A couple of interesting myths this week.
"Dodge a Bullet": An interesting thing to test. I'm not fond of myths about shooting and killing, but this was more a myth about trying to escape death, so that's okay. Plus, given that I write fiction that often involves action and feats of derring-do, it's good to have a baseline for what's humanly feasible in a case like this.
The triggers with the foil on two sides of paper were an interesting idea -- breaking the paper connects the foil on both sides and creates a circuit. Didn't work so well at the point of impact, though -- maybe the bullet hit did too much damage? They seemed to replace it with a sensor just behind the target that was triggered when the bullet pushed the target back, but in the high-speed it looked like there was a delay of a fair number of milliseconds between the bullet hit and the trigger contact.
Still, I guess that wouldn't have affected the result, because it couldn't be done in any realistic case, not unless one had superhuman senses or speed. And these guys had the advantage of knowing they were about to be shot at, and still couldn't pull it off.
Interesting to see about the difference between a realistic muzzle flash and the souped-up Hollywood blank. I guess that stands to reason.
Interesting how Jamie's bullet-dodging motion was so measured and efficient, while Adam's was just flailing around with a ton of wasted motion. That's kinda what you'd expect from the two of them. But what's more interesting is how little difference it actually made to their reaction time.
I liked Adam's description of the 500-yard test distance as "the distance of your average restraining order." An amusingly random analogy.
"Water = Pavement": I'm surprised they're treating this as the myth instead of the opposite. TV and movies, especially cartoons, routinely make the assumption that you can fall any distance into water and come out completely unharmed. If anything, that should be the myth they're testing -- not whether it's equal to hitting pavement, but whether it's survivable vs. fatal.
This seems like the first time in a while that we've seen Buster. Although he really seems to be in decrepit condition nonetheless. Good to see him back to his old tricks, though.
In the category of Sentences I Didn't Expect to Hear Today: "Okay, so the pig is in the helicopter."
The "x-ray the pigs' broken bones" method seemed like a questionable way of comparing the impacts -- there could be random factors affecting the breakage, I'd think. I'm a bit surprised they don't have accelerometers that can read high enough.
And the results were a little inconclusive. Okay, so they established that the force of impact is less for water than for pavement. But as is so often the case with these three, they seem so fixated on taking the quantities literally that they're overlooking the deeper questions. Granted the force would be less, but would it be survivable? Again, I think what they should've been testing here is the cartoon/movie myth that water can cushion a fall from a great height. Clearly you'd sustain broken bones and couldn't just swim away unharmed. But could you survive the impact at all, live through it if you got prompt medical treatment after landing? That's what I want to know.
"Dodge a Bullet": An interesting thing to test. I'm not fond of myths about shooting and killing, but this was more a myth about trying to escape death, so that's okay. Plus, given that I write fiction that often involves action and feats of derring-do, it's good to have a baseline for what's humanly feasible in a case like this.
The triggers with the foil on two sides of paper were an interesting idea -- breaking the paper connects the foil on both sides and creates a circuit. Didn't work so well at the point of impact, though -- maybe the bullet hit did too much damage? They seemed to replace it with a sensor just behind the target that was triggered when the bullet pushed the target back, but in the high-speed it looked like there was a delay of a fair number of milliseconds between the bullet hit and the trigger contact.
Still, I guess that wouldn't have affected the result, because it couldn't be done in any realistic case, not unless one had superhuman senses or speed. And these guys had the advantage of knowing they were about to be shot at, and still couldn't pull it off.
Interesting to see about the difference between a realistic muzzle flash and the souped-up Hollywood blank. I guess that stands to reason.
Interesting how Jamie's bullet-dodging motion was so measured and efficient, while Adam's was just flailing around with a ton of wasted motion. That's kinda what you'd expect from the two of them. But what's more interesting is how little difference it actually made to their reaction time.
I liked Adam's description of the 500-yard test distance as "the distance of your average restraining order." An amusingly random analogy.
"Water = Pavement": I'm surprised they're treating this as the myth instead of the opposite. TV and movies, especially cartoons, routinely make the assumption that you can fall any distance into water and come out completely unharmed. If anything, that should be the myth they're testing -- not whether it's equal to hitting pavement, but whether it's survivable vs. fatal.
This seems like the first time in a while that we've seen Buster. Although he really seems to be in decrepit condition nonetheless. Good to see him back to his old tricks, though.
In the category of Sentences I Didn't Expect to Hear Today: "Okay, so the pig is in the helicopter."
The "x-ray the pigs' broken bones" method seemed like a questionable way of comparing the impacts -- there could be random factors affecting the breakage, I'd think. I'm a bit surprised they don't have accelerometers that can read high enough.
And the results were a little inconclusive. Okay, so they established that the force of impact is less for water than for pavement. But as is so often the case with these three, they seem so fixated on taking the quantities literally that they're overlooking the deeper questions. Granted the force would be less, but would it be survivable? Again, I think what they should've been testing here is the cartoon/movie myth that water can cushion a fall from a great height. Clearly you'd sustain broken bones and couldn't just swim away unharmed. But could you survive the impact at all, live through it if you got prompt medical treatment after landing? That's what I want to know.