However, the chart gives you a base static range to start with. Other factors that need to be considered is: Any covered skin will have much different values depending on what is worn, body core temperature, body mass, wind speed, humidity, precipitation, moving speed, light, hydration, heated gear, wind protection and duration are also major factors. The white block section is the common legal top speeds used for a quicker reference. The motorcycle wind chill chart in Fahrenheit is a useful tool for riders to determine the level of wind chill they’ll be experiencing and adjust their gear accordingly. Another account that must be considered is actual wind speed and direction along with traveling speed as the wind itself can also increase or decrease the values. The formula to calculate wind chill is: Wind chill 35.74 + (0.6215 × T) (35.75 × Windsfc 0.16 ) + (0.4275 × T × Windsfc 0.16. These values also do not include humidity or precipitation where the values can change drastically. It’s then calculated as per the equation below. I have created a new and more informative chart that sources from the NOAA for complete accuracy.īe advised: These values are based solely on exposed skin without any protection. For instance, according to the North American Index, wind chill factors in the wind speed (V) along with ambient temperature (T), as opposed to your riding speed. This is great, however these charts are not nearly accurate according to the National Oceanic and Atmospheric Administration (NOAA). ![]() Here’s some math for you to do if that’s your thing: Wind chill 35.74 + (0.6215 × T) (35.75 × Wind sfc 0.16 ) + (0.4275 × T × Wind sfc 0.16 ) Wind sfc equals the wind speed and T, the temperature. There are several charts out there that have a temperature and wind speed chart to give you an idea of the temperatures that you face when you ride an open vehicle at speed. The National Weather Service uses a rigorous scientific formula to arrive at this conclusion. ![]() ![]() Have you ever wondered what the temperature is when you ride? We all know that it is not the same temperature as standing still.
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