. The compared trucks cover Trucks body type with Diesel, CNG fuel options.

This comparison uses the available truck data for Ashok Leyland Boss 1920 vs Eicher Pro 2110 CNG vs Eicher Pro 3018XP Plus vs Tata T.16 Ultra 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: Diesel, CNG. Tyres: 6. Payload: Ashok Leyland Boss 1920: 12500 Kgs | Eicher Pro 2110 CNG: NA | Eicher Pro 3018XP Plus: NA | Tata T.16 Ultra: 11100 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

Specs
This TruckAshok Leyland Boss 1920

₹28.50 L

Eicher Pro 2110 CNG

₹25.20 L - ₹28.60 L

Eicher Pro 3018XP Plus

₹26.20 L - ₹28.50 L

Tata T.16 Ultra

₹26.28 L - ₹28.68 L

Key Specifications
Price
₹28.50 L
₹25.20 L - ₹28.60 L
₹26.20 L - ₹28.50 L
₹26.28 L - ₹28.68 L
Brand
ashok-leyland
eicher
eicher
tata
Model
Ashok Leyland Boss 1920
Eicher Pro 2110 CNG
Eicher Pro 3018XP Plus
Tata T.16 Ultra
Body Type
Trucks
Trucks
Trucks
Trucks
Engine
5660 cc
3760 cc
E494
3300 cc
Power
200 hp
115HP
160 hp
117.7 kW
Max Torque
700 Nm
360 Nm
500 Nm
475 Nm
Mileage
6.5 kmpl
6-7 kmpl
6.8 kmpl
6.5 kmpl
Gross Vehicle Weight
18500 kg
11990 kg
18250 kg
16140 kg
Payload
12500 Kgs
NA
NA
11100 Kgs
No. of Tyres
6
6
6
6
Fuel Type
Diesel
CNG
Diesel
Diesel
Fuel Tank Capacity
185/350 Ltr
470
190 Ltr
160 Ltr
Max Speed
80 Km/h
80
80
80 Km/h
Gear Box
6 speed synchromesh with Cable CSO system
ET40, 5 Speed
ET60S7
G550 (6F+1R), Cable Shift Mechanism
Chassis Type
Chassis with Cabin
Chassis with Cabin
Chassis with Cabin
Chassis with Cabin
Performance
Max Power
200 hp
115HP
160 hp
117.7 kW
Engine Displacement (cc)
5660 cc
-
-
3300 cc
Fuel Tank (Litres)
185/350 Ltr
470 Ltr
425 Ltr
160 Ltr
Engine
H series BS-VI 6 cylinder CRS with i-Gen6 technology
E483 4 Cyl TCIC CNG
E494
3.3l NG BS-VI, 4 Cylinder in line water cooled direct injection diesel engine with intercooler
Fuel Type
Diesel
CNG
Diesel
Diesel
Emission Norms
BS-VI
BS-VI
BS-VI
BS-VI
Max Torque
700 Nm
360 Nm
500 Nm
475 Nm
Mileage
6.5 kmpl
6-7 kmpl
-
6.5 kmpl
Gradeability (%)
23.7 %
26 %
-
26 %
Max Speed (km/h)
80
80
80
80
Engine Cylinders
6
-
-
4
Turning Radius (mm)
17900
1600
-
14400
Battery Capacity
110 Ah
130 Ah
100 Ah
100 Ah
Product Type
L5N (High Speed Goods Carrier)
L5N (High Speed Goods Carrier)
-
L5N (High Speed Goods Carrier)
Carrier Type
Goods Carrier
Goods Carrier
-
Goods Carrier
Engine Displacement (cm3)
-
3760
-
-
Mileage City
-
-
-
5.5-6.5
Mileage Highway
-
-
-
6-7
Dimension
Overall Length (mm)
7910
-
-
7400
Overall Width (mm)
2570
-
-
2440
Overall Height (mm)
1143
1695
-
3100
Ground Clearance (mm)
250
265
-
235
Wheelbase (mm)
5350
4400
4490
3920
Axle Configuration
4x2
4x2
-
4x2
Size (Cu. M)
6.7
-
-
-
Loading Length {mm}
6700
6112
-
5217
Loading Width {mm}
2310
2125
-
2286
Loading Height {mm}
1143
-
-
1835
Transmission & Loading Capacity
Transmission
Manual
Manual
Manual
Manual
Payload (Kgs)
12500 Kgs
7500 Kgs
-
-
GVW / GCW (Kgs)
18500 kg
11990 kg
18250 kg
16140 kg
Kerb Weight (Kgs)
5651
4490
-
-
Gear Box
6 speed synchromesh with Cable CSO system
ET40, 5 Speed
ET60S7
G550 (6F+1R), Cable Shift Mechanism
Clutch
380 mm diameter, diaphragm type with clutch booster
330 mm dia
362 mm Dia
330 mm dia, Single plate dry friction type
Power Steering
Features
Steering
Integral power steering
Power Steering
Power Steering
Power Steering
A/C
Optional
-
Optional
Cruise Control
-
Navigation System
-
Telematics
-
Tiltable Steering
Tilt and telescopic
Tilt & Telescopic
Tilt and telescopic
Tilt & Telescopic
Arm-rest
-
Seat Type
Standard
Standard
Standard
Standard
Driver Information Display
Adjustable Driver Seat
-
Seating Capacity
D+1
D+1
D+1
D+2
Tubeless Tyres
-
Seat Belts
Hill Hold
-
Brakes & Suspension
Brakes
Full air dual line,Lining thickness 16mm brakes
APU Brakes
APU
Dual Circuit Full Air S Cam Brakes with auto Slack adjuster Drum Brakes
Front Axle
Forged I Section-Reverse Elliot Type
-
-
-
Front Suspension
Semi-elliptic leaf spring with shock absorbers
Parabolic Leaf Spring with Hydraulic Double acting shock absorber (5 Leaves)
Parabolic-5 no.s
Parabolic leaf spring, hydraulic double acting Telescopic shock absorbers
Rear Axle
Fully Floating Single Speed Rear Axle, Hypoid,RAR 6.17
-
Fully floatng, hypoid
TATA RA108R Single reduction hypoid gears,fully floating benjo axle (RAR-6.42)
Rear Suspension
Semi-Elliptic Multi Leaf
Semi-Elliptical suspension with helper spring (Main -9, Helper -8)
Semi Elliptic with Parabolic helper springs(12 main & 5 helper)
Semi elliptical leaf spring with Aux springs
ABS
-
Parking Brakes
Rear wheels only
Graduated valve controlled spring brake chamber integral with Rear Brake
Body Option & Cabin Type
Chassis Type
Chassis with Cabin
Chassis with Cabin
Chassis with Cabin
Chassis with Cabin
Body Option
Box body
DACK BODY
Box body
Box body
Cabin Type
Sleeper Cabin
2.0m Wider Tiltable Cab
Sleeper Cabin
Ultra Day Cabin
Tiltable Cabin
Manually tiltable
Hydraulically tiltable
Tyres
Number of Tyre
6
6
6
6
Rear Tyre
295/90R20
8.25R20-Standard Radial Tyres
295/90 R 20
9 R 20 - 16PR CRR Radial
Front Tyre
295/90R20
8.25R20-Standard Radial Tyres
295/90 R 20
9 R 20 - 16PR CRR Radial
Others
Chassis
Battery(Volts)
24 V
12 V
12 V
12 V
Alternator (Amps)
85A
-
-
-
Fog Lights
Provision
Other Details
Charging Time
No
-
-
No
Type Of Motor
No
-
-
No
Rating
4.8
-
-
4.8
Usecase
Construction material transport, logistics, Intercity transport of goods
Intercity transport of goods, Construction material transport
Construction material transport, Intercity transport of goods
Construction material transport, logistics, Intercity transport of goods

Which to buy

Which One Fits Your Use Case?

FAQs

Frequently Asked Questions

Which has better power, Ashok Leyland Boss 1920 vs Eicher Pro 2110 CNG vs Eicher Pro 3018XP Plus vs Tata T.16 Ultra?

+
Ashok Leyland Boss 1920 has the better power at 200 HP.

Which has better torque, Ashok Leyland Boss 1920 vs Eicher Pro 2110 CNG vs Eicher Pro 3018XP Plus vs Tata T.16 Ultra?

+
Ashok Leyland Boss 1920 has the better torque at 700.

Which has better mileage, Ashok Leyland Boss 1920 vs Eicher Pro 2110 CNG vs Eicher Pro 3018XP Plus vs Tata T.16 Ultra?

+
Eicher Pro 3018XP Plus has the better mileage at 6.8 km/l.

Which has better payload, Ashok Leyland Boss 1920 vs Eicher Pro 2110 CNG vs Eicher Pro 3018XP Plus vs Tata T.16 Ultra?

+
Ashok Leyland Boss 1920 has the better payload at 12500 kg.

Which has better GVW, Ashok Leyland Boss 1920 vs Eicher Pro 2110 CNG vs Eicher Pro 3018XP Plus vs Tata T.16 Ultra?

+
Ashok Leyland Boss 1920 has the better GVW at 18500 kg.

Which truck should I choose between Ashok Leyland Boss 1920 and Eicher Pro 2110 CNG?

+
Choose Ashok Leyland Boss 1920 if its price, body type, fuel type, and payload fit your route and loading needs better. Choose Eicher Pro 2110 CNG if its specifications, service fit, or operating cost suits your business use case more closely.

What fuel types are available in Ashok Leyland Boss 1920 vs Eicher Pro 2110 CNG vs Eicher Pro 3018XP Plus vs Tata T.16 Ultra?

+
Ashok Leyland Boss 1920 vs Eicher Pro 2110 CNG vs Eicher Pro 3018XP Plus vs Tata T.16 Ultra include Diesel, CNG fuel options. Buyers should compare fuel availability, route distance, and daily running cost before finalizing a truck.

What body types are compared in Ashok Leyland Boss 1920 vs Eicher Pro 2110 CNG vs Eicher Pro 3018XP Plus vs Tata T.16 Ultra?

+
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 Ashok Leyland Boss 1920 vs Eicher Pro 2110 CNG vs Eicher Pro 3018XP Plus vs Tata T.16 Ultra?

+
Ashok Leyland Boss 1920 has 6 tyres, Eicher Pro 2110 CNG has 6 tyres, Eicher Pro 3018XP Plus has 6 tyres, Tata T.16 Ultra has 6 tyres. Tyre configuration matters for load stability, operating conditions, and maintenance planning.