Aston Martin AR1, Cygnet, DB, DB9, DBS, Lagonda, Rapide, V12, V8, Vanquish, Virage User Manual
ASTON MARTIN
A PRODUCT OVERVIEW
Part lV
Baby Astons
to
Casino Royale
2
Bibliography
With thanks to
Aston Martin V8 Michael Bowler Cadogan Publishing
Aston Martin & Lagonda David G Styles The Crowwood Press
Aston Martin Buyers Guide Paul R Woudenberg Motorbooks International
Aston Martin V8s F Wilson McComb Osprey Auto History
Aston Martin Gold Portfolio R M Clarke Brooklands Books
Aston Martin Road Tests Adrian Feather The Scolar Press
Aston Martin Dudley Coram Motor Racing Publications
AMOC Registers AMOC
The Most Famous Car David Worrall Solo Publishing
in the World
Aston Journal of the Aston Aston Martin Heritage
Martin Heritage Trust Trust
Power, Beauty and Soul David Dowsey Peleus Press
www.astonmartin.com
3
I have been working in the world of Aston Martin for the past 25 years. I came upon
the marque in my general course of business in the motor trade and have become as
enthusiastic as my customers about Aston Martin and their products.
My son Matthew and I with my first Aston Martin
There is an aura about Aston Martin, a heritage far beyond simple statistics. Winning
at Le Mans, victory in the World Sportscar Championship, the Zagatos and Royal
patronage would be enough for any car manufacturer. Aston Martin goes beyond that
– every car has its character and every owner, real pride in his or her car.
Any market place has pitfalls for the unwary and opportunities for the unscrupulous.
What I have tried to produce is an overview of Aston Martin cars that can act as an
introduction to the marque. It is my view, coloured by my experiences and the use of
my library of Aston Martin books as a reference. Most of the Aston Martin photos
are from my own archive and I have been fortunate enough to enjoy handling each of
these glorious cars.
This may represent your first foray into the world of Aston Martin; it may supplement
your own knowledge. Whatever your point of reference, I hope this overview adds
to your enjoyment.
Wheelbase 102 inches (2591 mm)
Turning circle
Dry weight 3,797 pounds (1,725 Kg)
Engine 3.2 straight six supercharged
Capacity 3228 cc
Cylinder bore 91mm (stroke 83 mm)
Compression ratio 8.3:1
Power output 335 bhp @ 5,600 rpm
Fuel Injection: Zytec electronic multi-point sequential
Chassis All steel semi-monocoque with steel panels
Composite bonnet, front wings, sill and boot lid
Transmission Getrag 5 speed gearbox
4 speed GM Automatic option
Clutch Hydraulically operated
Front suspension Independent, unequal length wishbones with anti dive geometry
Coils springs over telescopic dampers, anti roll bar
Rear suspension Independent wishbone with drive shaft as upper link
Longitudinal control arms, coil springs over telescopic dampers
Steering Power assisted rack and pinion
Brakes Teves anti lock control
Front 11.2” discs (285mm)
Back 11.6” discs (295mm)
Aston Martin had always looked to the support of its shareholders but economic conditions of the
early 1980’s meant that for a change, Newport Pagnell was propping up its shareholders’ businesses.
Up to 1987 there had been a number of changes in stockholdings but it was in that year that, Victor
Gauntlett had realised that with ever more stringent legislation on automotive production, exhaust
emissions and type approval, Aston Martin needed a more stable financial platform and assistance in
research and development. Later that year, the announcement was made that Ford had acquired
75% of Aston Martin Lagonda with Gauntlett remaining as Chairman and retaining 12 ½ % equity
with the remaining 12 ½ % in the hands of Peter Livanos.
In 1990, Victor Gauntlett had instigated thoughts of a “small” Aston Martin but had departed for
pastures new before that idea came to fruition on the company’s stand at the 1993 Geneva Motor
Show under the direction of Ford’s Walter Hayes. In deference to the new Life President it was
named the DB7 and was a truly collaborative success.
Walter Hayes had persuaded a reluctant Ford board to invest in the project and he had been able to
call on Ford expertise and resource to bolster the Aston Martin engineers. Utilising the old Jaguar
XJ220 factory at Bloxham, Aston Martin Oxford Limited, a joint venture with Tom Walkinshaw,
became the home of the new car. Tom was also instrumental in the design of the car insofar as a
young Scottish designer had left Ford in 1990 and become General Manager and Chief Designer for
TWR’s design studios. That designer was Ian Callum and he was tasked to design the new small
Aston.
The designer claimed that the design processes leading up to the DB7 owed their generation to his
childhood when a family friend had a DB4. The brief was that the car had to be clearly a 1990’s car
whilst paying due homage to the DB heritage. Callum grew to understand that the old DB’s looked
the way they did because the cabin got narrower as it gets towards the tail. Combining these design
cues with a muscularity in the rear wings, shaping of the body corners and giving the car a long
raking backlight delivered a car that, whilst a little wider than the DB6, was virtually identical in
overall length.
Ian Callum described the old Aston Martin grille as having facial characteristics, “....a contented,
elegant, slightly arrogant smile that no other car could ever have. Its pure James Bond... It’s Sean
Connery, that car!” But Aston Martin heritage isn’t Bond, it’s racing – what was needed was a very
elegant, very simple design.
Callum knew there was no place for “hair shirt nostalgia” on the interior. However, Walter Hayes
rejected the first efforts as too stark and by blending a combination of traditional veneers and softer
colours, the final effect was traditional Aston Martin in the shell of a modern sports car. When you
sank into the hand sewn Connolly hide, you had to have an emotional vista – as Ian Callum
concluded, “..why should people on the outside have the best view of it.
Wheelbase 102 inches (2591 mm)
Turning circle
Dry weight 4,132 pounds (1,875 Kg)
Engine 3.2 straight six supercharged
Capacity 3228 cc
Cylinder bore 91mm (stroke 83 mm)
Compression ratio 8.3:1
Power output 335 bhp @ 5,600 rpm
Fuel Injection: Zytec electronic multi-point sequential
Chassis All steel semi-monocoque with steel panels
Composite bonnet, front wings, sill and boot lid
Transmission Getrag 5 speed gearbox
4 speed GM Automatic option
Clutch Hydraulically operated
Front suspension Independent, unequal length wishbones with anti dive geometry
Coils springs over telescopic dampers, anti roll bar
Rear suspension Independent wishbone with drive shaft as upper link
Longitudinal control arms, coil springs over telescopic dampers
Steering Power assisted rack and pinion
Brakes Teves anti lock control
Front 11.2” discs (285mm)
Back 11.6” discs (295mm)
The Volante soft top version of the DB7 was planned from the beginning and the development of a
dedicated convertible design began once the form of the coupe had been established. But the two
cars were treated as separate entities with no thought of compromise.
“We actually clay modelled the raised roof” recalled Ian Callum in a recent interview, “and I worked
closely with the trimmers at Aston Martin to learn the constraints coming from the hood material
and the folding mechanism, and to ensure that the hood had the correct form. The skills of the
trimmers ensured that the silhouette of the raised roof reflects the purity and elegance that
characterised the rest of the car.”
The end result is that, from the edge of the doors forward, the Volante is virtually identical to the
coupe. However the rear panels are redesigned to produce a shape with a longer boot lid and
stowage space for the hood, though this was not designed to fold out of sight. What was out of
sight was the extra stiffening and the strengthening of the screen surround which delivered some
degree of roll over protection.
To satisfy US type approval, a larger rear bumper was fitted pushing the overall length up by 3
inches. The tailored hood was operated by electric controls and the overall weight of the car raised
a total of 150 kilograms. So in spite of the otherwise unchanged specification (no rear anti roll bar)
slower acceleration and lower top speeds resulted.
The construction of the DB7 was a departure from established Aston Martin practice. Rather than
the traditional hand-made aluminium skin attached to a steel platform, the new car had a steel semimonocoque bodyshell with steel panels together with composite bonnet, sills and boot lid.
The bodies were made in Coventry and then sent to Rolls Royce in Crewe for painting and finally to
the new facility at Bloxham where engines, running gear and interior trims were fitted. The
installation of a new paint plant at Bloxham in 2000 shortened that production process and put
Aston Martin in closer control.
The light alloy, twin camshaft supercharged straight six engine had four valves per cylinder while the
Eaton (Roots type) supercharger ran off a multi grooved flat belt. The engine was designed to run
on unleaded petrol and to meet the emission standards anywhere in the world.
It developed 335bhp at 5600 rpm and driving through a 5 speed Getrag gearbox gave a top speed of
157 mph to go with a sub six second zero to sixty miles per hour.
The resources that Walter Hayes was able to bring to the development of the DB7 made it probably
the best tested and prepared car ever from Aston Martin. Its early announcement and presentation
at Geneva in March 1993 allowed the car to be seen in public during its crucial final development
phase. It meant that a total of 30 prototypes were driven in every condition from the heat of
Arizona to the cold of snow driven Scandinavia.
When originally shown the car was presented with a Targa top – it was more of a removable
sunroof panel with its own carrying case with the main roof structure in place when it was removed.
However, research, of customers’ opinion, showed that good air conditioning was preferred on a
coupe with a genuine soft top requested by the fresh air fanatics.
Inevitably, it was not long before lure of performance and product development saw the first
departure from the standard production car. It was conceived as a plan to develop a single make
racing series and Prodrive, the race and rally specialists were asked to develop two prototypes.
Wheelbase 102 inches (2591 mm)
Turning circle
Dry weight 3,916 pounds (1,780 Kg)
Engine 6.0 litre V12
Capacity 5935 cc
Cylinder bore 89 mm (stroke 79.5 mm)
Compression ratio 10.3:1
Power output 420 bhp @ 6,000 rpm
Fuel Injection: Electronic multi-point sequential with Visteon EEC V
Transistorised engine management
Chassis All steel semi-monocoque with steel panels
Composite bonnet, front wings, sill and boot lid
Transmission Tremex 6 speed gearbox
5 speed ZF Automatic option with traction control
Clutch Hydraulically operated twin plate
Front suspension Independent, unequal length wishbones with anti dive geometry
Ball jointed kingpins
Coils springs over telescopic dampers, anti roll bar
Rear suspension Independent wishbone with drive shaft as upper link
Longitudinal control arms, coil springs over telescopic dampers
Steering Power assisted rack and pinion
Brakes Brembo brake system with Teves anti lock control
Front 14” discs (355mm) Ventilated, cross drilled steel
Back 11.6” discs (295mm) Ventilated
Prodrive took two cars and undertook a weight loss exercise – all electrical controls for windows
and seats were lost as was the glass in the side windows – lightweight aluminium window frames
held acrylic sheets instead. Aluminium radiators were introduced while TWR further enhanced the
engine performance by 50 bhp and a new gearbox and clutch were fitted to absorb the power.
Unfortunately there was insufficient interest in a one make series and the completed cars found their
way to “gentleman racers”.
Around 1998 there was collaboration with Alfred Dunhill adding luxury Dunhill items and
accessories to the car and resulted in some 79 cars being marketed. Aston Martin Sales in Mayfair
also instigated a “special”known as the DB7GTS ll with a number of cosmetic feature differences, but
there was still a performance focus at Aston Martin that lead to Project Vantage.
This was a show car that surfaced at the Detroit Motor Show in 1998 and reflected designer Ian
Callum’s desire to put the car, and Aston Martin, back into the muscle car league. Featuring
aluminium extrusions bonded together with carbon fibre mouldings to create a chassis platform and
wheels pushed as far out of the wheel arches as possible – the car made use of V12 power and
added items like a paddle shift gearbox. It was very much a precursor to the 1999 Geneva Motor
Show when Aston Martin launched their new car – the DB7 Vantage.
The only shared item with Project vantage was the V12 engine, but the new model was still a
stunning car. The 48 valve, all alloy 60 degree V12 had been developed by Cosworth and forged in
their foundry. It incorporated the latest Formula 1 technology and had a Visteon engine
management system capable of processing 1.6 million commands per second.
The car, like the original DB7, had been subjected to a rigorous test programme – not for Aston
Martin of the ‘90’s was there to be discoveries about high speed engine problems as they had
experienced in the 1960’s with the DB4. The DB7 Vantage had a high speed durability test running
for 48 hours continuously at 165 mph in hot mid-summer in Southern Europe. The new engine
produced a massive 420 bhp and a performance potential of over 180 mph and there had to be
other areas of development in the car. The Brembo brakes, run through a Teves four channel antilock braking system, had ventilated, cross drilled front discs of 14” diameter.
Special 15 inch alloy wheels were specially developed with 9 inch rims at the rear and 8 inch rims for
the front wheels. Added to that were an advanced traction control system and revised suspension.
New upper and lower wishbones linked a new vertical link at the front while at the rear, there was
an additional transverse link incorporated. The modifications were completed by Bilstein shock
absorbers and uprated springs. To accommodate the V12 engine and the associated 6 speed manual,
5 speed automatic or Touchtronic transmission, the underside of the car had to be redesigned. This
involved an enlarged transmission tunnel and new front end structure with increased strength and
torsional rigidity built into the revised structure.
New cooling requirements meant wider radiator openings and justified the new bright metal grille
while new bumpers and integrated sill design blended in the other subtle external differences. Inside
the car was standard Aston Martin luxury with Connolly hide, Kenwood car stereo and the
introduction of a large red starter button mounted in the centre console.
At missile control, that red starter button would have a large, lockable lever preventing accidental
use, such is the power it unleashes. Press the button and almost primeval forces are set free, the
initial thunder of the engine settling back into a barely perceptible burble. Engage gear, brace your
neck and accelerate – power, beauty and soul.
But buy any DB7 and it will be specified to exactly the demands of its first customer with
personalisation of anything from external colour to choice of accessory
10
ASTON MARTIN DB7 VANTAGE GT and GTA
Production dates: 2002
Top Speed: 185 mph
Acceleration: 0 – 60 mph 4.9 secs
Chassis numbers: Within the Vantage Series
Length 184 inches (4666mm)
Width 72 inches (1830 mm)
Height 48 inches (1238 mm)
Ground clearance
Track Front 60 inches (1524 mm)
Rear 60.2 inches (1530 mm)
Wheelbase 102 inches (2591 mm)
Dry weight 3,916 pounds (1,780 Kg)
Engine 6.0 litre V12 – recalibrated for fuel and ignition
Capacity 5935 cc
Cylinder bore 89 mm (stroke 79.5 mm)
Compression ratio 10.3:1
Power output 420 bhp @ 6,000 rpm
Fuel Injection: Electronic multi-point sequential with Visteon EEC V
Transistorised engine management
Chassis All steel semi-monocoque with steel panels
Composite bonnet, front wings, sill and boot lid
Transmission Quickshift gearbox (GT only) reduces shift displacement by
16% - final drive ration 3:77 -> 4:09
5 speed ZF Automatic option with traction control
Clutch AP twin plate race clutch
Front suspension Independent, unequal length wishbones with anti dive geometry
Ball jointed kingpins revised dampers and stiffer bushes
Bump stop lowered
Coils springs over telescopic dampers, anti roll bar
Rear suspension Independent wishbone with drive shaft as upper link
Longitudinal control arms, coil springs over telescopic dampers
Additional brace fitted
Steering Power assisted rack and pinion – improved rack location and
lateral snubber bushes
Brakes Racing style Brembo brake system with Teves anti lock control
Front 14” discs (355mm) Ventilated, cross drilled steel grooved
Back 11.6” discs (295mm) Ventilated & grooved
Exhaust System Active sports system with by pass valves
In spite of the outstanding performance of the DB7 Vantage, there remained an ethic of continuous
improvement within Aston Martin. Nowhere is that better demonstrated, than in the
announcement, at the Birmingham Motor Show of October 2003, of the DB7 Vantage GT and GTA.
A review of the specification sees evidence of small gains in every area of the car’s performance –
the engine power moved up to 435 bhp and the torque went up by 10 pounds to 410 lb ft. A
redesigned and shorter gear lever (on the GT) gave a quicker gear change and together with a lower
final drive ratio improved the acceleration to get the 0 – 60 mph under 5 seconds. 265/30 tyres on
the rear and 245/35 on the front allowed for the additional performance and the revised exhaust
helped the breathing.
Better suspension, cooling and reduced lift all contributed to additional performance – but Aston
Martin didn’t stop there – in 2002, Henrik Fisker, the new Director of Design at Aston Martin met
with Andrea Zagato, the third generation of his family to be involved in automotive art. The design
of the latest Aston Martin to wear the Zagato badge created in metal in just three months. The car
shared the chassis, windscreen structure and interior design of the DB7 Vantage Volante.
The roof, with Zagato’s signature “double bubble” and the rear wings were of steel while the rest of
the body panels were of hand formed aluminium. The chassis platform and wheelbase were
shortened by 60mm and the overall length by a total 211mm whilst the front and rear tracks were
widened. The front lighting was DB7 but the wide mouthed “egg box” grille and the pronounced
rear wing shaping was reminiscent of the original DB4GT Zagato. In overall terms the design saved
60lbs of weight.
The interior was special to Zagato with hand stitched aniline leather, dyed not colour coated, and
quilted. The space behind the passenger’s and driver’s seats were devoted to luggage with retaining
straps and nets. Exactly 100 of these cars were built but they were not the only Zagato designed car
produced by Aston on the DB7 Vantage Volante. With the DB7 Vantage Zagato, Aston Martin had
tested the market with an exclusive showing to prospective customers amongst the tailored suits of
Gieves and Hawkes in Savile Row. For the American market – and truthfully the sunshine states –
the DBAR1 was shown to prospective customers in Los Angeles.
Thursday 2nd January 2003, an Aston Martin press release officially announced a concept Zagato
bodied roadster to be built to satisfy a niche in their ever expanding US market place. This unique
car was to be manufactured in a similar manner to the DB7 Zagato but as a roofless open two
seater-sports tourer. Dr Ulrich Bez emphasised that this car was a first for the company particularly
as it was specifically designed for the fair-weather Californian customer who wanted an exclusive
Aston Martin.
With a large and distinctive radiator grille, special multispoke 19” alloy wheels and accentuated rear
wheel arches, it was a hit with prospective buyers. A production run of 100 cars – all but two of
them in left hand drive – sold very quickly with the last of the run being retained by the factory.
As with the Zagato Coupe, the DBAR1 had the Volante base but, unlike the Zagato Coupe, it was
not shortened and it had the power train, suspension and brakes from the Vantage GT. The
Vanquish active sports exhaust was fitted with its bypass valve giving the DBAR1 a distinctive exhaust
note.
The braking was improved with the fitment of GT Brembo disc brakesand uprated Pagid RS 42-1
front pads. This delivered better sustained performance and removed judder and fade under heavy
braking.
12
Byron International Customer Cars January 2007
(and 2 courtesy of Aston Martin Lagonda)
13
Maybe an Aston
Martin DBAR1
does need a roof!!
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