Sunday, January 30, 2011

Lamborghini on Two Wheels (14 pics)

Of the most famous giants, perhaps, the only BMW happy with their creations the two-wheel fans transport. In turn, Audi, which owns the eminent Italian brand Lamborghini, flatly refuses to produce anything other than bicycles, pens, bags, safes and coffee makers. Oh yes, they More cars are doing.


Although officially there is no motorcycle manufactured by Lamborghini, Alex Papas, an expert in customized motorcycles of all kinds is the creator of this spectacular specimen.

This creation of popes, and prepared based on a chopper, has a strong structure, as well as their fenders, painted in the familiar yellow pearl, the Lamborghini Gallardo. As if there were any doubt about it, next to the engine has a tab with Italian logo. Motor has an S & S Super Sidewinder with a six gears and a bearing customizable thanks to the adjustable suspension. This gem is priced at $ 75,000.
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Thursday, January 27, 2011

Dance - Just Doing What Comes Naturally (15 pics)

Dance - Just Doing What Comes Naturally -
Human beings probably danced even before there was a word for it. Rhythmic bodily movement is instinctive. It connects people, even if unconsciously, to the rhythms of nature. The grounded movement is notably different from ballet's upward lift - itself in relation to western melodic forms. Dance is a form of expression that supersedes verbal language; it is possible to convey far more meaning in a sweeping gesture than a simple phrase. Dance springs from a human desire for personal expression and social connection. and it feels good.
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Wednesday, January 26, 2011

Aston Martin DB VII


An Aston Martin DB7 was just about right for a road car. Quick enough for most purposes, classic name and reputation, well made and exquisitely beautiful it remains an aspiration. It also has the virtue of not making its driver look absurd. Unless you are going to race, there doesn’t seem much point in a 600 horse power two hundred and something miles an hour monster. A DB7 is manageable, isn’t a lot faster than the 1960s icon the E-type Jaguar and doesn’t invite ridicule. Its real pedigree may not stand too close scrutiny. As the attached feature from The Times testifies, it was pretty much Jaguar XJ-S underneath but that rode well, handled not badly and by 1993 was well sorted. Ray Hutton, with whom I drove on the press launch, was a bit dismissive but I liked it from the start. Went to Chatsworth last year when there was an Aston Martin Owners’ Club event and thought how well DB7 looked still, even against later bloated Astons. You need a sense of proportion about cars. Goes back to when an E-type was perfectly appropriate for the road and a D-type was great to race but couldn’t be taken seriously for going to the shops.


Click to enlarge or read original copy attached.


Two Litres was once fine for a high quality sports car

The Times: Tuesday 19 October, 1993: ASTON MARTIN

There is an air of confidence at Aston Martin, which the company has scarcely known since the 1950s. When production of the DB7 starts in April, it will mark an astonishing come-back, after nearly two decades in which the rest of the motor industry virtually wrote it off.

Most of the 300 DB7s planned for the first year's production are already sold after the car's spectacular debut at the Geneva motor show this spring. Now, Aston Martin is expanding its sales network, confident that the North American market will enable it to double production to 600 a year.

It hardly matters that the car is essentially a design shelved by Jaguar; it has brought Aston Martin back into the automotive mainstream. It looks every inch a thoroughbred, and after development by a team which includes former world champion Jackie Stewart and formula 1 team taskmaster Tom Walkinshaw, it has brought Aston Martin back into the mainstream.

Stewart started his racing career thirty years ago in an Aston Martin DB4GT, but when Ford took over the company in September 1987, production Astons still bore it an uncomfortable resemblance. Ford invited Walter Hayes, one-time confidant of Henry Ford and a motor industry veteran, to bring Aston Martin up to date.

A first-class opportunist, Hayes identified a role for Aston Martin within the Ford empire, as well as one for himself running it after he stopped being a Ford vice-president.

He needed fresh minds, and hand-picked a new team. He also knew he could never create a new car in the old cramped works at Newport Pagnell. A key appointment to the board was Tom Walkinshaw, who had set up JaguarSport to make Jaguar XJ220s in a roomy, modern purpose-built plant with room for expansion at Bloxham near Oxford. XJ220 was planned with a limited life, Jaguar with a half-share in Bloxham was now owned by Ford, so the pieces of the jigsaw began to fit together. Aston Martin (Oxford) was formed, with Jackie Stewart on the board to ensure the DB7's sporting pedigree.

A consultant to Ford since his racing days, Stewart protested at first. 'I don't work for Aston Martin.'

Hayes's reply was succinct. 'You do now.'

The Times subbed this bit out and inserted 'Mr' before names.

Aston Martin's history was punctuated by financial crises and changes of ownership. Until Ford took over, its only consistent feature was the production of fine sports cars. Astons were always at a premium, highly priced, highly prized, and exquisitely made.

Lionel Martin made the first one in 1914 with Robert Bamford, and coined the name from a hill-climb course at Aston Clinton in Buckinghamshire. It had an undistinguished 1.4 litre side valve Coventry-Simplex engine, in a chassis copied from an Italian contemporary.

Production of a 1.5 litre car, plainly engineered but selling for a formidable £850 got under way in 1922, and by the mid 1920s the firm was making 20 cars a year. In 1924 a racing programme led to adventurous overhead cam engines and lightweight chassis. There was an optimistic showing of Aston Martins at the Olympia Motor Show in 1925, but within weeks the company was in trouble.

Aston Martin was unable to pay its way. It was wound up and had to be rescued by A C Bertelli, who restarted production at Feltham in 1927, and made racing versions in 1928/29. Success on the track, alas was not matched by sales. Following another financial crisis in the early 1930s, the Bertelli regime collapsed, and R G Sutherland took control.

He inaugurated sports cars such as the 80hp Ulster of 1935, and the 100mph Speed Model, as notable for their striking appearance as their stirring performance. Sutherland's Aston Martins were archetypal sports cars with cycle-type wings, pointed tails, and spartan open two-seater bodywork.

In 1947 Aston Martin, integrated with Lagonda, became part of the engineering empire of David Brown, the tractor manufacturer, once again leading to outstanding cars. W O Bentley supervised the design of a 2.5 litre overhead cam engine for a sporty coupe which came out in 1950, together with a luxury Lagonda.

After the new 2.0 litre sports, the proprietor applied his initials to the next, and DB for David Brown entered the motoring lexicon as a match for anything produced by Ferrari, Maserati, or Alfa Romeo. A vigorous racing programme brought Aston Martin the world sports car championship in 1959, and first and second in the 24 Hours race at Le Mans.

But in the 1970s the luxury car world was thrown into turmoil by successive oil crises, sales failed to cover the substantial cost of making quality cars largely by hand, and Aston had once again to be saved. This time the staunchly patriotic Victor Gauntlett re-established it, making Aston fit enough to attract the major shareholding by Ford.

At the headquarters of Benetton, his formula 1 racing team, Walkinshaw whose 40 companies have an annual turnover of £100 million and 750 employees worldwide told me, 'I was approached by Victor Gauntlett and Walter Hayes two years ago. Aston Martin had no new product programme and its future looked doubtful.' Together with Hayes and his team of engineers a new strategy was worked out, and a smaller Aston Martin (the current ones had grown to 5.3 litres) planned at an affordable price. The way forward was to see what common components could be obtained from within Ford, which included Jaguar.

The design for the DB7 was code-named NPX (Newport Pagnell eXperimental), with a Jaguar XJS floor pan and engine block. The aim was to develop a car in the £80,000 range. It emerged as the DB7, a classic 3.2 litre front-engined, rear-drive coupe still bearing the initials of Sir David Brown, honorary life president of Aston Martin Lagonda until his death last month September at the age of 89.

The old works at Newport Pagnell was left to carry on making new versions of the existing cars. It has been modernised, but by and large the cars are hand-finished much in the way they always were. The latest 5.4 litre Vantage has two superchargers and a top speed approaching 190mph.

Jackie Stewart has not forgotten the kind of car he raced in the early 1960s.

'Aston Martin customers will be fastidious', he says. 'The DB7 must have the grip and handling of a thoroughbred, it must feel like an Aston Martin.' It is in good hands.

Wood facia nothing new for an Aston Martin.

Tuesday, January 25, 2011

Kylie and Kars


Kylie Minogue likes cars but she has moved up-market. In 2002 Ford sponsored her 39-date European Fever Tour, from Cardiff to Barcelona. She was pictured with the production StreetKa roadster to provide a preview before it went on sale in 2003. “The partnership with Kylie was the perfect way to show off StreetKa ahead of its launch,” said Peter Fleet, marketing director. “StreetKa and Kylie had a lot in common; they were both small, beautiful and stylish.” The car was formally unveiled to the public at the Paris Motor Show in September 2002.
Well, now it’s the Lexus CT 200h. Lexus will be lead sponsor of Kylie’s 2011 UK concert tour, Aphrodite – Les Folies. Elegant, contemporary and chic, trills today’s press release from Lexus. Director Belinda Poole shares Peter Fleet’s view: “Kylie is the perfect ambassador for Lexus. She has the energy, style and popular public profile that will re ach directly to customers new to the Lexus brand.” Kylie, “who has enjoyed huge success as an actor, singer, dancer, model and designer”, was thrilled too: “I’ve been lucky enough to have a preview of the car, which is stylish and elegant…” She will have her own specially specified Lexus.
The Sunday Times once ran a series, which ran alongside my motoring column, on Stars and Cars. It had to be discontinued when it became obvious that many celebrities didn’t own any cars. They had not chosen them. They drove round free in those secretly on loan from manufacturers and then gushed about them like Corporate Press Releases. Kylie's a smart girl and at least she’s honest about it.

Monday, January 24, 2011

Magnificent Minis


Discovering Western governments earned more from a gallon of petrol than they did, OPEC turned off the taps in the 1970s. British taxation hasn’t changed. We are now in another and more complicated oil crisis where a litre of petrol costs 42p to make. But 82p goes in fuel duty and VAT, so the imbalance remains. Prices are high and likely to remain so.
The first oil crisis was in 1956, when the Suez adventure led to bubble cars and inspired the Mini. Rumours have resurfaced about BMW going back to basics with a real mini, smaller than the premium-priced quirky, big Mini it has been making since 2001. As I speculated in The Sunday Times in 1991 this would not be easy. Well-intentioned safety laws might make it impossible, unless a great deal has been learned in the last twenty years about crash-engineering small cars.
Click to enlarge, or read original copy below

You can understand why Leonard Percy Lord (1896-1967, 1st Baron Lambury), the rough-tongued BMC executive prompted Alexander Arnold Constantine Issigonis (1906-1988) to create the shortest practical 4-seater of all time.
It is tempting to restore a Mark I Mini, not one of the later ones with wind-up windows and soft furnishings but a sliding-window one, with elbow room and huge door pockets. Even with an old engine, perhaps amended with fuel injection instead of a carburettor, it would use very little fuel. The old Mini was surely the most space-efficient car ever. BMC used to sell little wicker baskets, shaped as the vacant cavities, like the one under the rear seat in Gaydon’s cutaway. Of course early Minis were badly made; mine leaked terribly on account of the underbody seams facing the direction of travel, scooping up rainwater and soaking the carpets.

Never mind the charm, the astonishing cornering power, and the pert appearance a born-again Mini would be noisy without a lot of sound-deadening and not very quick. The driving position was truly awful. Issigonis believed it was good, keeping drivers alert and awake. Yet for sheer practicality the BMC Mini was, and remains, matchless. Four seats, generous legroom, a decent boot and large door pockets. Issy maintained one held the ingredients for perfect picnic cocktails – four bottle of gin and one of Vermouth. What more do you need?
Sunday Times 1991
Safety Laws Trap the Mini.
Well-meaning safety laws are making cars bigger than they need be and inhibiting improvements to one of Britain's best-loved cars. Rover cannot tamper with the design of the Mini, even to make it safer, without invoking rules which would reclassify it as a new model and subject to a fresh bout of crash-testing which it could not pass.
Instead, the car which provided economical transport to generations of British motorists, remains noisy unrefined and relatively expensive.
Sir Alec Issigonis's formula for the smallest car with four practical seats is as good now as it was when it came out thirty-two years ago. The Mini is ten feet long, four and a half feet tall and four and a half feet wide, on a wheelbase of exactly 80 inches. Eighty per cent of the space is given over to the occupants and their luggage, and the mechanical bits are squeezed into a compartment only two feet long.
Never was a car packaged better. The 120 inch long Mini remains the shortest realistic four seat car made; the Lancia Y10 is over a foot longer, the Metro more than a foot and a half, while the most recent Japanese city car the Mazda 121 is a giant of 150 inches.
The Mini already meets emission control laws and thanks to astute work by Rover technicians, fuel injection will be announced in October for the Mini Cooper. This will allow it a catalytic converter to comply with legislation due at the end of 1992. Yet the safety regulation hurdle remains.
Every major manufacturer in the world followed Issigonis's example, adopting front wheel drive and sideways-mounted engines, with an alacrity that surprised even him. Yet the Mini was almost allowed to wither on the bough; it was neither properly developed nor commercially exploited, and although Rover still makes 40,000 a year and production recently passed 5,250,000, it is now technically in arrears. At £5,395 for the basic model, and £6,470 for the plush Mayfair, it is a poor bargain.
Four seated people take up much the same space now as they did thirty years ago and the advantages of a small easily parked car remain convincing. The small-car market must expand as pressure on road space grows and demand for fuel economy increases. Yet it remains dominated by large super-minis, many of them oriental, and none a match for the Mini in compactness.
An old motor industry aphorism that mini cars generate mini profits inhibited European manufacturers. Certainly small cars cost almost as much to make as large cars; they are not made in small factories, by small numbers of people or cheap machines, and cost much the same in materials and energy.
Yet Mini sales remain healthy enough to sustain production, even though the car has not had a development programme such as the Volkswagen Beetle enjoyed. A strong demand remains for an updated 1990s Mini which retaining the 10 x 4.5 x 4.5 packaging, would be in a unique position in the second-car market, as well as providing the same entry-level motoring that the original did in 1959.
The Volkswagen, still being produced in Mexico after a production run of over 20 million, maintains the shape and size and broad specification of the car that Hitler sanctioned sixty years ago. The rear-engined air-cooled philosophy may be the same but there is not a single interchangeable component.
A 1990s Mini would keep Issigonis's ideals intact and would not need to be altered much beyond a quieter engine. Computer-aided design, which was not available to Issigonis who briefed his draughtsmen by means of free-hand sketches, could make the Mini lighter and keep it cheap. Perhaps the turned-out body seams could be smoothed off and the rear opened up to make a hatchback. But any important alteration would spring the trap of legislation which allows Rover to go on producing the old car, but prevents it being brought it up to date.
Caption
Minis have had the roof chopped off and been made into convertibles before, but it has taken thirty two years for one to be officially approved. Only 75 of the new Mini Cabriolets will be offered for sale at £12,250. If there is sufficient demand the manufacturer, LAMM Autohaus in Germany, could make more. Once the roof is removed the body needs reinforcement under the floor to make sure it does not sag in the middle.

Saturday, January 22, 2011

Edible Knit Night Cupcakes (10 pics)

Edible Knit Night Cupcakes -
Just the other day, we admired the original furniture – colorful “noodles” from which you can link and stove, and chair, and rug for children’s games, and everything that you want, but the hands will master. Today we again knitting. But this time, edible.

I am sure that even inveterate sweet tooth never tried to drink tea with, say, the sleeve of the sweater, or a piece of nedovyazannogo scarf … Although in order to enjoy this delicacy prodigies do not necessarily transform a mole. Suffice it to know how to cook well, or have a certain amount of money to buy a pair of famous Knit Night Cupcakes, made no less famous Martha Stewart.

Knit Night Cupcakes comes from Lauren Ulm’s Veganyumyum.com which featured an article on knitting with marzipan and aptly it got a heavy response. Mini sweeter, scarf and yarn balls were made from marzipan and used to decorate the cupcakes. Its really impressive edible craftsmanship and here are the photo tutorials.
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Thursday, January 20, 2011

Alice's Adventures


Lewis Carroll’s parody on the Caucus race has been lost on the Institute of Advanced Motorists.`What is a Caucus-race?' said Alice; not that she wanted much to know, but the Dodo had paused as if it thought somebody ought to speak. `Why,' said the Dodo, `the best way to explain it is to do it.' First it marked out a race-course, in a sort of circle, (`the exact shape doesn't matter,') and then all the party were placed along the course, here and there. There was no `One, two, three, and away,' but they began running when they liked, and left off when they liked, so that it was not easy to know when the race was over. However, when they had been running half an hour or so, the Dodo suddenly called out `The race is over!' and they all crowded round, panting, and asking, `But who has won?' This question the Dodo could not answer without a great deal of thought, and it sat for a long time with one finger pressed upon its forehead, while the rest waited in silence. At last the Dodo said, `Everybody has won, and all must have prizes.'
I benefitted, as a teenager, from IAM monitoring. But rather like egalitarian schools that run sports days with no losers, the IAM is missing the point. Today it launched Momentum: “…for 17-25 year olds who have passed their driving test, incorporating two modules: an interactive online assessment, followed by an on-road session with an IAM examiner. Momentum does not involve an exam and there is no risk of failure.”
This is the world of Alice, where everybody wins and all must have prizes. Seventeen to twenty-fives might actually like a distinction, a badge showing they’ve achieved something. Advanced drivers have a certain cachet. I liked to think I was more “advanced” than others. It is a shame there is no official encouragement for “advancing” beyond the driving test. It’s cultural I suppose – avoids elitism. But this age group suffers more than its share of deaths and injuries and its driving improves, or sometimes doesn’t, largely through trial and error. Post-test guidance can reduce fatalities by a third and it’s time standards were raised. Hand out stars for better driving.
Driving skill. RAC Golden Fifty Rally, 1982, driving Victor Gauntlett's Aston Martin with radio reporter Greg Strange
Momentum courses cost £40, which will be taken off an IAM Skill for Life programme bought within a year. Skill for Life developed from Momentum helps predict hazards, anticipate others’ behaviour and assess roads and traffic. Buying Momentum between now and the end of April might win a place on an IAM young driver experience day at a UK track. More information on www.iam.org.uk/momentum

An American Alice. Detroit Motor Show 2011

Cute Picture of the Week

Wednesday, January 19, 2011

Book Origami by Isaac Salazar (15 pics)

Book Origami by Isaac Salazar
We give away old clothes, old furniture, old toys... but old books... they get to stay.  They're on the bookshelves or packed away in our garages.  They represent our formative selves; they announce, "This was once important to me."

A few weeks ago, we visited the library at the Delft University of Technology in the Netherlands to see how the students there cleverly re-purposed the library's old books. Artist Isaac Salazar has a different idea for re-purposing; he's created 'Book Origami' that beautifully inspires!
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Monday, January 17, 2011

"One Professional Driver"

Grand plans invite scepticism. There is invariably something déjà-vu about large co-operative projects promising to save lives. Take today’s announcement that in ten years we’ll be running nose-to-tail on motorways while drivers relax and read a newspaper. See The Sunday Times of 30 April 1989 in which I quoted no less than Sir Clive Sinclair predicting much the same. There is no doubt that the technology is available to make better use of motorways than we do, but I do not much care for a “professional” driver to lead a platoon of trucks near me, thank you. Sounds like a recipe, when he falls asleep or wants to read his own newspaper, of an accident like a train crash.
Click to enlarge, or read original copy below
Wednesday, April 26, 1989 09:00
An automatic pilot for cars is practical. Prometheus, a pan European research and development programme now in its third year looks like getting into the driving seat by the end of the Century. "Driving along motorways without electronic controls will be seen, in years to come, as savage and dangerous," according to Sir Clive Sinclair in a report on traffic published last week by the Adam Smith Institute. "Fighter aircraft perform in ways which would be inconceivable if a human brain had to regulate them. Cars under electronic control could travel at 100 miles per hour, closer together and in great safety. I envisage motorways where the control of the vehicles is taken over by the road," says the inventive Sir Clive. One of the pioneers of Prometheus (PROgramme for a European Traffic with Highest Efficiency and Unprecedented Safety, not a catchy title), Dr Ferdinand Panik of Daimler Benz agrees. "Present day traffic with individual elements will evolve into an integral system of co operating partners." He regards the electronic revolution in cars as analogous to typewriters. "Twenty years ago, as a purely mechanical product, the typewriter had reached a very advanced state of development. Everyone was satisfied with it. Yet within a short time, computers and communication systems had brought about a change from independent typewriters to interlinked word processors, and conquered the market." Jerome Rivard, former chief of electronics at Ford, now Vice President of Bendix Electronics in the United States believes we are entering the final phase of handing over control of the car to electronics. "Phase 1 was from the mid 60s to the late 70s, when we saw the solid state radio, electronic ignition, and digital clocks. Phase 2 brought integrated circuits and microprocessors which started to link components together. This included electronic engine controls, instruments, and anti lock brakes, now familiar to many drivers. Phase 3 began in the mid 1980s, in which we will see the total integration of vehicle electrical and electronic systems." What this means is that with developments such as anti lock brakes, and its corollary, electronic traction control for preventing loss of grip through wheelspin, coming into use, the stage is set for electronics to take the wheel. "We shall drive on to motorways, but once we are there, control of the vehicle will be taken over by the road," says Sir Clive. Rivard puts it another way, "The skills required in handling an automobile are, in some cases, beyond the capacity of the average driver. The advances in steering, braking, and suspension technology during Phase 3 will allow him to employ the full performance potential of the vehicle even in exceptional situations like avoiding accidents." The immediate safety related task of the new systems will be to create an electronic field round the car with ultrasonic, radar, or infrared beams, to measure the distances and speeds to other vehicles. Approaching a parked lorry at night or in fog, the driver will be alerted to the danger of collision. Before the invention of anti lock brakes (ABS) he would have put the brakes on, or swerved by himself. Now the car can do the job better than the most skilled driver, and on the Sinclair motorway, will apply its own brakes. The same applies to unwise overtaking. On board computers calculate the speed of the lorry ahead, the speed of the car overtaking, decide there is danger of an accident, and over rule the driver's decision to pull out. Research chiefs such as Professor Dr Ing. Ulrich Seiffert of VW see measures of this sort as a solution to the problem of congestion on motorways. "With electronic controls regulating the cars, you could double or treble the capacity of a motorway," he told me during a meeting at this year's Geneva Motor Show. "And automatic traffic will also be more fuel efficient, and so less polluting." At the inception of Prometheus in 1986, Professor Werner Breitschwerdt, Chairman of the Daimler Benz board of management defined its target as cutting road traffic casualties by half before the year 2000. At a meeting in Munich earlier this year by the participating companies which include most of Europe's principal car manufacturers (Jaguar, Rolls Royce, Renault, Peugeot Citroën, Fiat, Volvo, Saab Scania, VW, BMW, Volkswagen Audi, and Daimler Benz), the research and development phase of the programme was officially inaugurated. "It was a meeting to provide the project's board of management with a progress report," according to Daimler Benz, the prime mover and still the principal co ordinator of Prometheus. "The first year, 1987, was taken up with defining the programme, in 1988 the participating companies were discussing how to do it, and research proper starts this year."


VOLVO: Announcement Jan 17 2011

First demonstration of SARTRE vehicle platooning
Platooning may be the new way of travelling on motorways in as little as ten years time - and the EU-financed SARTRE project has carried out the first successful demonstration of its technology at the Volvo Proving Ground close to Gothenburg, Sweden. This is the first time the EU-financed development teams in SARTRE try their systems together outside their simulators.
"We are very pleased to see that the various systems work so well together already the first time," says Erik Coelingh, engineering specialist at Volvo Cars. "After all, the systems come from seven SARTRE-member companies in four countries. The winter weather provided some extra testing of cameras and communication equipment."

"This is a major milestone for this important European research programme," says Tom Robinson, SARTRE project coordinator, of Ricardo UK Ltd. "Platooning offers the prospect of improved road safety, better road space utilisation, improved driver comfort on long journeys and reduced fuel consumption and hence CO2 emissions. With the combined skills of its participating companies, SARTRE is making tangible progress towards the realisation of safe and effective road train technology".
Safer and more convenient
Vehicle platooning, as envisaged by the SARTRE project, is a convoy of vehicles where a professional driver in a lead vehicle drives a line of other vehicles. Each car measures the distance, speed and direction and adjusts to the car in front. All vehicles are totally detached and can leave the procession at any time. But once in the platoon, drivers can relax and do other things while the platoon proceeds towards its long haul destination.

The Sunday Times headline about a new function for radio, by the way, was for a system that switched car radios, without warning, from the national network or frivolous entertainment to local traffic information. Radio Data System (RDS) was a project of the BBC Travel Unit, whose manager Irene Mallis assured me that by the time the scheme was working nationwide, it could have expanded beyond the BBC’s resources. “Travel news should be funded, like the Met Office, as a public service, with the users – the BBC, the AA, RAC or the Freight Transport Association – paying for the information, she said. “We are hoping to press for such a change at a meeting with Peter Bottomley, the transport minister, this summer.”
One Professional Driver - no thanks.

Sunday, January 16, 2011

AC Cobra


The electronic time trap credited me with 183mph. I was at the wheel of the Le Mans AC Cobra 39PH. It was 1963 and it felt quick. Alas The Motor’s technicians pooh-poohed electronics, their slide-rules calculating that the change in axle ratio, described in the feature published July 17, rendered it more likely to be about 170mph.
Click to enlarge

Peter Bolton and Ninian Sanderson had just driven 39PH to seventh place at Le Mans. The following week I met Sanderson by chance, outside Harrods. I knew him through my association with Ecurie Ecosse and he suggested AC might lend the car for test. My colleague on the road test staff Roger Bell, later editor of The Motor and an accomplished saloon car racer, joined me at the Motor Industry Research Association (MIRA) test track. We did just short of 140mph, about 22.5mph per 1000rpm, through an electronic trap on the banked circuit, so at 6,500rpm it might have managed 146-147mph. On the Le Mans axle it was doing 160mph on Mulsanne at 5,500rpm, or around 29mph per 1000rpm, so had it been able to pull 6,500rpm with its rather blunt aerodynamics, that would be 189mph.

On the fresh axle ratio, even at 7,000rpm, 165mph at MIRA was more likely than 180, so discretion suggested that the figure be excluded from the feature. MIRA had a second electronic time trap on the road course, inside the banked outer circuit, on which you could go faster before braking hard for the next corner. Photographer Maurice Rowe took a fine picture of Roger lifting the Cobra’s inside wheel on one. Perhaps the slide-rulers at The Motor (they were usually precise) were not perverse to rob me of my 183mph but that assumes, of course, that all the other calculations were right.

When AC stopped making cars in 1939, they were using an engine already 20 years old. John Weller’s aluminium 1,991cc single overhead camshaft wet liner 6-cylinder was first shown at the London Motor Show in 1919. Production resumed in 1945 with the same engine in a saloon not long for the automotive mainstream. There was little to distinguish it from 1930s counterparts, except that the headlamps had sunk into the wings and the grille curled over. So long as cars remained in short supply it held its own. Traditionally a sports car manufacturer, AC wanted to make 2-seaters so engaged John Tojeiro whose sports cars were doing well in British racing. He had been hired by Charles and John Cooper to plan the front-engined Cooper-MG. Tojeiro’s formula was straightforward, his twin-tube frame accommodated the Weller engine much the same as it had obliged the 4-cylinder MG.

The shape of the AC Ace was cribbed, without much alteration and certainly no acknowledgement, from a contemporary Ferrari Barchetta. It used Weller’s now 34 year old engine and went on sale in 1953 at a premium price. The chassis was simple, a frame of two 3in diameter tubes and independent suspension both ends. The frame was stiff and the handling exemplary; still good in the 1960s after nearly 700 had been made. A coupe, the Aceca (320 made) became a collector’s piece and through steady evolution an excellent, intuitive design improved, although the power was insufficient to exploit the excellent road holding. In 1956 as an alternative to Weller’s 102 bhp, AC offered the Bristol (neé BMW) 2 litre with 125 bhp, providing over 115 mph.

The Ace was a classic, the Ace-Bristol spectacular but in 1961 Bristol stopped making the engine. A modified Ford Zephyr pushrod, of 170 bhp, scant refinement and great weight was unsatisfactory.

Above: AC AcecaIn the nick of time the United States Cavalry arrived, led by colourful Texan Carroll Shelby. The first Cobra prototype of 1962 was basically an Ace chassis altered to take a Ford V-8, with wider tyres and body modifications to cope with more than twice the horse power of the Zephyr. For sheer bravura, nothing could match it. There were 4.2 or 4.7 litre V8s, then from 1965 a 7 litre giving up to 345bhp in road trim and a top speed around 145mph. The standing quarter-mile took under 13sec.

The V8 made immense demands on the chassis, and changes were wrought, starting with rack and pinion steering. Like many carry-over designs of the 1930s the Ace continued using drop-arms and drag links, until the tendency of rack and pinion to lock-up at inconvenient moments was curbed. The Cobra's suspension was changed, coil spring and damper layouts with wishbones replacing transverse leaf springs.

Cobras went under a lot of names. Sometimes AC was dropped altogether; it was known as a Shelby Cobra, A Shelby American, and sometimes a Ford Cobra. AC provided it with a Frua body and called it simply the 428, a stylish but unsuccessful model that formed the sole AC exhibit at the London Motor Show long after production effectively stopped. The Cobra was probably the most copied, most replica-ed sports car ever. And when I see 39PH I bask briefly, just a little, in some of its glory.

Thursday, January 13, 2011

Production gets under way


The first Land Rovers preserved the war time Jeep's 80 inch wheelbase. Following a pre-production run of 50 in 1948, Rover expected to make fifty or so a week for a year or two, making up for materials shortages that had reduced car production. Intended as a £450 stop-gap for agriculture, prototypes were tried out on farms, pulling harrows and carrying livestock. It ran machinery from a power take-off designed into the transmission. The squared-off body was strong and cheap to make from aluminium. Steel was in short supply. Within a year the Land Rover was outselling Rover cars and an automotive legend was created.

Above: Page 80 from The Land Rover File. Click to enlarge. Land Rover's first sales success came in May 1948 at the Bath and West Show. Below: Early production model at the Solihul factory, a war time 'shadow' plant, still with its camouflage paintwork.

Stunning Concept Rolls-Royce Apparition (15 pics)

Stunning Concept called Rolls-Royce Apparition -
You've seen the Rolls-Royce Phantom. You've seen the Rolls-Royce Ghost. Now say hello to the Rolls-Royce Apparition. Unlike its production counterparts, the Apparition is purely a design study. It's the brainchild of one Jeremy Westerlund, who designed it as an independent project while studying at the Art Center. The idea blends classic design elements with futuristic ones, with mahogany wheel inserts and a shape that places the chauffeur out in the open like in vintage motor carriages, with the occupants coddled inside.

Although just a design for the time being, the model itself is nearly six feet long, and in reality would measure over 23 feet long, or four feet longer than the Phantom saloon.
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Wednesday, January 12, 2011

Jaguar’s other test driver


RMV Sutton was test driver at Jaguar for only 14 months yet his place in Jaguar history is secure. On 30 May 1949 he drove an XK120 on the Jabbeke-Ostend motorway at 132.596mph. Jaguars had been cad’s cars; now they were classics.

Even for a professional, Belgian National Production Car records were daunting, “I had secret misgivings, bearing in mind my fastest-ever had been 110mph on a Lea-Francis at Brooklands 21 years previously.” Early one morning, Sutton took the XK to a 5-mile straight near Coventry, “It was the car that put my mind at rest as I found it delightful to handle.” XK120 at Jabbeke. Courteney Edwards, motoring correspondent of The Daily Mail (with cine) was flown to Holland for the occasion.

Roland Manners Verney Sutton (1895-1957) was Jaguar’s chief experimental test driver from February 1948 until April 1951. Norman Dewis took over with a grander title, chief test development engineer, and a wider-ranging brief that included quality and reliability. In Paul Skilleter’s Norman Dewis of Jaguar, Sutton is portrayed as, “unique, with a hangdog look, a cigarette constantly drooping from the side of his mouth. He had aristocratic connections and a Harrow education.”

He certainly had aristocratic connections. Jaguar’s first test driver was a cousin of the Duke of Rutland.

Roland or Rowland (although often referred to as Ron) Sutton was born at Abbots Langley, Hertfordshire into a well-to-do household that included a nurse, housemaid and cook. He was apprenticed to Clayton and Shuttleworth of Lincoln, which made agricultural machinery and steam traction engines. Its chairman Colonel Frank Shuttleworth at age 57 married pretty 23 year old Dorothy Clotilda, a vicar’s daughter of Old Warden, home of the aircraft collection set up by their son, racing driver and pilot Richard Shuttleworth (1909-1940).

RMV Sutton joined Rolls-Royce at Derby in the Operations Planning Department, buying a 1921 sports Hillman for £650. It seemed a lot for, “a primitive two-seater with no starter, screen-wiper or other amenities,” which could barely manage 65mph. He competed in hill-climbs and speed trials against Raymond Mays’s outwardly identical Quicksilver, of which Sutton remarked ruefully, “Judging by the difference in performance its innards must have been modified.” 'Soapy' Sutton, JDHT photograph from Paul Skilleter's Norman Dewis

Following works driver CM Harvey’s victory in a 200-mile race at Brooklands, Sutton exchanged the Hillman for the 1923 Motor Show Alvis 12/50. Works support brought success at Aston Clinton and the car was updated over three years, culminating in an official entry for the 1926 Coupe Boillot at Boulogne. Alvis won the team prize against French factory opposition and Sutton was grateful for competitions department mods that included a high ratio “solid” back axle and Rudge-Whitworth wheels. This improved Brooklands lap times but ruined tyres and he reverted to a differential for hill-climbs. The only preparation required to win the Essex 100-Mile Handicap was removing wings and windscreen.

The Sutton family wealth could not sustain RMV’s motor racing however, so it was with relief that he joined Lea-Francis in 1927 as chief tester and competition driver. Sutton raced the Cozette-blown Meadows 4-cylinder pushrod car, which developed into the production Hyper Lea-Francis that he and Frank Hallam took to an 80.6mph Class F 12-Hour record at Brooklands. Teamed with Kaye Don, George Eyston and Sammy Newsome, they won 1928 Ulster Tourist Trophy.

Sutton’s next job was with Morris Motors Engines Branch at Gosforth Street Coventry Experimental Department. He did road and track tests of the MG Tigress, racing version of the 6 cylinder 18/80 and in a letter to Chris Barker, owner of a surviving Tigress, wrote “I clocked about 95mph at Brooklands, but 100mph, which was the target, eluded us. MG blamed the engine, but we asserted that the bhp was adequate to propel the car at the requisite speed, were it not for losses in the chassis. I made the unfortunate remark, which came to the ears of Cecil Kimber, ‘The engine was contaminated by its surroundings.’ This, I think, put the lid on it, as after two prototypes MG tested the remaining three themselves.”

Sutton raced a Type 40 Bugatti and a Brooklands Riley Nine. In 1932, with CM Harvey, he won the Rootes Cup for leading at the end of the first day of the Junior Car Club’s 100-mile race at Brooklands, yet he found fulfillment testing experimental armoured fighting vehicles, so during wartime moved to Daimler. His Coventry-Climax-engined Triumph road car survived two bombs, but was blown by a third into the drawing office of the Coventry works, rendered roofless by an earlier air raid. The authorities gave him £75 to cover the loss.

The work brought him into contact with the Ministry of Supply, which in 1946 invited Daimler to sample a military Type 82 Volkswagen. Sutton’s report on the captured military Kubelwagen was unflattering, perturbed perhaps by a warning of demolition charges found in Afrika Korps’ cast-offs. A British Intelligence Objectives Sub-Committee pronounced the Volkswagen a design, “of no special brilliance apart from certain details and not to be regarded as an example of first class modern design to be copied by the motor industry.” Sutton was more prescient, “A more refined version of this type might have possibilities.”

Post-war Sutton drove a Rolls-Royce Wraith and Mark VI Bentley, describing them as, “examples of British engineering and craftsmanship that stand supreme.” He ran an electric car, borrowed complete with charging equipment, from the Brush company for several months, “at what I imagined was a negligible outlay, but received a shock of no mean voltage when my electricity bill arrived at the end of the quarter.” He found the acceleration up to 10mph fantastic, “but beyond that it tailed off and the maximum speed was no more than 20mph.” Gradients reduced it to a crawl, the rate of which he was surprised to find never varied no matter whether the incline was 1 in 40 or 1 in 8.

Advertising images: www.car-brochures.eu; Herman Egges collection
RMV Sutton joined Jaguar in 1948, testing tested the 2½ and 3½ Litre saloons with Walter Hassan, moving on to Mark VII prototypes with pushrod engines and then XK120s. Some early development work on the XK was done with the 1½ litre 4 cylinder twin overhead camshaft engine and air-strut suspension, “but it was never the intention of the firm to market this car and only one prototype was built.” Norman Dewis claimed that Sutton’s nickname of “soapy” was the result of his coming to work with shaving cream on his face. Others thought him perpetually begrimed and unwashed, like his overalls.

The reconnaissance trip to Belgium caused consternation. Sutton and Jack Lea, who had known Lofty England and Wally Hassan at ERA, needed to be sure that HKV500 would comfortably exceed 120mph. When they got back they reported to Ernest Rankin, Jaguar’s public relations officer, that it could but Rankin wanted to know why journalists were calling him, asking what Jaguar had been up to in Belgium.

Sutton confessed that they had popped into The Steering Wheel Club, “for a quick one,” on the way home. The clientele of the Steering Wheel, in Brick Street off Park Lane, included journalists and racing drivers. The recce also upset the formidable Joska Bourgeois, Belgian Jaguar importer, who demanded to know why she had not been in on the secret.

Rankin invited journalists on 18th May 1949 to Jabbeke, and on the 30th they flew in a chartered Sabena Douglas DC3 from Heathrow to watch HKV500, chassis number 670002, on the still incomplete Ostend motorway. Painted white to look better in photographs, with a cowl over the passenger seat and undertray to improve aerodynamics, the Royal Belgian Automobile Club timed it over a flying mile and kilometre. To prove this was no fluke it did 126.954mph with windscreen, hood and sidescreens erect.

Accurate, painstaking, fearless yet unassuming according to a tribute in The Motor, RMV Sutton left Jaguar and went back to what he loved, as Chief Development Tester of the Car and Armoured Fighting Vehicle Division at Alvis. He died after a short illness on June 29 1957.

Tuesday, January 11, 2011

Prevent or Punish: JJ Leeming


Sherlock Holmes’ quick eye took in my occupation (with the red-haired man, writes Dr Watson), and he shook his head with a smile as he noticed my questioning glances. “Beyond the obvious facts that he has at some time done manual labour, that he takes snuff, that he is a Freemason, that he has been in China, and that he has done a considerable amount of writing lately, I can deduce nothing else.”
Mr. Jabez Wilson started up in his chair, with his forefinger upon the paper, but his eyes upon my companion.
“How, in the name of good-fortune, did you know all that, Mr. Holmes?”

Holmes’s powers of observation were always a surprise.

“Your hands, my dear sir. Your right hand is quite a size larger than your left. You have worked with it, and the muscles are more developed.”
“Well, the snuff, then, and the Freemasonry?”
“I won’t insult your intelligence by telling you how I read that, especially as, rather against the strict rules of your order, you use an arc-and-compass breastpin.”
“Ah, of course, I forgot that. But the writing?”
“What else can be indicated by that right cuff so very shiny for five inches, and the left one with the smooth patch near the elbow where you rest it upon the desk?”
“Well, but China?”
“The fish that you have tattooed immediately above your right wrist could only have been done in China. I have made a small study of tattoo marks and have even contributed to the literature of the subject. That trick of staining the fishes’ scales of a delicate pink is quite peculiar to China. When, in addition, I see a Chinese coin hanging from your watch-chain, the matter becomes even more simple.”
Mr. Jabez Wilson laughed heavily. “Well, I never!” said he. “I thought at first that you had done something clever, but I see that there was nothing in it after all.”

Holmes was put out. He knew his scrutiny was acute and that, as often as not, it provided information overlooked by the most studious. Deep knowledge relieved him of the tedium of prejudice – pre-judgement on the basis of received wisdom or faulty logic. “I begin to think, Watson,” said Holmes, “that I make a mistake in explaining. ‘Omne ignotum pro magnifico,’ you know, and my poor little reputation, such as it is, will suffer shipwreck if I am so candid.”

JJ Leeming was in the Holmesian mould. He would have agreed that “Omne ignotum pro magnifico - every unknown thing is taken for great,” by those who knew no better. He was ruled by observation, logic and working under Lt-Col G T Bennett, the County Surveyor of Oxfordshire, was among the first to apply them to a study of road accidents, Bennett realised that the established view — even in the 1930s — about the culpability of drivers for accidents was not based on the facts. Such was no more acceptable then, than today. The only people who took any notice were other traffic engineers. Malcolm Heymer reviewed JJ Leeming’s 1969 book Road Accidents, Prevent or Punish for the Association of British Drivers (ABD). My copy, about which I wrote at the time, I fear was lost in my last move. I thought everyone had forgotten the great engineer. Fortunately the ABD has not and Leeming should be read by anyone with an open mind on road safety.

Leeming was County Surveyor of Dorset, believing that road accidents should be analysed critically and dispassionately. His conclusions, like those of Holmes in the view of Mr Jones of Scotland Yard, were viewed with suspicion. “You may place considerable confidence in Mr. Holmes, sir,” said the police agent loftily. “He has his own little methods, which are, if he won’t mind my saying so, just a little too theoretical and fantastic, but he has the makings of a detective in him. It is not too much to say that once or twice, as in that business of the Sholto murder and the Agra treasure, he has been more nearly correct than the official force.”

The great detective had an exact opinion of Mr Jones: “He is not a bad fellow, though an absolute imbecile in his profession.” In the view of Establishment Jones’s, accidents were caused by the wilful misdeeds of drivers, who must be punished. Leeming knew that this culture of blame led to making true contributory factors difficult to establish. Jumping to conclusions, he claimed, resulted in failures to address real problems when he took over in Dorset.

He gave an example: “Two men left a public house. Although not actually drunk, the landlord thought they had had enough and did not think the driver incapable. They drove a few miles to Warmwell Cross, where the driver, paying no attention to a Halt sign, collided with a lorry. Both men were killed.”

Most people would ascribe the accident to drink-driving and give it no further thought. Leeming decided that a traffic engineer had to establish all factors, without ascribing blame. A factor, he said, was something that could have altered or prevented the accident and he identified five; Chance, Human Error, Road Layout, the Law, and Drink.

Chance: Obviously if the lorry had not been on the main road, the accident would not have happened, despite the car driver's Human Error. Road Layout: investigation into other accidents at the same place revealed what had already deceived drivers. The crossing lay over a crest and although a stop line and HALT markings were painted on the road, the incline made them virtually invisible to approaching drivers. Anybody familiar with the area — Leeming and his staff — knew the junction, so never had to rely on spotting the markings. Strangers were caught out, sometimes fatally. Law: Leeming included this for two reasons. Firstly the regulations concerning Halt signs at that time meant that they were not placed at the junction itself, nor did they tell drivers the distance to the junction. Secondly, and more important, was the pressure on police to charge drivers with offences — from failing to obey Halt signs to causing death by dangerous driving. This had prevented Leeming from discovering the trap earlier, so he organised an experiment involving police, to observe drivers’ behaviour. Those who failed to stop at the sign were pulled up and talked to Leeming's staff. Local press unfortunately ran a story complaining that erring drivers were going unpunished and the experiment was abandoned after a day, but not before drivers had provided vital clues about the invisibility of the sign. The junction was improved and there was a dramatic reduction in accidents.

Whether the collision would have happened had the driver not been drinking is anyone's guess but it showed how importent it was to look beyond the obvious.

Leeming had not been entirely immune from conclusions about driver blame. When he moved to Dorset in 1946 he assumed, like almost everybody, that skidding accidents were due to bad driving, dismissing claims about road surfaces as mere excuses. However, following complaints about a series of bends with a bad accident record, he examined the road surface, discovering that bitumen had risen to the top, covering the aggregate, so it became slippery when wet. Although still unconvinced, he had the surplus material planed off. The accidents stopped. Even then he thought it an isolated case.

Another incident convinced him. There were complaints about skidding on asphalt surfaces laid by new machines. The materials used weren’t new, the method of laying was. Leeming assumed the skids were due to bad driving, but when they became frequent he investigated: “I discussed it with a senior member of the police. He dismissed it all with a remark, ‘good drivers don't skid’. Later I received a phone call from another policeman, who said I must do something about the surface. One of their cars had skidded and was a write-off. I could not resist murmuring that good drivers don't skid, and it was not well received. Even the police are human; he had not heard what his colleague had said.” Further examination of the road surface showed, once again, how the bitumen had risen to the top due to a vibration bar fitted to the new machines. A reduction in the bitumen content of the mix cured the problem. Leeming found other counties with similar problems so began experimenting with surface dressing on sharp bends with poor accident records. The results were dramatic. His conversion was complete.

Leeming became a firm believer in not jumping to conclusions about the causes of accidents, or the value of accepted solutions, without a rigorous study of the facts. In his chapter on statistical methods, he quotes G K Chesterton: “A man of science isn’t trying to prove anything. He’s trying to find out what will prove itself.” Leeming was always meticulous about including all results and data available on any issue he was investigating, even if some of the data pointed in a different direction from the rest.

As we know only too well, many reports on road safety (and other) issues have started with an assumed conclusion, and data has been selected to fit a conclusion. Leeming was scathing about propagandists who misused statistics by comparing different things and hoping people did not notice that they were being duped.

Nothing to do with safety really but a nice picture. Number one daughter at Le Mans, 1930s.

Saturday, January 8, 2011

Incredible Typograhy Paper Illustration (26 pics)

Incredible Typograhy Paper Illustration by Yulia Brodskaya -
Yulia Brodskaya is an artist and illustrator born in 1983 in Moscow - Russia. She is very recognized for her astonishing, elegant and detailed paper illustrations. Currently based in the UK, where she went to continue her education in art at the University of Hertfordshire with a Master of Art in Graphics Communication degree in 2006. After getting her degree, Yulia continued to experiment and explore ways of bringing together all the things she likes most: typography, paper, and highly detailed hand-made craft objects. She has swiftly earned an international reputation for her innovative paper illustrations and continues to create beautifully detailed paper designs for clients all around the world.

'Typography is my second love, after paper and I’m really happy that I’ve found a way of combining the two. Having said that, I don’t want to exclude non-typobased designs, I’d like to work on different projects.” Yulia for Computer Arts

I bumped into Yulia's work during one of my explorations looking for inspiration and was impressed by her pieces. The colors, details, swirls and the movement of her artworks, everything matches perfectly catching our attention and enchanting those who love the combination of creativity, talent and unique ideas. Well, enough said is time for you to enjoy the images. Hope you like it. Enjoy!
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Friday, January 7, 2011

Reinastella to Romania


Renault has run the whole gamut of social frontiers. It has been clever with Dacia, what The Times has called the Ryanair of the road, selling the best part of 105,000 in France, more than Fiat, Toyota or Opel. Yet in the 1920s it was, as David Scott-Moncrieff might have put it, “purveyor of carriages to the nobility and gentry.” The grandly titled Reinastella was a straight-eight of 7 litres.

from: Dove Publishing's The Renault File - 1998 click to read The large, charismatic, and expensive 40CV was to have set the pattern for a dynasty of aristocratic Renaults. Its fine mechanical servo brakes, driven off the gearbox were afterwards made under licence by Rolls-Royce, always was fussy about brakes. Sleeve valves were planned to try and keep up with the glamour makes, for which Renault felt itself a match. Silencer cut-outs on some early cars were meant to enhance the effect. Alas the model was in some respects Louis Renault's folie de grandeur. He desperately wanted to match Bentley, Hispano-Suiza, and Mercedes.

After the fall of Louis Renault amid allegations of wartime collaboration, the nationalised Regie Renault was recruited by the rising secretary general of the Romanian communist party, Nicolae Ceauşescu, soon to be president in the council of state and ultimately of the country. The Regie furnished a motor industry making Renault lookalikes, not bad cars for sale in the Eastern bloc, where Trabants were the last word in high-tech quality and reliability.

2009 Dacia Duster driven by Alain Prost in the Trophee Andros The fall of the old regime and Romanian entry to Europe wrought change, Renault took control in September 1999, introducing the Logan in 2004 for sale to East Europe and Russia. This did rather better than expected. One car in three on its home market was a Logan and new models introduced in the West enabled Renault to keep a 22 per cent share of France. The Dacia Sandero (€7,800 - £6740) sells better than the Peugeot 308 or the VW Polo. Roadgoing Ryanairs are flying.

Dacia Logan pick-up

Motoring campaigns



Leaden campaigning. The AA discovered on 5 January: Fuel prices soared 2p a litre yesterday. Scarcely agitation. A typical 50-litre tank refill now costs £8.59 more than a year ago. A two-car family is now spending £36.46 more a month on petrol than at the start of 2010. Tell us something we didn’t know. Two hundred and fifty words later, Edmund King the AA’s president summoned up courage: The April increase in fuel duty must be scrapped. That deserved to be first, not last.



Mike Rutherford, something of a campaigner himself, wrote recently. “My greatest hope for 2011 is that a new, loud, unbiased, unashamedly pro-motorist organisation will finally surface. It must fight for the driver more passionately and effectively than the tired old RAC and AA which are giant corporate, insurance-based businesses first and motoring pressure groups second.”



True. The AA was once called a self-perpetuating oligarchy. Its roadside services are splendid but its campaigning is obstinately patronising: “Be sure to check your oil and water before setting out.” Establishment organizations, like governments, are constricted by the need to remain in office. The Association of British Drivers gets closer to real campaigning but even it’s a little wordy: The police are always very keen to emphasise that the aim of setting speed traps is not to fine and penalise drivers but to get them to adhere to the speed limit. Indeed, camera sites are supposed to be signed for that very reason. However, the case of Michael Thompson, fined a staggering £440 including costs for warning a driver of a speed trap shows these claims to be false.

ABD spokesman Nigel Humphries explains: "If the true aim of police speed traps is to get drivers to adhere to the limit then why object to drivers warning others? Surely this achieves that objective in exactly the same way as signing a speed camera, something that has long been accepted as a positive means of slowing traffic?"

Humphries continues: "The prosecutors in this case have many questions to answer. Firstly, they have contravened a previous ruling on an almost identical case in the High Court. Secondly, prosecutor John Owston states that 'idiots' brake heavily when they see speed traps and cause accidents. He also states that driver's reaction upon seeing Mr Thompson's flash would be that there is some sort of hazard ahead and to approach it at a lower speed. If prosecutor Owston can see this then surely he can see that Mr Thompson's actions are in the public interest?"

The ABD hopes that Mr Thompson will appeal against his conviction and offers him every support in doing so.


Once again the last line ought to have been the first. “The Association of British Drivers will defend the rights of anybody warning oncoming drivers of speed traps.”



That was, after all, what the AA was founded for in 1905.



Thursday, January 6, 2011

MG 14/28


There are only four differences in appearance between the flat-radiator MG 14/28 and the 14/40, some of which had rounded radiators. These are the louvres round the scuttle, the extension to the base of the radiator shell, round ship-style ventilators and the omission of an apron in the space between the front dumb-irons. With his careful eye for economy, MG director Cecil Kimber felt there was no need for fresh art work for each so between 1923 and 1929 advertisements for both were more or less interchangeable. WL2228 is a 13.9HP sports in claret and silver 4-seater first registered, according to the encyclopaedic Oxford to Abingdon, the classic source of reference by Robin Barraclough and Phil Jennings, on 18 May 1927.
(from Dove Publishing's MG File) 1926 MG 14/28 Super Sports
The distinction between specially bodied Morris Oxfords sold through The Morris Garages, and the establishment of MG as a car manufacturer in its own right, is far from clear-cut. An advertisement in the June 1924 Morris Owner magazine used the MG octagon against a picture of a de luxe Landaulette on the 14/28 Morris Oxford chassis. The following month there was an MG Sports Four Seater Morris Oxford in “burnished aluminium and smoke blue, or to choice,” advertised with, “The graceful lines of a yacht.” Kimber’s other preoccupation was sailing, and it was no surprise that this car too featured ship-style ventilator cowls. In 1925 there was an MG 14/28 Weymann saloon, “absolutely devoid of rattle”, with four wheel brakes. Yet it was not until mid-October 1927 that The Morris Garages registered cars with Oxford County Borough Council, as anything other than Morris Oxford or Morris Cowley. One 14/28 was a well finished saloon advertised as “…on the famous ‘Imshi’ chassis”, a reference to a six-month expedition by the Daily Mail’s motoring correspondent through France, Italy, Morocco, Algeria, Tunisia, and Spain to prove the worth of the Morris Oxford. “Imshi” was Arabic for “Get a move on.”
BODY: Saloon 4-door, 4-seat; coupe; 2-doors; 2-seats; weight 18cwt (914.4kg). Open 4-seater, 2-door; weight 18.25cwt (927.1kg)
ENGINE
4-cylinders; in-line; 75mm x 102mm, 1802cc; compr 5:1; 35bhp (27kW) @ 4000rpm; 19.4bhp (15kW)/l.
ENGINE STRUCTURE
Side camshaft; side valve; mushroom tappets; detachable cast iron cylinder head and block; aluminium pistons; Smith, SU, or Solex carburettor; 3-bearing crankshaft.
TRANSMISSION
Rear wheel drive; wet cork clutch; 3-speed non-synchromesh manual gearbox; enclosed torque tube; spiral bevel final drive 4.42:1.
CHASSIS DETAILS
Steel channel-section chassis; ash-framed aluminium body; pressed steel scuttle; suspension, front half-elliptic leaf springs, rear three-quarter elliptic; Gabriel snuubers at front, Hartford shock absorbers at rear; Duplex Hartfords on salonette; Four wheel brakes, front patent Rubury, 12in (30.48cm) drums (with optional servo £20), 1925-1926; worm and wheel steering; 7gal (31.8litre) fuel tank; 700 x 80 Dunlop Cord beaded-edge tyres; 3-stud steel artillery wheels with Ace discs 1924-1925; bolt-on wire spoke 1925-1926. Saloon 28 x 4.95 Dunlop reinforced balloon tyres.
DIMENSIONS
Wheelbase 102in (259.08cm) and 108in (274.32cm); track 48in (121.92cm); length: 152in (386.08cm); width: 60in (152.4cm); height: 65in (165.1cm) with hood up.
PERFORMANCE
Max speed 65mph (105kph); 19.4mph (31.22kph) @1000rpm; 0-50mph 23.8sec; fuel consumption 19mpg (14.9l/100km)
PRICE Open 4-seater £375; 2-seater £350; Salonette £475. 4-seat salonette without tail compartment £495. Optional equipment included luggage carrier, a variety of mascots, rev counter, spot lights, and a monograme or crest on the door at £2.2s (£2.10). PRODUCTION approx 400
XV 9508 is a 14/40, first registered on 29 December 1928.