https://twitter.com/ScarbsTech/status/1 ... 1288411136
gorgeous! I wish we knew a bit more about the wheels and their outwash effectzibby43 wrote: ↑19 Jul 2019, 23:31https://twitter.com/ScarbsTech/status/1 ... 1288411136
https://pbs.twimg.com/media/D_xAiWxXUAAGo1o.jpg
Definitely a fantastic shot! Regarding the cooling for the brake temperature sensor, a lot of the IR sensors I've seen used to monitor brake temps on sports cars can handle a temperature range of about -20° to 1,020° C. You get beyond that upper limit of the range, and you'll need cooling.izzy wrote: ↑20 Jul 2019, 10:29gorgeous! I wish we knew a bit more about the wheels and their outwash effectzibby43 wrote: ↑19 Jul 2019, 23:31https://twitter.com/ScarbsTech/status/1 ... 1288411136
https://pbs.twimg.com/media/D_xAiWxXUAAGo1o.jpg
and as for cooling the temperature sensor
oh infra red, of course! I knew there'd be an explanation just the idea made me smilezibby43 wrote: ↑20 Jul 2019, 22:37
Definitely a fantastic shot! Regarding the cooling for the brake temperature sensor, a lot of the IR sensors I've seen used to monitor brake temps on sports cars can handle a temperature range of about -20° to 1,020° C. You get beyond that upper limit of the range, and you'll need cooling.
These guys and girls think of everything! The little details are truly mesmerizing.izzy wrote: ↑21 Jul 2019, 00:26oh infra red, of course! I knew there'd be an explanation just the idea made me smilezibby43 wrote: ↑20 Jul 2019, 22:37
Definitely a fantastic shot! Regarding the cooling for the brake temperature sensor, a lot of the IR sensors I've seen used to monitor brake temps on sports cars can handle a temperature range of about -20° to 1,020° C. You get beyond that upper limit of the range, and you'll need cooling.
They could show up with a new car every race as long as all the components are homoligated. Only limitation is aero time and money.
Working from a steady base and not having to redesign major components.