Traction devices allow you to travel safely on slippery roads and in adverse weather conditions. Safety is the #1 reason for equipping your vehicle with a traction device. A close #2 is these devices allow drivers to stay on-time with their routes. Most people who use traction devices to navigate in less than optimal conditions because it's their job.
: Winter driving tips
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.
How does the system work… is a question that is often asked by new owners of vehicles equipped with the Onspot automatic tire chains. When I hear this same question asked by those who have had the system for a month or more it grabs my attention. The best way to properly maintain the system and understand how it works is to use it. This is how!
In your profession, driving a vehicle is not just a mode of transportation, it’s one of the tools that allows you to save lives. As such, your vehicle must be equipped with the best equipment to get the job done.
Traction devices allow you to travel safely on slippery roads and in adverse weather conditions. Most people who use these devices navigate in less than optimal conditions because it's their job.
The change of season is here for the majority of us. By now most have swapped out summer clothing for winter wear. Jackets, scarves and hats are taking the place of shorts and tee shirts. A similar type of preparation is also being done by numerous town and city DOT garages in the United States as well as by many truck drivers on the road. In these instances, however, they are preparing their vehicles for winter driving.
We all know that friction and traction are crucial to avoid sliding vehicles and spinning wheels. (To learn more, read the blog post What is traction, friction and road grip?) When driving, we have a sense of whether road friction is high or low. But is there a measure for road friction? If so, how could that be calculated since there are several different variables summing up to road friction? Let’s have a closer look at “road friction”.
We should pay special attention to bridges and overpasses when driving in temperatures around freezing point. We’ve learnt that bridges may be icy while the road isn’t, and that’s all we need to know to for safety reasons. But, giving it a second thought, how could the bridge be icy when the road isn’t? Here’s why.
To many, the white winter landscape is the definition of icy roads. However, due to weather and meteorology there are different reasons why roads become icy. For safe driving, it’s a good idea to know some theory behind icy roads. With proper knowledge and awareness, the driver can reduce the risk of accidents or delays due to slippery road conditions. So, let’s have a closer look at some common causes for roads to become icy.
It comes every year, but it surprises us every time and often poses severe problems – of course we are talking about the winter.
Everyone involved in the transportation industry knows that a lack of road maintenance and poorly equipped trucks can cause major problems and increased costs. We cannot influence the weather but we can adapt our business to the weather and to the slippery conditions.
Properly equipped vehicles adapted to different weather conditions and recommendations or laws may be crucial to ensuring that the shipment can be delivered as agreed. Many countries also have legal requirements for both winter tires and snow chains.