|
CRASH RISKS IN EU TRANSPORT
Each year over 9,300 pedestrians and cyclists die on EU roads and around 200,000 are seriously injured. Most are hit by the fronts of cars in urban and residential areas and the majority of these are children and elderly road users. Most of these impacts occur at crash speeds of up to 40km/h. Test methods for safer car fronts for pedestrians and cyclists have been available since the early 1990s, but there has been neither EU legislation (two unsuccessful attempts) nor industry action to make new car designs conform with these tests. If they did, around 2,100 lives could be saved every year and over 21,000 serious injuries prevented. The socio-economic cost (eg. Medical costs, lost output) of the injuries and lives that could be saved would be 5 billion euro. Various cost benefit studies have been carried out in the last 10 years. Those carried out by industry or bodies with close industry links show that the costs exceed the benefits, whereas those carried out by independent bodies show that the benefits exceed the costs. In a recent Brussels Press Conference Dutch MEP Pam Cornelissen (EPP) and UK MEP Mark Watts (PSE), together with the ETSC, BEUC, ANEC and the FEVR, took the Commission, Member States and the car industry to task for a sorry history of failed attempts at legislation and seven years of delay in taking life-saving action. Concerned about the enormous human and social cost of any further delay, the MEPs and safety/consumer/victim groups called on the Commission to put forward a comprehensive proposal for legislation on pedestrian protection for new car designs immediately. At the same time the groups are appealing to car manufacturers to make the necessary changes to new car designs now to make them less aggressive to vulnerable road users. Pam Cornelissen MEP road safety rapporteur for the European Parliament, said "Legislation requiring safer car fronts for pedestrians and cyclists tops the European Parliament's list of priorities for EU action on road safety. The Commission and Member States must act now to stop this needless carnage which is so costly in human terms and for society as a whole." Mark Watts MEP "The research and development programme to develop the necessary tests funded by the EU and national governments has gone on for over 20 years. There is a sorry catalogue of failed attempts to introduce legislation, and pressure from vested interests has cost many lives. The talking and procrastination has now got to stop. We expect comprehensive legislation and without any further delay." Francis Herbert, FEVR, (European Federation of Road Traffic Victims) said "Last month was the 6th anniversary of the death of my daughter, Marie, who was hit by a car. If all cars on EU roads passed the pedestrian impact tests now, then around 175 lives could have been saved and over 1750 serious injuries prevented just this month alone." Jeanne Breen, Executive Director of ETSC, (European Transport Safety Council) said "European legislation on safer car fronts is now the single most effective action which the EU can take in the short term to reduce death and serious injuries for vulnerable road users. It would produce important safety benefits for every Member State." Professor Adrian Hobbs, Chair of ETSC's Vehicle Safety Working Party in presenting the new tests said the legislation would involve very simple changes in car design and would not lead to large differences in designs on the road. And there is no reason to suppose that cars would be more expensive." Jim Murray, Director of BEUC (European Bureau of Consumer Unions said "Most cars now on the road can cause horrendous and often unnecessarily severe injuries to pedestrians in a collision. Recent tests by the EuroNCAP consortium show that despite this, most manufacturers are still making little attempt to make their new designs of cars less aggressive. How many more people need to die before the EU and car manufacturers are convinced?" Bruce Farquhar, Secretary-General of ANEC (European Assoc. for the Co-ordination of Consumer Representation in Standardisation) said "The EuroNCAP crash test results have shown that when the car industry is sufficiently motivated, and when there are marketing advantages, it can innovate rapidly to improve aspects of safety. We want to see industry apply the same commitment to protecting the most vulnerable road users. Industry has a duty to act ahead of legislation."
Commission's response A Commission spokeswoman noted that legislation was being prepared but might be delayed following the Commission's mass resignation in March. It is the Industry Directorate of the Commission which takes the lead in issuing proposals on vehicle standards. This Directorate plans further consultations with Member States before coming forward with a proposal. ESTIMATED NUMBERS OF EU CASUALTIES SAVED ANNUALLY A Commission working group had met in September to discuss possible safety improvements. ETSC had highlighted the value of risk assessments in and around tunnels to determine site-specific remedial measures.
The most motorised countries of the EU (and generally the car-producing countries) contribute the largest share to the EU total of vulnerable road user casualties and in general have the most to gain from safer car fronts.
EU PEDESTRIAN AND CYCLIST DEATHS AND ESTIMATED EFFECT OF MEASURE
THE EEVC TESTS EEVC has set out in detail the test methods, injury criteria as well as recommendations for test tools. Independent vehicle safety experts from across Europe believe that all tests will need to be introduced and to the specifications laid down by the EEVC if the substantial scope for casualty savings is to be met. The main elements of the test methods developed by government research laboratories across Europe (EEVC) with contributions from industry were known in 1991, comprehensive test procedures have been available since 1994 and were further improved in 1998. It has to be noted that the continual refinement by EEVC of the procedures has been made possible by years of political inaction on this issue.
EEVC PEDESTRIAN TESTS
Since 1996, the EEVC-based tests have been used in the European New Car Assessment Programme (EuroNCAP), which provides consumer information ratings on the crash test performance of new cars. This information programme is partly financed by the European Commission, UK and Swedish Governments and international consumer and motoring organisations.
Five sets of results published since the start of this programme (see opposite) show that current car designs do not fulfil EEVC pedestrian protection requirements and performed poorly in the pedestrian tests.
NEW CAR PERFOMANCE IN
EURO NCAP PEDESTRIAN TESTS MAKE MODEL STAR RATING Maximum possible PHASE I Fiat Punto * Ford Fiesta * Nissan Micra ** Renault Clio * Rover 100 ** Vauxhall/Opel Corsa * VW Polo * PHASE II Audi A4 ** BMW 3 Series ** Citroen Xantia * Ford Mondeo ** Mercedes C-Class ** Nissan Primera ** Peugeot 406 ** Renault Laguna ** Rover 600 ** Saab 900 ** Vauxhall/Opel Vectra ** VW Passat ** Volvo S40 ** PHASE III Audi A3 ** Citroen Xsara ** Daewoo Lanos ** Fiat Brava ** Honda Civic ** Hyumdai Accent ** Mitsubishi Lancer ** Peugeot 306 * Renault Megane * Suzuki Baleno ** Toyota Corolla ** VW Golf ** Toyota Avensis ** PHASE IV Audi A6 ** BMW 5 Series * Mercedes E-Class ** Saab 9.5 ** Toyota Camry ** Vauxhall/Opel Omega ** Volvo S70 ** PHASE V Ford Focus ** Ford Escort ** Mercedes A-Class Not rated Nissan Almera * Vauxhall/Opel Astra *
EuroNCAP PHASE VI TESTS
HGV FRONT UNDERRUN
PROTECTION
The proposal now goes to the European Parliament and Council of Ministers for discussion. If accepted,. it will be another legislative first for the European Union in the field of vehicle crash protection.
ETSC welcomes this first step in addressing a serious problem. The case for the introduction of this measures which ETSC presented to the Commission is set out below.
The problem
Between 25 to 30 per cent of all road deaths in Europe result from crashes involving trucks. About 13,000 people a year are killed and 300,000 are seriously injured in these accidents. Between 50 and 65 per cent of the fatalities in truck accidents are car occupants. More than half of these die in car-to-truck frontal collisions (see table below) which represents around 18 per cent of the total number of car occupants killed in the EU.
Impact position of fatal car-to-truck crashes in Europe Percentage of fatal car-truck Underruns Front of truck 60% Side of truck 25% Rear of truck 15% Total 100%
Frontal car-to-truck accidents are serious, not only because of the considerably higher mass of the trucks, but also because a large disparity exists between the structures of the frontal parts of heavy trucks and passenger cars. This results in "underrun" risks with the car embedding itself beneath the front of the truck in an impact, causing extreme occupant compartment intrusion. The design of the front of the truck is very important to reduce the severity of impact to cars and other road users. Safety measures to lessen the injury of car occupants are required.
The first need to reduce the injury potential is to prevent excessive underrun. This can be achieved by fitting to the front of the truck an underrun protection device which could be either rigid or energy absorbing.
There exists already a UN ECE Regulation (No 93) providing for rigid front underrun protection. Its objective is to prevent underrun from the front by passenger cars and light commercial vehicles. It has been estimated that around 4 per cent of car occupant fatalities could be reduced through the fitment of rigid front underrun guards. This means over 1000 lives annually on EU roads. The vehicle can comply with the regulations by either fitting a special front underrun protective device, or be designed such that the characteristics of its front structure can be regarded as replacing the front underrun protective device.
To further reduce the risk of injury, the provision of deformable front underrun protection systems with significant energy absorption characteristics would be required. Ongoing studies shows that this could reduce the car occupant fatalities by around 6 per cent, which means over 1500 lives annually in EU.
The solution
In view of the extreme competitiveness of the road transport industry, legislation is necessary if front structures are to be improved. A new Directive requiring the mandatory fitment of rigid HGV front underrun guard protection is necessary as a first step, with energy-absorbing devices following as soon as possible.
FOLKSAM CRASH PERFORMANCE RATINGS OF DIFFERENT CAR MODELS
Two small cars make the best safety class for the first time ever - the Opel Astra (models 1992-97) and the Renault Megane (96 onwards), but the worst small car is over 6 times as dangerous than the best one
Fourteen models have made Folksam's 40 per cent safer than the average car rating:
Make and model Model year Audi 100/A6 92-97 Citroen XM 90- Saab 9000 95-97 Volvo 700/900 82-98 Volvo 850/S70/V70 92- Ford Mondeo 93- Mitsubishi Galant 93- Nissan Primera 91-96 Opel Vectra 96- Renault Laguna 94- Saab 900/9-3 94- Toyota Carina E 92-98 COMPACT CARS Opel Astra 92-97 Renault Megane 96
Folksam's Gold Group those which were at least 50 per cent safer than the average car were the Saab 9000, the Saab 900/9-3 (from 1994), the Audi 100/A6 (1992-97), the Volvo 850/S70/V70 and the Chrysler Voyager (1988-95).
INTERNATIONAL EVENTS DIARY |