formula 1 created by martin missfeldt
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    Robert Kubica's crash certainly is one of the worst in recent Formula 1 history. He was lucky to survive that with such minor injuries.

    Updated

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  • Jusu said:
    Robert Kubica's crash certainly is one of the worst in recent Formula 1 history. He was lucky to survive that with such minor injuries.

    Fix'd

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  • he's either the worlds fastest painter or he can stop time, either way, I WANT THAT KIND OF SKILL!!

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  • i love how in racing we have like this batass insane crashes where the vehicle flips through the air and shit that people walk away from with minor injuries or no injuries at all, and in real life people die from running off the road into a tree at 40 km/h

    shit makes no sense

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  • Actually it makes perfect sense. The racecars are designed with a concept known as 'ablative destructibility'. The cars are designed in a specific manner to be flimsy, so that if they crash, the pieces practically explode away. This absorbs kinetic energy, and thus spreads it out amongst all the pieces. Whereas in a normal automobile, due to the need for durability, they cannot do this as well. Furthermore, the driver is geared for some impact damage and will tumble out of the wreckage, while in a normal automobile, the heavy wreckage is usually itself the killer. Lastly, racecars are significantly lighter than automobiles, meaning that although fast, they have much less inertia behind them- it requires much more force to propel a 1-ton vehicle at 50mph than a 200-lb vehicle at 200mph.

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  • Morp said:
    Actually it makes perfect sense. The racecars are designed with a concept known as 'ablative destructibility'. The cars are designed in a specific manner to be flimsy, so that if they crash, the pieces practically explode away. This absorbs kinetic energy, and thus spreads it out amongst all the pieces. Whereas in a normal automobile, due to the need for durability, they cannot do this as well. Furthermore, the driver is geared for some impact damage and will tumble out of the wreckage, while in a normal automobile, the heavy wreckage is usually itself the killer. Lastly, racecars are significantly lighter than automobiles, meaning that although fast, they have much less inertia behind them- it requires much more force to propel a 1-ton vehicle at 50mph than a 200-lb vehicle at 200mph.

    yeah, Yeah Science Bitch!

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  • morp said:
    Actually it makes perfect sense. The racecars are designed with a concept known as 'ablative destructibility'. The cars are designed in a specific manner to be flimsy, so that if they crash, the pieces practically explode away. This absorbs kinetic energy, and thus spreads it out amongst all the pieces. Whereas in a normal automobile, due to the need for durability, they cannot do this as well. Furthermore, the driver is geared for some impact damage and will tumble out of the wreckage, while in a normal automobile, the heavy wreckage is usually itself the killer. Lastly, racecars are significantly lighter than automobiles, meaning that although fast, they have much less inertia behind them- it requires much more force to propel a 1-ton vehicle at 50mph than a 200-lb vehicle at 200mph.

    I know this is actually 9 years old but an F1 car actually weighs 1,600lbs.

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  • gayfur said:
    I know this is actually 9 years old but an F1 car actually weighs 1,600lbs.

    Its still significantly lighter than normal car so it still checks out

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  • kt2792 said:
    i love how in racing we have like this batass insane crashes where the vehicle flips through the air and shit that people walk away from with minor injuries or no injuries at all, and in real life people die from running off the road into a tree at 40 km/h

    shit makes no sense

    Race cars tends to have better safety features compared to regular cars

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  • kt2792 said:
    i love how in racing we have like this batass insane crashes where the vehicle flips through the air and shit that people walk away from with minor injuries or no injuries at all, and in real life people die from running off the road into a tree at 40 km/h

    shit makes no sense

    If you're wearing your seat belt and your seat is positioned properly, a 40km/h crash should not kill you.

    sansserriffbruh said:
    Race cars tends to have better safety features compared to regular cars

    Not really. They have different safety features, built for different scenarios than a road car, sure. But a street car with a roll cage (for example,) is actually more dangerous to just hop in and take it to the shops. If you have a roll cage, you should also have a 4 or 5 point harness, and a helmet. Otherwise, you're likely to hit your head on the cage and be injured worse in a crash. Similarly, if you have a racing harness, you should have a cage (and thus a helmet,) as the harness does not allow your body to move out of the way of a crushed roof, like a 3-point belt does. Street cars have crumple zones to absorb the impact, but race cars use ablative crash structures to dissipate the impact instead. Both have their merits, but one is easier for someone who isn't a million-dollar F1 team to rebuild. Some high-end supercars have both, if you've ever seen pictures of a wrecked supercar where the engine is several hundred meters away from the cabin. That's a designed breakaway point, to let the engine section take as much of the momentum of the crash away from the occupants.

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  • high_fidelity said:
    If you're wearing your seat belt and your seat is positioned properly, a 40km/h crash should not kill you.

    Not really. They have different safety features, built for different scenarios than a road car, sure. But a street car with a roll cage (for example,) is actually more dangerous to just hop in and take it to the shops. If you have a roll cage, you should also have a 4 or 5 point harness, and a helmet. Otherwise, you're likely to hit your head on the cage and be injured worse in a crash. Similarly, if you have a racing harness, you should have a cage (and thus a helmet,) as the harness does not allow your body to move out of the way of a crushed roof, like a 3-point belt does. Street cars have crumple zones to absorb the impact, but race cars use ablative crash structures to dissipate the impact instead. Both have their merits, but one is easier for someone who isn't a million-dollar F1 team to rebuild. Some high-end supercars have both, if you've ever seen pictures of a wrecked supercar where the engine is several hundred meters away from the cabin. That's a designed breakaway point, to let the engine section take as much of the momentum of the crash away from the occupants.

    I was thinking of the thing i was taught back in one of my classes where they said something about how the cars break apart easily to absorb the crash and cause a smaller casualty, but the more you know ig. And damn thats a long response lmao

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