How To Drive A Motorcar
A Key To The Subtleties Of Motoring
År: 1915
Forlag: Temple Press Ltd.
Sted: London
Udgave: 2
Sider: 138
UDK: 629.113 How
Written and illustrated by the Staff of "The Motor"
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HOW TO DRIVE A MOTORCAR
where the driver is suddenly confronted with an almost
impossible situation, when the car refuses to acknow-
ledge control through the steering gear. Prevention is,
therefore, better than cure, and one steel-studded non-
skid tyre on the off front wheel, maintained in a
reasonable state of efficiency so far as the studs are
concerned, is enough to guard against the trouble in the
large majority of circumstances.
When taking a right-angle turn on a greasy (greasy—
not merely wet) road, always exercise a certain amount
of care in case a- front-wheel skid should develop when
part of the turn is made, and, speaking in general
terms, learn to have a regard for the steering gear when
on greasy roads, more especially if both the front tyres
are of the plain rubber type.
Another point which should be remembered is not to
adopt that common phase of bad driving, overtaking a
vehicle at a good speed in a direct line behind it, and
only starting to steer out at the last moment. Start
to get to the offside of the vehicle which it is desired to
overtake in good time, and then, even if a front-wheel
skid should occur, there is plenty of time to correct it.
Rear-wheel Skids
As already indicated, this type of skid is far more
frequent, and luckily it is also far more easily corrected.
So long as both rear wheels are driving equally (we are
referring to skids caused by progression) all goes well.
If, however, from any cause whatsoever, such as sudden
acceleration or a difference in the road surface, one
wheel suddenly starts to revolve at a speed considerably "
in excess of the rate of progression of the car, then cer-
tain circumstances are set up which render the vehicle
susceptible to rear-wheel skidding.
On consideration, it is seen that, with the wheel
spinning round faster than the car’s progress, the
adhesion between the wheel in question and the road
surface is less than it is at normal times, and conse-
quently the car is more susceptible to a lateral thrust,
or, more likely to slide down a camber of the road.
Opinions rather differ as to the precise cause of this
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