As you correctly state the lightning does bridge the gap between the cloud and you.
Can lightning affect rubber.
But mind it rubber shoes or tyres of your bike scooter won t protect you from lightning because they are not thick enough to bear the amount of electricity that lightning passes.
It has nothing to do with the rubber tires.
Answered october 23 2018.
While rubber is an electrical insulator lighting is too powerful to be stopped by a few inches of rubber.
A material like rubber is an insulator and offers more resistance than say a conductor like a metal but that doesn t mean it would prevent the.
Lightning is millions tens of millions hundreds of millions of volts.
In addition ground current can travels in garage floors with conductive materials.
Rubber is indeed an electrical insulator so many would argue that lightning can t affect it.
I ve been having trouble finding numbers on this but i d estimate about 20kv cm.
That means you d need 20 kilovolts to go through 1cm of rubber.
Most cars are safe from lightning but it is the metal roof and metal sides that protect you not the rubber tires.
2 megavolts to go through a meter of rubber.
Remember that s a general rule of thumb not an absolute.
People should safely abandon this machinery and get into a safe shelter.
By looking at the outside of the van you can hardly see any damage at all.
Rubber tires provide zero safety from lightning.
Four or five inches of rubber is no insulation whatsoever.
No you are not protected if you are hit directly.
The small additional gap between you and the ground the rubber soles won t protect you.
Bolts from the blue can strike 10 15 miles from the thunderstorm.
Remember convertibles motorcycles bicycles open shelled outdoor recreational vehicles and cars with fiberglass shells offer no protection from lightning.
When this happens a lot of damage can ensue.
After all lightning has traveled for miles through the sky.
Rubber tires on a car protect you from lightning by insulating you from the ground.
Here are some pictures of a van that had a majority of its insides destroyed by a lightning strike.
Because the ground current affects a much larger area than the other causes of lightning casualties the ground current causes the most lightning deaths and injuries ground current also kills many farm animals.
Contrary to popular belief rubber does not stop lightning.
Electricity takes the path of least resistance.
On occasion the electricity from a lightning strike may pass through the car by way of wires and other conductive surfaces.
4000 volts to go through 2mm of rubber in gloves.