The short answer is yes. Automatic tire chains are utilized by various industries and approved by governments worldwide. Read more here.
Of course, when hazardous conditions exist, schools are closed, and no buses are on the road. However, when caught unexpectedly in or even after a significant winter weather event, bus drivers take on the responsibility of transporting the children safely. How do they do this?
First responders are trained professionals who are the first to arrive and provide assistance in rescue or emergency situations no matter the weather conditions.
In 2019, the Onspot Blog focused more on the what and how of automatic tire chains. The following are the most downloaded blog posts that answered what they are, how they work and how to use and maintain them.
Winter weather driving season never fails to surprise drivers. However, for fleets, winter weather driving conditions can affect not only how vehicles stay on the road but also the efficiency of completing their deliveries.
Driver satisfaction is an important facet to the success of any fleet. In addition to general maintenance, driver training in all aspects of the use and function of a school bus leads to the successful, safe transportation of school children. But, what do bus drivers say about Onspot?
Achieving the shortest response time possible is key for saving lives or property at risk. But, what is response time?
Here is what David Anderson, Director of Transportation & Fleet at Adams 12 Five Star Schools in Colorado has to say about Onspot automatic tire chains on their school buses:
“Onspots are great tools! Give them some general maintenance and they last the life of the bus.”
What does a fleet manager say about Onspot?
Friction and traction are key to avoid sliding vehicles and spinning wheels.
Friction is defined as the rubbing of one object or surface against another. The friction between your vehicles’ tires and the road will determine maximum acceleration and minimum stopping distance. The force of friction depends on the force pushing the objects or surfaces together and the coefficient of friction. The coefficient of friction is the relationship between the force required to move the surfaces against each other and the pressure to stay in contact while in motion.