Air Car Tantalisingly Close Celsias
A French designer of engines for Formula One racing cars has turned his attention to creating an engine that runs on, and emits, only air! By all accounts, this is no pie-in-the-sky dream invention either - as the vehicle’s release is slated for later this year.
With a top speed of 110kph (68mph) and a range of about 200kms (125miles), it looks to be an entirely useable commuter, and more. In fact, once the initial model is on the market, there are plans for a hybrid version - a car that will use a small amount of fuel to generate the compressed air required for the main engine - resulting in a 4,500km range (2,800 miles) from just one tank of fuel!
That’s right - just compressed air!
Because there is no ‘combustion’, the engine temperature remains tepid. This fact means the engine parts can be produced from metals with lower melting points, like aluminium - allowing for smaller lighter engines (about half the weight of a regular petrol engine) which increases the vehicle’s range.
Watch the video to learn more:
A French designer of engines for Formula One racing cars has turned his attention to creating an engine that runs on, and emits, only air! By all accounts, this is no pie-in-the-sky dream invention either - as the vehicle’s release is slated for later this year.
With a top speed of 110kph (68mph) and a range of about 200kms (125miles), it looks to be an entirely useable commuter, and more. In fact, once the initial model is on the market, there are plans for a hybrid version - a car that will use a small amount of fuel to generate the compressed air required for the main engine - resulting in a 4,500km range (2,800 miles) from just one tank of fuel!
That’s right - just compressed air!
Because there is no ‘combustion’, the engine temperature remains tepid. This fact means the engine parts can be produced from metals with lower melting points, like aluminium - allowing for smaller lighter engines (about half the weight of a regular petrol engine) which increases the vehicle’s range.
Watch the video to learn more:
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