Compare Tata LPT 407 FE vs Ashok Leyland Partner 4 Tyre

Compare tata lpt 407 fe vs ashok leyland partner 4 tyre

Tata LPT 407 FE

Tata LPT 407 FE

Ashok Leyland Partner 4 Tyre

Ashok Leyland Partner 4 Tyre

Overviewof

Axle Configuration 4x2 4x2
Body Length 10.6 ft 10 ft
14 ft
Engine 4SP CR
Turbo Intercooled
ZD30 Diesel Engine with DDTi
Double Overhead Camshaft, Common Rail
Direct Injection, Turbo Intercooled
GVW (Kg) 5490 Kg 6250 Kg (2685 wb)
7000 Kg (3335 wb)
Power 85 HP@ 2800 rpm 140 HP@2750 rpm
Service Interval 20,000 Km
Torque 250 Nm@1400-2400 rpm 360 Nm@1350-2750 rpm
Variants Cabin and chassis
Cabin with load body
Cabin and chassis
Cabin with load body options
Warranty 3 Years / 3 Lakh Km on driveline 3 years / 3 Lakh km on engine and transmission

Engine & Performanceof

Clutch 280 mm dia 280 mm Dia, Single Dry Plate
Diaphragm Push Type
Electricals Battery 12V, 75 Ah
Alternator: 75 Amps
12V, 75 Ah
Alternator: 70 Amps
Emission Norms Compliance BSIV BS6
Engine 4SP CR
Turbo Intercooled
ZD30 Diesel Engine with DDTi
Double Overhead Camshaft, Common Rail
Direct Injection, Turbo Intercooled
Engine Cylinders 4
Engine Displacement 2956 cc 2953 cc
Fuel Injection System Common Rail
Electronic Delphi
Common rail
Fuel Tank Capacity 90 Litres 90 Litres
Fuel Type Diesel Diesel
Gearbox GBS 27, Synchromesh type Synchromesh
Gradeability 40% 25%
Max Speed 80 Kmph 80 KMPH
Power 85 HP@ 2800 rpm 140 HP@2750 rpm
Torque 250 Nm@1400-2400 rpm 360 Nm@1350-2750 rpm
Transmission 5 speed manual (5F+1R) 5 speed (5F+1R)
Overdirve gearbox
With cable shift

Design & Configurationof

Axle Configuration 4x2 4x2
Cabin Tilt mechanism Manually tiltable Manually tiltable
Cabin Type Day cab Day cab
Chassis Frame Ladder type with cross members
Front Axle Forged I Beam, Reverse Elliot Type
Front Suspension Semi-elliptical leaf springs
With telescopic shock absorbers
Parabolic leaf springs
With telescopic shock absorbers
Ground Clearance 180 mm 238 mm
GVW 5490 Kg 6250 Kg (2685 wb)
7000 Kg (3335 wb)
Kerb Weight 2770 Kg (FSD)
3010 Kg (HSD)
Load Body Width 2255 mm
Loading Span 10.6 ft 10 ft
14 ft
Overall Height 2856 mm (HSD) 2850 mm (2685 wb)
2810 mm (3335 wb)
Overall Length 5195 mm 4920 mm (2685 wb)
5990 mm (3335 wb)
Overall Width 2255 mm (HSD)
Rear Axle Fully Floating, Single reduction hypoid gears
Rear Suspension Semi-elliptical leaf springs
With telescopic shock absorbers
Semi elliptical leaf springs
With telescopic shock absorbers
Turning Circle Diameter 10.2 m 12.4 m (2685 wb)
15 m (3335 wb)
Tyres 7.50 R 16-16 PR
4+1 tyres
8.25x16 - 16 PR
Vehicle Configuration Cabin and chassis
Cabin with load body
Cabin and chassis
Cabin with load body options
Wheelbase 2775 mm 2685 mm
3335 mm

Features & Comfortof

Air Conditioner (AC) No No
Automatic Transmission No No
Bottle Holder Yes Yes
Cabin Suspension No No
Cruise Control No No
Driver Seat 4 way adjustable 4 way adjustable
Instrument Cluster Analog
With LED display
Digital
Mobile Charging Point Yes Yes
Music System No No
Quarter Ventilation Glass No No
Steering Power Steering Power steering
Steering Adjustment No Tiltable
Telematics No No

Safetyof

ABS No
Exhaust Brake Yes
Fog Light No Provision
Parking Brakes Cable operated
Acting on rear axle
Transmission mounted, Cable operated
Seat Belts Yes Yes
Service Brakes Hydraulic brakes Hydraulic brakes
With Vacuum Assist and LCRV
Tubeless Tyres No No

Key Comparison of Tata LPT 407 FE vs Ashok Leyland Partner 4 Tyre

Compare Tata LPT 407 FE vs Ashok Leyland Partner 4 Tyre in detail at TrucksBuses.com. Check a side-by-side truck comparison of Tata LPT 407 FE with Ashok Leyland Partner 4 Tyre on engine, specifications, payload, price, mileage and features. Tata LPT 407 FE with a gross weight of gives a power of , whereas Ashok Leyland Partner 4 Tyre produces and comes with a GVW of . Powering Tata LPT 407 FE is a -cylinder engine, while Ashok Leyland Partner 4 Tyre uses a -cylinder engine. Choose Tata LPT 407 FE if you prioritise its GVW and power band for your route; pick Ashok Leyland Partner 4 Tyre when its engine and payload profile better match your load and duty cycle.