i went to their lab at heriot—watt university to see their final stages of testing. that's in the back of the head in the hit device to give us a really good indication of kind of how sensitive the accelerometer is and if we need to maybe alter that or if it's all good to go. would that be kind of the equivalent of the sort of impacts people might be getting in a real—world situation, or are you sort of going beyond that? so what we're doing here, the 60 gs is our threshold impact. what we would do there is put an adult rugby player, or an adult, anyone that's not wearing a helmet, and that is risky, it's dangerous. we want you to be checked out. for this one, you're seeing that movement down, the bang of the head similar to when you get whiplash with your head off the ground. godspeed, mr head. three, two, one... that looks pretty dramatic. so you've got the numbers there? we've got the numbers here. you're seeing the impact. so you're seeing the impacts. we are able to count all of your impacts in a traffic light system. 0bviously 9 gs, anything up to 20 at the mom

i went to their lab at heriot—watt university to see their final stages of testing.eter that's in the back of the head in the hit device to give us a really good indication of kind of how sensitive the accelerometer is and if we need to maybe alter that or if it's all good to go. would that be kind of the equivalent of the sort of impacts people might be getting in a real—world situation, or are you sort of going beyond that? so what we're doing here, the 60 gs is our threshold impact. what we would do there is put an adult rugby player, or an adult, anyone that's not wearing a helmet, and that is risky and it's dangerous. we want you to be checked out. for this one, you are seeing that movement down, the band of the head similar to when you get whiplash with your head off the ground. godspeed, mr head. three, two, one... that looks pretty dramatic. so you've got the numbers there? we've got the numbers here. you're seeing the impact. so you're seeing the impacts. we are able to count all of your impacts in a traffic light system. obviously 9 gs, anything up to 20 at

i went to their lab at heriot—watt university to see their final stages of testing.lent of the sort of impacts people might be getting in a real—world situation, or are you sort of going beyond that? so what we're doing here, the 60 gs is our threshold impact. what we would do there is put an adult rugby player, or an adult, anyone that's not wearing a helmet, and that is risky and it's dangerous. we want you to be checked out. for this one, you are seeing that movement down, the band of the head similar to when you get whiplash with your head off the ground. godspeed, mr head. three, two, one... that looks pretty dramatic. so you've got the numbers there? we've got the numbers here. you're seeing the impact. so you're seeing the impacts. we are able to count all of your impacts in a traffic light system. obviously 9 gs, anything up to 20 at the moment, is deemed safe. amber is when it's getting a bit risky and red, we want you to get off and get checked out for any symptoms. seeing it in the lab brings home how hard these impacts actually are, and how we overlook th

but to understand how this transfers onto the pitch, we met with some members of the heriot watt women's. it is ten g there, so _ trying out the device. it is ten g there, so it - trying out the device. it is ten g there, so it is - trying out the device. it is ten g there, so it is going j trying out the device. it 3 ten g there, so it is going up. that is still sort of within. it is the accumulation. you're seeing research at the moment seeing research at the moment seeing 20 headers, 50 jesus. it can take ——50 g. seeing 20 headers, 50 jesus. it can take --50 g.— can take --50 g. they can take hours to _ can take --50 g. they can take hours to recover. _ can take --50 g. they can take hours to recover. when - can take --50 g. they can take hours to recover. when we - can take --50 g. they can take hours to recover. when we go l hours to recover. when we go outside to play sport, how often do we think about the hidden costs to our heads? it's particularly easy to see how this technology could be used with children really understand the impact young heads are taking playing the game at s

i went to their lab at heriot—watt university to see their final stages of testing., mr head. three, two, one... that looks pretty dramatic. so you've got the numbers there? we've got the numbers here. you're seeing the impact. so you're seeing the impacts. we are able to count all of your impacts in a traffic light system. obviously 9 gs, anything up to 20 at the moment, is deemed safe. amber is when it's getting a bit risky and red is, seeing it in the lab brings home how hard these impacts actually are, and how we overlook them in the speed of the game. it's certainly not something i'd want to happen to my head. but to understand how this transfers onto the pitch, we met with some members of the heriot—watt women's football team who are trying out the device. there we go, so it's picked up this first header. there was a 10 g one, so it's gone up now, so that's the new highest one, as we're watching. but that's still sort of within safe... within the safe range, of course. it's the accumulation. you're seeing research at the moment suggesting 20 headers of 15 gs is