I was hoping for a more wide-open championship, but Ferrari has no answer to McLaren and Renault has slipped almost to mid-pack.
I was hoping for a more wide-open championship, but Ferrari has no answer to McLaren and Renault has slipped almost to mid-pack.
Autosport said:Data showed the Pole impacted against the wall at 230 km/h, and the G-forces on Kubica peaked at around 75 G in a millisecond.
When the tub is compromised like that, I'd say so.
It did do it's job well, but that doesn't mean it couldn't have done it even better.
Had his secondary impact into the barrier been at a different angle, it's not inconceivable that he'd have lost both of his feet. And that is cause for concern. In this case he was extremely fortunate.
This accident exposed a potential weakness with regards to the current design and construction of the current generation of monocoques, and one that should be rectified to further protect the driver.
How green is this?
On the cover, McLaren's sensational rookie Lewis Hamilton leads Kimi Räikkönen's Ferrari in Montreal, en route to the first of his back-to-back wins in North America. Hamilton's chosen sport is hardly 'green', based as it is on carting machinery and personnel all over the world to drive around in circles. But, in the tradition of 'improving the breed' that brought disc brakes into automotive use, there are ambitious plans to recast the formula as a force for technological good. From 2009, new regulations will reduce the environmental impact of the sport, and introduce kinetic energy recovery systems to use energy otherwise wasted during deceleration. Later changes will involve recovering energy lost as heat. The combination of fierce competition, talented technicians and big research budgets should drive the technology forward in ways that may ultimately benefit road cars. Andreas Trabesinger interviews F1's Max Mosley, the man behind the new formula.
News Feature: Formula 1 racing: Power games
Can motor racing go green? Andreas Trabesinger asked Max Mosley, head of Formula 1, how he wants the sport to develop energy-efficient technology that will also work in road cars.
F1 Mag said:...will take place in the UK in December...
I can't look at those pictures of Kubica's feet exposed without thinking about Alex Zanardi's accident...to hit a wall at 140mph and walk away is a a testament to the crashworthiness of the car.
Lord Blackadder said:Sounds as if it's likely to be another case of stealing technical data. no?
What if the crash was slightly different?
IMO as long as the cars race there, they must be safe to drive there. If that car was going quicker (as they will get over the years), who knows what would've happened?To be honest it was a freak accident... that can be partially attributed to flaws on the circuit (the initial bump on the grass, the angle of the concrete wall, lack of SAFER etc).
Autosport said:World Motor Sport Council proposals include:
Engine efficiency
To limit engine power by imposing a maximum energy flow rate. However, there will be few restrictions on the engine cycle, which can include turbo-charging and energy recovery. It is believed that this will lead to a gain of at least 20% in thermal efficiency.
Drag
To allow moving aerodynamic devices, which will reduce drag by over 50% and allow a 40% reduction in the power required to maintain current speeds.
Energy recovery
Energy will be recovered during braking and returned to both front and rear axles when accelerating. The amount of energy returned on each straight will be limited in order to prevent top speeds exceeding the safety criteria for the circuits.
Fuel
The total amount of fuel energy to be consumed during a race will be regulated, encouraging further overall efficiency. The CO2 emitted will be further reduced by the introduction of gasoline which is partly derived from sustainable, non-food bio sources but complies fully with pump fuel legislation.
Overtaking
Formula One cars currently find it very difficult to overtake because of the influence of the car in front. New aerodynamic rules will halve the downforce, and de-sensitise the car to the influence of the wake of the car ahead. It is also proposed to eliminate automatically the downforce deficit of the following car.
Regulations
The best estimates of what these measures will mean in terms of regulations are currently as follows:
1.3-1.5 litre, 4-cylinder engine;
no RPM or boost limit;
energy flow rate to generate 300kW, including energy recovery from the exhaust;
200kW brake energy recovery, front and rear axle;
400-600kJ energy return per straight;
pump-legal bio-fuel;
FIA specified and supplied undertray and possibly other aerodynamic components;
50% 2007 downforce;
adjustable, regulated wings and cooling;
automatic downforce adjustment when following another car;
lap times and top speeds maintained at 2009 levels;
over 50% reduction in fuel consumed.
Costs
A number of measures to constrain costs are proposed, including:
standardisation of components;
homologation of components and assemblies;
material restrictions;
extended life of assemblies;
restrictions on personnel and work at races;
restrictions on the use of certain facilities (eg wind tunnels).
Luckly that the guy is alright and also very lucky that no safety marshals were caught up in this accident, like that poor guy in Australia(?) a few years back.