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The
DS has become something of a style icon, representing as it does, the optimism
experienced in post-war Europe. It was built at a time when technology
was seen as the solution rather than the cause of the world's problems.
The DS was also a manifestation of the pride which France took in her desire
to be seen as one of the major world powers, able to compete on an equal
footing with the United States, Great Britain, the Soviet Union and China.
The legacy of the DS includes the SM, GS, CX, BX, XM and Xantia, all of
which feature high pressure hydraulic systems which are employed for the
suspension and, according to the model, to provide assistance for the brakes
and steering. Hydraulic control of the clutch and gearchange was not carried
forward into any of these other models however. As far as styling is concerned,
there have been no imitators although nearly all motor manufacturers have
followed Citroën's lead in placing varying degrees of importance on
aerodynamics. The DS's roadholding and handling have become legendary and
it is only in the last decade or so that other manufacturers have managed
to catch up.
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The
DS was not without its faults. A heavy foot and heavy hand resulted in
uncomfortable progress - the very soft suspension caused pitching under
acceleration and braking; that beautiful shape rendered the car's extremities
invisible; the interior mirror, mounted as it was on the scuttle impeded
forward visibility; the semi automatic gearchange could be ponderous; the
engines had a reputation for longevity but were low
on power and refinement; the bodywork was rust prone; the complex lighting
arrangements on the later models could easily go out of adjustment and
yet despite all this, there are few cars that are its equal when the going
gets tough (and most of those that can equal it are also Citroëns).
In its homeland, the DS was not considered to be a piece of auto exotica
- it was normal transport for the enlightened.
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On
the deserted, poorly surfaced roads of France in the fifties and sixties
its lack of acceleration was not a problem; lesser cars would be obliged
to slow for corners and potholes where the DS would serenely glide past
travelling some 50 kph faster than cars with greater straight line performance.
André Citroën himself realised that the key to high average
speeds is not power per se but roadholding and predictable handling.
If the car was lacking in power, its superb aerodynamics allowed it to
achieve a top speed far higher than one might imagine possible. Furthermore,
the cruising speed was the same as the top speed.
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The
DS has won the hearts and minds of people all over the world in a way that
few others have managed - the others being the Citroën 2 CV, Volkswagen
Beetle and Jaguar E Type (XKE). And this is perhaps the unique attraction
of the Goddess - she appealed, indeed still appeals to both the intellect
and sense of aesthetics of her worshippers. The DS was way ahead of its
time - indeed were a car to be launched today featuring all the technology
introduced in 1955, it would be considered to be avant-garde.
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Self levelling, variable
rate hydropneumatic
suspension (this allows consistent suspension behaviour irrespective of the load carried or its distribution, a constant angle of attack which means that aerodynamic efficiency and headlamp beam aim do not alter according to load). The suspension system also featured a variable ground clearance facility which enabled the car to traverse surfaces normally denied to all but 4 x 4 vehicles and also facilitated wheel changing
Fully powered braking system with automatic compensation of braking effort determined by weight and distribution of load
Fully powered steering system (there was no mechanical connection between the steering wheel and the steering rack except in the event of a loss of pressure in the hydraulic system)
Powered clutch - no clutch pedal
Powered gear change
Centre point steering geometry whereby the pivot point coincided with the centre of the contact point between tyre and road (this allows for lower steering effort and more importantly the ability to stay on course irrespective of road surface or even a front tyre blow out)
Inboard front disc brakes (this reduces unsprung weight, allows the centre point steering geometry mentioned above and ensures better cooling for the discs than is allowed when they are mounted inside the wheels)
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Aerodynamically efficient bodywork allowing for high performance and good fuel economy plus low wind noise
Single spoke steering wheel designed to collapse in a progressive manner - in the era before airbags, this was a major safety feature
Plastic dashboard featuring extensive padding designed to minimise injuries in the event of a collision
Air vents at either end of the fascia in an era when ventilation was normally provided by opening quarter lights
Very thin windscreen pillars set far back in order to maximise the driver's field of vision coupled with frameless side screens
Roof mounted rear indicators
Windscreen wipers that parked below the bonnet thereby minimising the chance of causing injury to pedestrians
Plastic roof and alloy bonnet to reduce weight
Self levelling headlights
Long range headlamps connected to the steering
Safety interior door handles
Michelin X radial tyres (later models were fitted with the advanced assymetric tread pattern Michelin XAS tyres)
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