TVR History
The TVR story effectively began in 1947 when a young engineer, Trevor
Wilkinson, built himself a light alloy special based on an Alvis Firebird
rolling chassis. The first TVR with its own chassis was built in 1949 with
Ford side-valve power.
By 1956, TVRs were being sold in the U.S. and in 1958 production of the
Grantura was well and truly under way. By the standards of the day,
Granturas were fast, agile and good looking. Indeed something of a TVR
formula was emerging: strong tubular steel chassis covered in good looking
bodywork and propelled by a strong engine to give impressive performance at
a very reasonable price.
In 1963 a major milestone was reached with the introduction of the first TVR
Griffith, which was fundamentally a Grantura with a modified chassis and a
big American V8 under the bonnet. Performance of these cars was very much in
the AC Cobra league, enough to severely embarrass the Jaguars and Ferraris
of the day.
In 1966 management of TVR was stabilised in the hands of the Lilleys and
over the next few years the company gradually grew with the Grantura being
replaced by the Vixen and the Griffith by the Tuscan V8. In 1970 TVR moved
to its current factory in Bristol Avenue from where it has never moved,
although the premises have been expanded enormously over the last 20 years.
In 1972, the M series was introduced which was to serve TVR extremely well
through the '70s. As the years progressed the M was sold in fixed head
coupe, hatchback, convertible and turbocharged forms, the last accelerating
quicker than the Porsche 911 Turbo.
In 1980, the Tasmin was introduced with a new chassis, new body and a new
engine. Power came from the Ford 2.8 unit and there were Coupe, Convertible
and 2+2 models. In 1982 TVR's current owner and chairman, Peter Wheeler,
took over and in the following year the first of the Rover V8 engined TVR's
was introduced: the 350i. Over the years, the cars got faster and more
sophisticated, culminating in the mighty 450 SEAC of 1988 which produced 324
bhp from a TVR modified 4500cc V8 engine.
A new chapter in TVR's history was introduced with the birth of the S which
went into production in 1987. Although it looked superficially like the M
Series, it was an all-new car and with its stunningly low price, it
transformed TVR's fortunes and saw production almost double in a year.
However, it was the Griffith that was really responsible for TVR's
renaissance. The first cars were delivered to customers at the beginning of
1992 and the car was overwhelmingly successful. An order was taken on
average every eight minutes at its first Motor Show and, with the
introduction of the Griffith 500 in 1993, it has reached the first rank of
the instant classics.
The TVR Chimaera and Cerbera have been introduced since then (see above) and
have contributed to TVR's position as the most popular, and prolific, of
Britain's independent car manufacturers
The TVR Tuscan challenge is still going strong and this year has been
sponsored by ik.com. The series, now shown on Sky TV, will therefore be
known as the "ik.com TVR Tuscan Challenge".
Frequently Asked Questions
How reliable are they?
A lot better than their reputation may have you believe. Engine failures are almost unheard of, gearboxes are subjected to
large amounts of torque and can suffer, otherwise its only peripheral equipment that fails. Electrical failures appear to
be the most common, normally just irritating, rather than incapacitating.
Insurance
There are a large number of specialist insurers that will cover TVRs in the UK. Rates are no where near as high as you might imagine.
The advice, as always, is to ring around and never accept the first quote. Joining an owners Club is also a good idea. Speak to other owners if possible and get recommendations
as this can save both time and money.
Servicing costs
Older TVR's used to have to be serviced every 6 months or 6,000 miles (which ever came sooner) this can be any expensive business as
it ensures that at least 2 services a year are required. This appears to have been resolved in newer TVRs with the service interval
remaining at 6,000 miles but the 6 month requirement has been removed.
These prices are a general guide to main dealer servicing costs. Hourly labour charges can vary by as much as £10 an hour, and when
the 24K service takes an indicated 7 hours this can cause substantial variations in cost. Servicing may also identify additional areas
requiring work which will increase the overall bill. All prices include VAT.
| Service |
6K miles |
12K miles |
18K miles |
24K miles |
| Cerbera |
£350 |
|
|
£800 |
| Griffith |
£424 |
£498 |
£498 |
£612 |
| Chimarea |
£424 |
£498 |
£498 |
£612 |
| S |
£297 |
£297 |
£297 |
£488 |
Wheels and tyres
Bridgestones are OEM fitment on all recent model TVR's, the majority of owners appear to keep with the
OEM tyres on renewal as well - reports of Yokohama's being as good have been countered by high tyre wear. As it is a rear set of tyres are
unlikely to see past 8,000 miles of hard driving. Standard Tyre Fitments are listed below (Griffith's/Chimarea's with PAS have 215/XX
fronts)
| Model | Front | Rear | Speed Rating | Wheel Size | Model |
| Cerbera | 225/50 | 245/45 | ZR | 17" | S02 |
| Griffith | 205/50 | 235/ | ZR | | |
| Chimaera | 205/55 | 225/50 | ZR | 15" | S02 |
| S | 225/50 | 225/50 | VR | | RE71 |
| Tasmin | | | ZR | | |
What's that colour?
Walk into a TVR dealer and request a new car and a core 12 colours will be presented. Pester a bit
more and you will get to see that TVR Engineering have about 500 colours listed. Start talking to the factory and you then realise that in
fact if you really want a colour then they will produce it.
How long do you have to wait for a new one?
Depends upon the model. The Cerbera was being quoted at a year, although recent reports indicate that
this may be reduced to 6-8 months. The Griffith and Chimaera are both being quoted at 6 months delivery time.
Do they leak when it rains?
Nah, well maybe a little...but not through the hood. TVRs tend to leak in 2 places - firstly through
the gap between the side window glass and the hood, and secondly where water runs down the windscreen, down the bulkhead and through the cable
guide holes into the footwells. Modern TVRs are getting better in both respects, but as they are hand built then tolerances vary. Good windows
alignment will resolve the first problem and a bit of silicon gel smeared around the cable guide holes will resolve the second area.
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