All-New, Fuel-Efficient 1.0-litre Ford EcoBoost Engine for India to Debut in All-New Ford EcoSport

All-New EcoSport

·       All-new engine for the Indian market will debut in the all-new Ford EcoSport – offering the performance of a conventional 1.6-litre engine with less than 140g/km CO₂ emissions

 

·       Ford is introducing its global EcoBoost powertrain technology for the first time in India with the three-cylinder EcoBoost engine

 

·       This newest and smallest member of the global family of EcoBoost engines features advanced turbocharging technology, direct injection, improved twin variable camshaft design and intelligent ancillaries to deliver performance that belies its small size

 

new delhi, Jan. 4, 2012 – Ford is bringing its global EcoBoost powertrain technology to India for the first time in the form of its newest and smallest-ever EcoBoost engine. With only three cylinders and 1.0 litre of displacement, the latest EcoBoost engine will provide fuel-efficient power for the all-new Ford EcoSport.

 

Despite its small capacity and proportions, the engine delivers power and performance that will rival a traditional 1.6-litre petrol engine while emitting less than 140g/km CO₂. It will have 120 PS of power and be mated to a five-speed manual transmission, giving the Ford EcoSport a footprint that is small enough for urban driving yet robust enough for a trip out of the city.

 

The new 1.0-litre is the latest addition to Ford’s global family of EcoBoost engines, which currently range in capacity from 1.6 to 3.5 litres. Downsized EcoBoost engines feature turbocharging, direct injection and other technologies and replace larger engines with no loss of performance and with lower fuel consumption.

 

Ultimately, this all-new engine will be made available in Ford models in China, Europe, North America and other regions.

 

“The capable EcoSport is a perfect showcase for the advanced small-displacement petrol engine, demonstrating the strength and breadth of Ford’s development and engineering capabilities,” said Joe Bakaj, vice president, Global Powertrain Engineering.

 

“The 1.0-litre EcoBoost delivers great low-speed responsiveness, power, torque and smoothness. To produce an engine with such impressive performance and fuel economy clearly reflects our commitment to be class-leading in fuel economy around the world."

 

Developed at Ford’s Dunton Technical Centre in the U.K., this direct-injected EcoBoost engine features a new compact, high performance turbocharger design. The extremely fast response of the turbocharger and its ability to reach nearly 250,000 rpm results in virtually no turbo lag and peak torque of 170 Nm from 1,300-4,500 rpm.

 

The all-new EcoBoost engine also features an exhaust manifold cast into the cylinder head, which lowers the temperature of the exhaust gases and in turn enables the engine to run with the optimum fuel-to-air ratio across a wider rev band.

 

An advanced “split cooling” system reduces fuel consumption by warming the engine more quickly and – unique to the 1.0 engine –cast iron has been selected for the block, reducing the amount of energy needed for warm-up by up to 50 percent compared with aluminium.

 

Intelligent ancillaries such as a variable air-conditioning compressor and oil pump also reduce demand on the engine – improving economy and emissions – while special coatings for engine components and intricate development of engine geometry result in minimal frictional losses.

 

Like its larger-capacity siblings, the 1.0-litre EcoBoost engine will use twin independent variable camshaft timing (Ti-VCT) to further improve performance and economy. Ford has also employed an all-new camshaft actuator to speed up response times without sacrificing durability.

 

Smooth and refined 

In the all-new 1.0-litre Ford EcoBoost engine, the emphasis in development has been on delivering both smooth and refined performance.

 

Engine refinement is improved thanks to an innovative design that immerses the two main engine drive belts in oil – resulting in quieter and more efficient running but with the durability of a chain. Careful attention has also been paid to mitigating the natural vibrations of the three-cylinder design.

 

Rather than employ the traditional method of adding energy-draining balancer shafts, Ford engineers have deliberately “unbalanced” the flywheel and pulley to offset the engine configuration. Ford believes these innovations combined with optimised engine mounts will deliver a truly refined performance feel perfected during 720,000 kilometres of tests – including 360,000 kilometres of durability trials and 10,000 kilometres of environmental testing.