Probably...But they will have to add windscreen wipers (or something else) to deal with rain.scuderiafan wrote:I still believe that an enlarged windscreen, like Lola's proposal is the best bet.
The inquiry says otherwise:Andres125sx wrote:To me that was a way to say "this was unavoidable", because if they say a closed cockpit would have saved him, then there would be a lot of complains and noise, and even Jules´ family could be affected. But nobody can know how a closed cockpit would have changed the outcome. It may have reduced Gs as any other structure between the crane and the driver, or it may have pushed the crane instead of being directly the helmet... nobody can know for sure, but we can be sure it would have never been harmfulJust_a_fan wrote:The inquiry into Bianchi's accident showed that a canopy, or similar, wouldn't have helped him.
It is not feasible to mitigate the injuries Bianchi suffered by either enclosing the driver’s cockpit, or fitting skirts to the crane. Neither approach is practical due to the very large forces involved in the accident between a 700kg car striking a 6500kg crane at a speed of 126kph. There is simply insufficient impact structure on a F1 car to absorb the energy of such an impact without either destroying the driver’s survival cell, or generating non-survivable decelerations.
You have no way of knowing that with absolute certainty, although it is possible of course.And for example, Maria de Villota would be alive with closed cockpits, as Justin Wilson, both lives would have been saved by a closed cockpit.
Saying we can be sure that it would never have been harmful isn't really true. Poorly implemented solutions could certainly cause more harm than good.Andres125sx wrote: ... But nobody can know how a closed cockpit would have changed the outcome. It may have reduced Gs as any other structure between the crane and the driver, or it may have pushed the crane instead of being directly the helmet... nobody can know for sure, but we can be sure it would have never been harmful
Depending on the solution implemented its possible but not a definite. If that nose cone did weigh 26 lbs then the impact for at 200+ mph is likely in the thousand + pound range, which has the possibility do deform/shatter many of the structures proposed.Andres125sx wrote: And for example, Maria de Villota would be alive with closed cockpits, as Justin Wilson, both lives would have been saved by a closed cockpit.
Comparing LMP cockpits to F1 cockpits isn't fair as the volume of the cockpit in an LMP car is very large, meaning a much larger buffer space between the pilot and the protecting structure should it be damaged. The challenge with a cockpit in F1 is that the structure profile must protect the pilot with a much smaller buffer space, which means the structure must be that much stronger so that it does not deform and cause damage to the pilot. It also means increasing the area that must be protected greatly from the pilots head size to something larger than the cockpit opening. This results in a larger chance of having an object hit the protecting structure and causing damage to it, which may in-turn cause damage to the pilot where w/o it the object would have just hit the car and bounced off.Andres125sx wrote: Except the changes (closed cockpit) are used all around in all sort of series, and they´ve proved to be safer.
Actually all of them except F1, GP2, GP3, World Series, F3 and F4 if you want to count it too.Belatti wrote:Wich series?Andres125sx wrote: Except the changes (closed cockpit) are used all around in all sort of series, and they´ve proved to be safer.
I know what the inquiry says, but I´m sure you´ll agree in this cases reports are usually very political, and they must be. There´s a family who lost one of his members and some tact is needed. Nobody want to read his son could be alive if someone would have written some rule beforehand. Since nobody can know for sure how would have been the accident with a closed cockpit because then the accident would have been very different, there´s no reason for causing confusion.Just_a_fan wrote:The inquiry says otherwise:Andres125sx wrote:To me that was a way to say "this was unavoidable", because if they say a closed cockpit would have saved him, then there would be a lot of complains and noise, and even Jules´ family could be affected. But nobody can know how a closed cockpit would have changed the outcome. It may have reduced Gs as any other structure between the crane and the driver, or it may have pushed the crane instead of being directly the helmet... nobody can know for sure, but we can be sure it would have never been harmfulJust_a_fan wrote:The inquiry into Bianchi's accident showed that a canopy, or similar, wouldn't have helped him.It is not feasible to mitigate the injuries Bianchi suffered by either enclosing the driver’s cockpit, or fitting skirts to the crane. Neither approach is practical due to the very large forces involved in the accident between a 700kg car striking a 6500kg crane at a speed of 126kph. There is simply insufficient impact structure on a F1 car to absorb the energy of such an impact without either destroying the driver’s survival cell, or generating non-survivable decelerations.You have no way of knowing that with absolute certainty, although it is possible of course.And for example, Maria de Villota would be alive with closed cockpits, as Justin Wilson, both lives would have been saved by a closed cockpit.
People with all of the data from the Bianchi incident say that a canopy wouldn't have saved him. What do you think you know that they don't?
A closed cockpit would certainly help in some cases, Wilson's is probably a case in point, but please don't think that a canopy is F1's panacea. What will people do the first time a canopied F1 car prevents the timely rescue of the driver? Or a driver is trapped in a burning car? Sure, we don't see burning cars these days, but they hadn't seen a death in F1 for years before 1994 - and then they had 2 in 2 days.
People jump to "something must be done" too quickly. It is very possible that F1 is as safe as it can be - there will always be an unforseen situation that defeats all of the safety features. To think otherwise is naïve.
You are making the jump that a structure between Jules and the crane wouldn't have created a senna like incident from failing to withstand the impact load. Jules could have been killed instantly, and by the equipment that was meant to protect him. That's the issue. The forces at play there are huge, and creating something that can withstand them isn't trivial. The impact ripped the roll hoop away which is meant to withstand huge forces. Putting something smaller in front of the driver could easily have worsened the scenario.Andres125sx wrote: If you see the accident, first part hitting the crane was the airbox/air inlet, then Jules helmet. Saying a structure between the helmet and crane wouldn´t have helped is anything but serious. Even the most experienced doctors are frequently surprised by the resistance/tolerance of human body surviving accidents they would have never though posible. He was alive many months after the accident, anything reducing some Gs or impact on helmet could have made the difference, nobody can know for sure, this is not maths. But I agree woulda shoulda is not a game to be played in this sort of situations for the oficial investigators, so IMO their report says what it must say, there´s no reason to think a closed cockpit would have saved him.
I hope you understand what I mean
More harm than death?theblackangus wrote:Saying we can be sure that it would never have been harmful isn't really true. Poorly implemented solutions could certainly cause more harm than good.Andres125sx wrote: ... But nobody can know how a closed cockpit would have changed the outcome. It may have reduced Gs as any other structure between the crane and the driver, or it may have pushed the crane instead of being directly the helmet... nobody can know for sure, but we can be sure it would have never been harmful
De Villota case, IMO it´s pretty obvious. It was a ramp hitting directly Maria´s helmet at very low speed. There was nothing reducing the impact but the helmet. It was the helmet what stopped the 700kg of the car, and obviously a helmet is not designed for that even if it was at only 30km/h. Actually a closed cockpit would have lifted the ramp because no closed cockpit is vertical, so the angled structure would moved the ramp up, but even if it wouldn´t, then the energy would have been reduced before hitting the helmet.theblackangus wrote:Depending on the solution implemented its possible but not a definite. If that nose cone did weigh 26 lbs then the impact for at 200+ mph is likely in the thousand + pound range, which has the possibility do deform/shatter many of the structures proposed.Andres125sx wrote: And for example, Maria de Villota would be alive with closed cockpits, as Justin Wilson, both lives would have been saved by a closed cockpit.
I'm all for safety, but these things are not certain by any means. The jet fighter canopy test showed the canopy deform heavily under the tire, I would bet that it would not have saved Jules and very possibly not Maria or Justin if the nose piece weighed 26 lbs.
Fully agree on this, in modern history safety is very very good, thanks god fatal accidents are not common nowadays. But if you analyse severe accidents/close calls lately, there´s a pattern, exposed heads/helmets are a risk, and that´s exactly what safety procedures/measures are suposed to solve. You can´t make motorsports totally safe, but when a pattern is identified, it must be solved.theblackangus wrote:As much as we all want to make things safe, racing will be dangerous no matter what. We need to make it as safe as possible but not cause additional risk along the way, closing the cockpit of an open wheel car brings many possible risk scenarios that need to be understood before implementing a solution. Even then there will still be safety trade offs.