Jaguar Team Up With Michelin For The 2001 F1 Season
Jaguar has announced a long term partnership with Michelin in which, from next season, all F1 cars in the Jaguar/Ford racing stable will be fitted with Michelin tyres.
Jaguar has announced a long term partnership with Michelin in which, from next season, all F1 cars in the Jaguar/Ford racing stable will be fitted with Michelin tyres.
Despite the recovery in vehicle sales in Asia over the past two years, analysts are predicting a slowdown in sales in parts of the region, notably South Korea. The Asian car market is expected to fall by 3% next year, with little sign of recovery in 2002.
The automotive business is moving more and more towards an “intelligent” chassis control or a “total chassis management”. In this scenario tyres are playing a role of growing importance. Today consumers and tyre manufacturers still focus on comfort, rolling resistance, handling etc. But what about tomorrow? Electronic sensors within the tyre will be able to supply additional information to the driver or to systems like ESP. For 20 years, the interaction between road and tyres has been studied at the University of Darmstadt and has for example led to the so-called “Darmstädter Tyre Sensor” or a special trailer for measurements concerning tyre noise emission. But in mid October – after events in 1996 and 1998 – this was also the place where the third “Reifenkolloquium” was held for international experts to discuss topics related to research and development in the tyre, wheel and related businesses. About 90 attendees were at the event this year. After an introductory speech entitled “The Tyre – Key Component For Driving Dynamics And Steering” another twelve lecturers followed. Divided into four sections “Tyre/Road Noise”, “Tyre Evaluation/Test”, “Models & Simulation” and “Sensors & Road Parameter Evaluation” they reported the recent results of their studies. Some of these, which are not too technical, are summarised in the November issue of NEUE REIFENZEITUNG.
Nokian Tyres has developed an intelligent tyre technology system that sends real-time data on tyre pressures and temperature to the driver’s mobile phone. No extra display is required inside the vehicle.
According to results from Tyrecheck 2000, carried out by Police forces throughout the UK, as many as one in ten cars on UK roads may be running on illegal tyres, 27% are, at best, close to the end of their safe and legal life. That’s in excess of 13million illegal tyres in use every day. Imagine then the figures for faulty shock absorbers hidden out of sight? Recent research carried out in the UK suggested that over 6 million out of 25 million (24%) cars on the road were running on at least one faulty shock absorber. Belgian research confirmed that this is not purely an UK problem when figures produced there showed 20-25% of motorists driving with faulty dampers. If the car driver is unaware of a problem, how can the industry realise the potential sales in the shock absorber aftermarket? The market is estimated by Datamonitor to be worth in excess of 124M Euro at Retail Selling Price (RSP) in the UK alone, and across Europe has a value of some 471M Euro at Manufacturer Selling Prices (MSP). How does the fast fit salesman persuade the customer that he needs a new shock absorber? Moreover, how does he persuade him that he needs to change a pair? More about this can be found in the December issue of TYRES & ACCESSORIES.
It is a well-known fact that Bridgestone does not stint itself in its Formula One commitment. For instance: The number of tyres carted to every race is 2,640 in two different compounds for dry and three different compounds for wet weather. Together with the costs of research and development plus marketing/advertising (which definitely accounts for the highest expenditure) it may amount to a nine-figure sum. In this context one has to ask: Cui bono? Or: Why do the Japanese involve themselves in Formula One at all? The current market share of the tyre giant in Europe is estimated to be about twelve per cent, therefore leaving room for further growth. And what would be more suitable for a Far Eastern tyre group keen to catch up in the lucrative European market than its omnipresence in the most important motor racing event worldwide (only in USA Formula One is met with relatively little interest)? When all is said and done: twelve of the 16 races are run on European soil. Takeshi Uchiyama, Managing Director of BS/FS Europe, describes his company’s objective, “We are determined to raise our global brand awareness”.To put it simply: If the Bridgestone logo is clearly visible every fortnight adorning streamers, bridges, vehicles, overalls, drivers’ caps and, last but not least, all the tyres, that must sooner or later penetrate the memory or consciousness of the mass media public. Ideally it also raises significantly the image of the brand as a low-profile quality tyre. And once this perception takes hold and people’s high opinion is tranferred to other segments, this reputation will not only benefit the high-performance segment but also other types of tyre.
The contact area between tyre and road surface is generally compared to the size of a postcard. An area, whose smallness bears no relation to its importance as the central spot where the interaction between motorcar and supporting ground takes place. Generations of experts have thought long and hard how to optimise this A6-sized contact area in the interest of road safety. The 21st and 22nd October saw the beginning of a new round in the eternal quest for more knowledge. On these dates the seventh conference in twelve years of the Association of German Engineers (VDI) took place under the headline “Reifen – Fahrwerk – Fahrbahn” (“Tyres – Chassis – Road Surface”) at the Hanover Congress Centre. As at several earlier meetings, the wheel was not studied in isolation but as the link between chassis and road surface. The central theme of the meeting was therefore the interaction between those three components. Each lecture or discussion session consisted of three half-hour presentations grouped together under subject matters such as “Reciprocal influences between tyres and road surface”, “Tyre noise”, “Measuring and devising models”, “Warning and run-flat systems”, “Vibration and comfort” as well as “Chassis concepts”. Almost 225 VDI members from the sectors of research and manufacturing had accepted the invitation. Apart from many car manufacturers the tyre industry was also well represented in Hanover and thanks to the disciplined lecturing techniques and to well-informed and motivated questions from the public the conference was able to live up as a genuine discussion forum to a large extent.
There are persistent rumours that Michelin will be entering Formula 1 from the year 2001. BMW/Williams is the most likely partner. It is expected that Michelin will make an announcement in December this year. Other rumours say that Goodyear intends to return to Formula 1 Racing as well, but research carried out by NEUE REIFENZEITUNG confirmed them to be unfounded. Very recently the Americans even anounced to pull out of the IRL and CART Series in the USA.
Pirelli has released first details of a new manufacturing system, called MIRS (Modular Integrated Robotised System). The company is investing 250 million Euros over the next five years. A MIRS plant that can produce one million tyres a year would employ 104 people in five shifts, would occupy 3,500 sq. m. and the investment cost (excluding the building itself) would be around 45 million Euros. According to Pirelli, MIRS reduces the steps of the tyre building process from the previous 14 to only three. Instead of passing the tyres “from hand to hand” in the production process, the MIRS work is done by robots. Tyre type and size are fed into the computer at the beginning of production, the rest is done by the computer alone, without human interference. MIRS is therefore a kind of mini-factory with an extremely high degree of flexibility. The factory can be built anywhere where there is a market. The technology, which Pirelli does not disclose and is not prepared to share with a competitor, not even under licence, was developed by Pirelli’s research and development department in co-operation with Italian universities and the Ministry of Research and Science. A pilot plant will start work in the Bicocca factory near Milan at the end of June 2000. The Italiens claim a manufacturing cost reduction of 25 p.c. for the MIRS method compared with the traditional way, and Pirelli boss Tronchetti Provera plans to manufacture three million tyres by the new method by the year 2003, or 15 p.c. of its high and ultra-high performance tyres. If all goes to plan, it will be possible to produce five million “MIRS tyres” within five years.
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