Daihatsu Copen
>> Saturday, March 6, 2010
Daihatsu Copen
The Copen's appeal has been drastically widened thanks to the fitment of the same 87 PS engine as the Sirion supermini which not only boosts performance and economy but allows higher gearing for more relaxed cruising. The only difference to the pure uncluttered shape of the previous Daihatsu Copen is a small rear boot spoiler and a range of new colours.
Cute and timeless Daihatsu Copen sports car has become considerably more desirable with a punchy yet more frugal new 1.3 litre engine, higher gearing to enhance refinement.
The engine itself is highly-advanced and is essentially the same unit fitted to the Daihatsu Sirion supermini.
Featuring Dynamic Variable Valve Timing (DVVT) which enhances low-speed pulling power and high-rev response, the twin overhead camshaft unit is compact and light, with an alloy head and block.
The new Daihatsu Copen is only 27 kg heavier than the previous 660 cc model and now weighs a nimble 850 kg.
Power is 87 PS at 6,000 rpm with torque of 88.5 lb ft at 4,400 rpm. The engine has a 10.3:1 compression ratio and features a bore and stroke of 72 x 79.7 mm.
It also features durable chains for its camshaft drive which require no maintenance and cannot snap like belt systems. Oil change intervals are now 9,000 miles instead of the previous 660 cc model's 3,000 miles.
It effectively extends the life of the catalytic converter, reducing maintenance costs and is kinder to the environment as it keeps the catalyst 'healthier' over a higher mileage meaning the already low 140 g/km does not increase as the engine becomes older.
This revolutionary technology works by providing a self-regenerating capability in the particles of the precious metal which normally degrades.
Using nanotechnology, the intelligent catalyst incorporates metallic ions of palladium, the most heat-sensitive of the metals used in a catalytic converter.
According to temperature and available oxygen, the particles turn in and out of a crystalline state therefore regenerating and prolonging the cat's ability to clean exhaust gasses.
The luggage capacity with the roof up is sufficient for a weekend away. With the roof down, there is space for a soft sports bag.
The front-wheel drive Daihatsu Copen measures 3,440 mm long, has a 1,475 mm width excluding mirrors and is 1,245 mm high. Its wheelbase is 2,225 mm, overhangs are tiny and the driver sits perfectly between front and rear wheels for extra handling intimacy. The engine is transversely-mounted in the front.
The braking system features servo-assisted front ventilated disc brakes measuring a generous 246 mm with 180 mm rear drums.
Anti-lock is also standard as is Electronic Brakeforce Distribution (EBD) which further avoids the locking-up of individual wheels during severe braking.
Daihatsu's much-admired impact-sensing system acts as an emergency-alert device by automatically unlocking the doors following an accident, activating the hazard flashers and cutting off the fuel supply.
New Engine Transforms Appeal
The Copen's new 1.3 litre petrol engine totally transforms the small car's appeal while providing even better fuel economy and lower exhaust emissions - a Daihatsu speciality.The engine itself is highly-advanced and is essentially the same unit fitted to the Daihatsu Sirion supermini.
Featuring Dynamic Variable Valve Timing (DVVT) which enhances low-speed pulling power and high-rev response, the twin overhead camshaft unit is compact and light, with an alloy head and block.
The new Daihatsu Copen is only 27 kg heavier than the previous 660 cc model and now weighs a nimble 850 kg.
Power is 87 PS at 6,000 rpm with torque of 88.5 lb ft at 4,400 rpm. The engine has a 10.3:1 compression ratio and features a bore and stroke of 72 x 79.7 mm.
It also features durable chains for its camshaft drive which require no maintenance and cannot snap like belt systems. Oil change intervals are now 9,000 miles instead of the previous 660 cc model's 3,000 miles.
World's First Self-Regenerating Catalyst
The new Sirion 1.3 litre launched in 2005 featured the world's first self-regenerating catalyst. This innovation is also shared by the new Copen.It effectively extends the life of the catalytic converter, reducing maintenance costs and is kinder to the environment as it keeps the catalyst 'healthier' over a higher mileage meaning the already low 140 g/km does not increase as the engine becomes older.
This revolutionary technology works by providing a self-regenerating capability in the particles of the precious metal which normally degrades.
Using nanotechnology, the intelligent catalyst incorporates metallic ions of palladium, the most heat-sensitive of the metals used in a catalytic converter.
According to temperature and available oxygen, the particles turn in and out of a crystalline state therefore regenerating and prolonging the cat's ability to clean exhaust gasses.
The luggage capacity with the roof up is sufficient for a weekend away. With the roof down, there is space for a soft sports bag.
The front-wheel drive Daihatsu Copen measures 3,440 mm long, has a 1,475 mm width excluding mirrors and is 1,245 mm high. Its wheelbase is 2,225 mm, overhangs are tiny and the driver sits perfectly between front and rear wheels for extra handling intimacy. The engine is transversely-mounted in the front.
Agile Chassis - Conceived As A Sports Car
Anyone expecting the Daihatsu Copen to be a shallow style-statement will be in for a surprise. The power-steering is especially direct and informative and the handling taut and agile.High Safety Levels
Safety is given high priority in the Daihatsu Copen which - despite its small size - has all the latest life-saving and injury-reducing initiatives.The braking system features servo-assisted front ventilated disc brakes measuring a generous 246 mm with 180 mm rear drums.
Anti-lock is also standard as is Electronic Brakeforce Distribution (EBD) which further avoids the locking-up of individual wheels during severe braking.
Daihatsu's much-admired impact-sensing system acts as an emergency-alert device by automatically unlocking the doors following an accident, activating the hazard flashers and cutting off the fuel supply.
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