Maruti Suzuki A-Star Cost and specification

Maruti Suzuki A-Star Front

Maruti Suzuki car last segment B, A-Star, is expected to be a hit with young audiences due to its small and beautiful appearance. The A-star will be powered by a 1 liter engine developing 65bhp K series. The new engine will offer customers more

A-star happy with much better fuel consumption. The A-Star also comes with safety features like airbags and ABS, even as an optional accessory.

Maruti Suzuki A-Star Side

Maruti Suzuki A-Star Side Back

Suzuki A-star

The car is expected to cost around Rs. 3 -4 lakh.

FEATURES and SPECIFICATIONS :

Engine : 998cc
LxWxH : 3500×1600x1490
Wheelbase : 2360
Ground clearance : 170
Kerb Weight : 860-880kg
Fuel tank capacity : 35 litres
Engine : K10B, 3-cylinder, 12valves, MPFI
Bore x Stroke : 73×79.4
Compression Ratio : 10.0
Max power : 67bhp@6200rpm
Max torque : 90Nm@3500rpm
Max speed : 155kph
Tyres : 155/80 R13
Three versions: LXi, VXi and ZXi
Power steering : standard across
ABS with EBD and Dual airbags in ZXi
4 speakers in ZXi and 2 in VXi
Radio + CD Player with Aux in in VXi and ZXi
Keyless entry in ZXi and Central locking in VXi

A-Star breaks its own record In Mileage

Maruti confirms new mileage figures

THE MARUTI –SUZUKI A-STAR has broken its own fuel efficiency record of 37.6 kmpl that it had made earlier at a rally in Chennai .The winning contestant at the fuel efficiency rally in Mumbai was able to achieve an unbelieveble fuel economy of 39.84kmpl. The A-star delivered a mileage of 19.6 kilometers per liter of petrol in the fuel efficiency test conducted by ARAI . the country’s premier automotive research agency .

In the A-star mileage rally in Mumbai the top 25 participants achieved an average mileage of over 26.72kmpl while in Chennai this figure was a whopping 32.5kmlp . The cars were driven on a predetermined route of approx 60 kilometers and there ware a total of 51 participants in Mumbai and 45 in Chennai. The contestants minimized the use of the brakes and the throttle in order to burn the least possible amount of fuel .