Tuesday, 2 February 2010
2010 Heynsdyk 2500SF roadster from Dutch
2010 Heynsdyk 2500SF roadster
Once in a blue moon in the automotive industry an unique vehicle comes to play. Such vehicle is 2500SF roadster from Dutch Heynsdyk. The Dutch have always had a penchant for the bizarre and unorthodox. From their unique 'coffee shops', to their individualist sense of style the people of Holland have always liked to go their own way. And that applies to car design as well. Spyker supercars are from Holland, and whether you love them or hate them, they really are very different in style to any other vehicle on the road.
2010 Heynsdyk 2500SF roadster
A small independent builder in Eindhoven has given further weight to the argument by introducing this, the Heynsdyk 2500SF. Designed and engineered by Ronald Heijnsdijk, the car is based on the Porsche 944 platform and is essentially a kit car which can be ordered in component or fully finished form. However instead of being some sort of generic copy of another the vehicle, the 2500SF has a completely original style which is a mixture of hits and misses.
2010 Heynsdyk 2500SF roadster
This is the Heynsdyk 2500SF from Holland: a bespoke body placed over the engine, electronics, and drivetrain of a Porsche 944. The design process took years to complete, but the decision to base the car on the 944 was made quickly. 100% galvanized, reliable and readily available. The substantially lighter body, in galvanized steel, takes weight down to 900 kilograms (1,980 pounds) while maintaining 50/50 weight distribution. There are six engine choices, from a basic 2.5-liter four-cylinder with 163 horsepower, to a 2.5-liter four-pot S-motor with a turbo. That one will get you 250 horsepower, and from 0 to 60 in six seconds. Top speed is limited to 250 kilometers per hour (155 miles per hour). The transmission is handled by a 5 speed manual which sends the power to the rear wheels.
2010 Heynsdyk 2500SF roadster
Specification
Year : 2010
Engine : four cylinder, 2.5 cylinder, Turbo or naturally aspirated
Transmission : 5 speed manual, RWD
Max speed : 155 mph (limited)
0-60 mph : 6 seconds (turbo)
Horsepower : 250 horsepower (turbo)
weight : 900 kgs / 1,980 lbs
2010 Heynsdyk 2500SF roadster
The front angle is by far and away the worst area of the vehicle aesthetically. Here a random and mismatched assortment of lights and grilles come together to form a unique but far from pretty face. In profile things start to get better, and the proportions of the car are generally quite pleasing. The car shows off its best side when viewed from the rear. The well thought out mix of nicely sculpted roll bars, beefed up wheel arches, neat taillights and sloping decklid come together very well indeed.
You can buy the car as a kit or a finished product, and prices start at €14,750 ($20,798 U.S.) for the kit, or €36,995 ($52,158 U.S.) for a ready runner. Like its countrymate Spyker, what the car might lack in beauty it makes up for in unique and arresting looks.
Source: Heynsdyk.com
2010 Heynsdyk 2500SF roadster from Dutch
2010 Heynsdyk 2500SF roadster
Once in a blue moon in the automotive industry an unique vehicle comes to play. Such vehicle is 2500SF roadster from Dutch Heynsdyk. The Dutch have always had a penchant for the bizarre and unorthodox. From their unique 'coffee shops', to their individualist sense of style the people of Holland have always liked to go their own way. And that applies to car design as well. Spyker supercars are from Holland, and whether you love them or hate them, they really are very different in style to any other vehicle on the road.
2010 Heynsdyk 2500SF roadster
A small independent builder in Eindhoven has given further weight to the argument by introducing this, the Heynsdyk 2500SF. Designed and engineered by Ronald Heijnsdijk, the car is based on the Porsche 944 platform and is essentially a kit car which can be ordered in component or fully finished form. However instead of being some sort of generic copy of another the vehicle, the 2500SF has a completely original style which is a mixture of hits and misses.
2010 Heynsdyk 2500SF roadster
This is the Heynsdyk 2500SF from Holland: a bespoke body placed over the engine, electronics, and drivetrain of a Porsche 944. The design process took years to complete, but the decision to base the car on the 944 was made quickly. 100% galvanized, reliable and readily available. The substantially lighter body, in galvanized steel, takes weight down to 900 kilograms (1,980 pounds) while maintaining 50/50 weight distribution. There are six engine choices, from a basic 2.5-liter four-cylinder with 163 horsepower, to a 2.5-liter four-pot S-motor with a turbo. That one will get you 250 horsepower, and from 0 to 60 in six seconds. Top speed is limited to 250 kilometers per hour (155 miles per hour). The transmission is handled by a 5 speed manual which sends the power to the rear wheels.
2010 Heynsdyk 2500SF roadster
Specification
Year : 2010
Engine : four cylinder, 2.5 cylinder, Turbo or naturally aspirated
Transmission : 5 speed manual, RWD
Max speed : 155 mph (limited)
0-60 mph : 6 seconds (turbo)
Horsepower : 250 horsepower (turbo)
weight : 900 kgs / 1,980 lbs
2010 Heynsdyk 2500SF roadster
The front angle is by far and away the worst area of the vehicle aesthetically. Here a random and mismatched assortment of lights and grilles come together to form a unique but far from pretty face. In profile things start to get better, and the proportions of the car are generally quite pleasing. The car shows off its best side when viewed from the rear. The well thought out mix of nicely sculpted roll bars, beefed up wheel arches, neat taillights and sloping decklid come together very well indeed.
You can buy the car as a kit or a finished product, and prices start at €14,750 ($20,798 U.S.) for the kit, or €36,995 ($52,158 U.S.) for a ready runner. Like its countrymate Spyker, what the car might lack in beauty it makes up for in unique and arresting looks.
Source: Heynsdyk.com
New BMW Vision Modification 2010
The new 2+2-seater hybrid-diesel BMW Vision Efficient Dynamics concept car, with sexy gullwing doors and low emissions, will be the centerpiece of the 2009 Frankfurt Motor Show, but there is plenty of information available about the car already.Offering hybrid technology, the BMW Vision EfficientDynamics is powered by a three-cylinder turbodiesel and two electric motors. System output is 262kW (356hp), maximum torque is 800 Newton-metres (590 lb-ft). The all-wheel drive features an electric motor on both the front and rear axle.
With an anticipated acceleration from zero to 100 km/h in 4.8 seconds and top speed around 250 km/h (155 mph), fuel consumption in the EU test cycle of 3.76 litres/100 km (equal to 75.1 mph imperial gallons), and CO2 emissions are 99 grams/kilometre.
As a plug-in hybrid, BMW Vision EfficientDynamics is able to cover the entire fuel consumption drive cycle under electric power alone. Taking the sources of energy used for generating the electric power consumed into account (EU electricity mix), this reduces the CO2 emission rating to just 50 grams per kilometre.
Electric power is generated through an efficient concept of Brake Energy Regeneration. Energy is stored in 98 lithium polymer cells. The car is able to cover a distance of approximately 50km (31 miles) in electric mode alone.
Ferrari confirms its hybrid will debut at Geneva Auto Show in March
The rumors seem to be true: Ferrari, builders of the finest cars in the world, will be bringing a hybrid version of their 599 GTB Fiorano supercar to the upcoming Geneva Motor Show. To some of the less well informed out there, this might seem like a sacrilege, but for those who know Ferrari’s history of technical innovation, and just what can be accomplished with a properly set up hybrid drivetrain, this makes perfect sense.
Ferrari is, quite simply, one of the most technologically innovative car companies around, having invented and brought to market every thing from the sublime semi-automatic gearbox to the more prosaic 2+2 seating layout. So when the boys from Maranello have a crack at doing a hybrid, you can expect it to be thoroughly engineered and oriented towards stratospheric performance.
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