The Ford EcoBoost family, which already includes 1.6 and 2.0-litre units, is growing with the addition of a 1.0-litre three-cylinder unit.
Unveiled today by Ford's President and CEO, Alan Mullaly, the new turbocharged engine will be built at a brand new £110m facility in Cologne. The plant’s 870 employees will build up to 350,000 units a year.
Available from April in the new Focus, it will be offered with two power outputs. The more powerful version, with 123bhp and 170Nm of torque, will return 56.5mpg and emit 114g/km of CO2, while a 98bhp version will slash CO2 emissions to 109g/km - the best in class for a petrol model.
"The new 1.0-litre EcoBoost and our entire family of EcoBoost engines – represent technology breakthroughs that deliver power, fuel efficiency and low CO2 emissions through turbocharging and direct injection,” Mulally said. “These engines are delivering the fuel-efficient vehicles customers want and value."
Despite the engine block being able to sit on a single sheet of A4, Ford's smallest petrol engine has the highest power density of any engine it currently produces.
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if they really can handle over 55mpg with 1.0 petrol eng.ne on a big car. I wonder that they can handle 90bhp 160nm n a 3 door fiesta 75mpg -but if they want it.
Why are engines getting smaller and smaller yet more powerful and therefore hardly any more efficient? why isn't the aim to reduce consumption rather than the highly questionable focus on C02 emissions as the be all and end all?
This 123bhp engine would be fantastic in something tiny like a KA it could be Fords version of the 500 Abarth.With Skoda fitting 1.2 engines to Octavia's it would seem small turbo engines are the future.170nm torque is okay but its how powerful it is through the rev range if it needs to be worked hard under load then its going to guzzle fuel making it pointless and as lot's of Focus's are family cars it will be worked hard.I guess we will have to see if this engine is as powerful in real world driving conditions as a regular 1.8 non turbo engine if it is then they could be on to a winner.
JamesRiley - CO2 emissions are directly related to the fuel consumption - so achieving a lower CO2 figure automatically means a better consumption figure. So its the same focus either way you look at it.
I do agree that the focus on CO2 is a little flawed - its all very well for BMW etc to claim headline grabbing consumption figures, hence low CO2 output - but in reality these figures are never met, hence CO2 outputs are higher.
I think this has the potential to be a fantastic little engine - and is surely the future for petrol engined cars. It will be interesting to see how the economy figures hold up in "real world" driving.
Headline grabbing consumption figures are there as a comparison between different cars and not as an accurate real world indication.
Take for example the great little Fiat Twinair, if you drive it enthusiastically you can expect 38mpg instead of the advertised 68mpg. I'd be happy with 38mpg around town.
How can someone put a triple-figure power output in such a small engine? It may be a turbo, but I don't understand. Most 1.0 litre cars don't even have 80bhp!
Then again, if it's gonna slash the insurance costs of the Focus (which I hope it does), then I would consider it, regardless of the price.
The internal combustion engine is not very efficient and a lot of the energy is lost in waste heat. Turbocharging helps to capture some of this lost energy. Using the advancement in fuel injection technology such and direct injection raises the efficiency, and ofcourse we all know the effects of Turbocharging. Once the internals of this engine can handle it, this little 1000 cc engine is capable of turning out 200 HP smoothly if required, especially if you use twin turbos sequentially. 90% of most commuters use their cars round town, or as the Americans say, in the City puttering around in traffic, which is where small CCs come in handy and derive great fuel economy compared to larger engines. Additionally, once you get a car up to speed, it only takes a little power to maintain that speed, and with 120 HP or 150 HP you have enough overtaking capacity. Therefore I think this concept of a small turbocharged engine is excellent. Why do automotive journalist keep leaving out the torque numbers when quoting HP, one means nothing without the other
For those of you old enough to remember Ford's mighty Cortina GXL 2 litre, that was only 98 HP, yet no-one dared to call it slow. The Ford Capri 3000E and 2.8i were 140 HP, and so was the Escort XR3i, and really brutally fast cars in their era. I think this little engine will do just fine in the real world for power and economy.
This insane push to lower CO2 emissions, at the expense of everything, is not helping cut the cost of car ownership. Why not tax cars by their real world consumption (and for that vehicle - not an unachievable figure plucked from inside a building!).
Until the government changes the rules the Fords of this world will still offer little engines with low emissions that are not economical in the real world. Drove a 1.5d Laguna last week - twice as economical at 70mph than round town - engine too weedy to keep accelerating such a heavy car, but once it is moving, easy to hold the speed.
I also remember the Cortinas, the big Capris and Granadas. I also remember paying 20 odd pence for petrol PER GALLON and the service every 6000 miles and replacing engines at 100,000 miles - lets not forget the past but we can't live in it, we must move to the future cheaply and economically - come on Mr Ford help us poor mortals who buy and run their own cars.