Many factors affect the force required to move a vehicle, and these forces can quickly exceed the capabilities of a winch.
Winch not only estimates the force required to move your vehicle, but also the percentage of your winch’s capability throughout the winching process.
Calculations are based upon factors such as vehicle weight, type of terrain, slope incline, the number of cable spools on the winch drum and the power of the winch. Formulas used are widely available, but be warned, all calculations will be based on estimations. Ground conditions vary greatly, and this will affect accuracy.
Just remember, if you’re using over 75% of your winch capacity, it’s time to stop and think…
In healthcare and aviation, we know that not rushing saves lives. A pause of as little as 10-seconds can make all the difference in being able to spot potential problems.
Designed around the same proven safety methods, the Winch checklist asks 12 simple questions to ensure you have considered the main risk areas before you start to winch.
As you confirm you’ve checked each set of three questions, they will go green, enabling you to move onto the next.
When they’re all green – you can winch.
Not sure what you’re checking, click on the blue information box and it will take you to the appropriate skills section.
There is no substitute for formal winch training. However, we recognise that many people who have a winch fitted on their vehicle may have never learned how to use it properly.
This section covers some of the fundamental areas of winching practice that will help keep you safe. From the most basic information about winching equipment, through to some more advanced techniques to help maximise winching efficiency.
Most importantly, there is a skills section on safety, communication and pre-trip checks.
Many factors affect the force required to move a vehicle, and these forces can quickly exceed the capabilities of a winch.
Winch not only estimates the force required to move your vehicle, but also the percentage of your winch’s capability throughout the winching process.
Calculations are based upon factors such as vehicle weight, type of terrain, slope incline, the number of cable spools on the winch drum and the power of the winch. Formulas used are widely available, but be warned, all calculations will be based on estimations. Ground conditions vary greatly, and this will affect accuracy.
Just remember, if you’re using over 75% of your winch capacity, it’s time to stop and think…
In healthcare and aviation, we know that not rushing saves lives. A pause of as little as 10-seconds can make all the difference in being able to spot potential problems.
Designed around the same proven safety methods, the Winch checklist asks 12 simple questions to ensure you have considered the main risk areas before you start to winch.
As you confirm you’ve checked each set of three questions, they will go green, enabling you to move onto the next.
When they’re all green – you can winch.
Not sure what you’re checking, click on the blue information box and it will take you to the appropriate skills section
There is no substitute for formal winch training. However, we recognise that many people who have a winch fitted on their vehicle may have never learned how to use it properly.
This section covers some of the fundamental areas of winching practice that will help keep you safe. From the most basic information about winching equipment, through to some more advanced techniques to help maximise winching efficiency.
Most importantly, there is a skills section on safety, communication and pre-trip checks.
Enter your make & model weight, additional kit weight & winch power as shown
Select your ground conditions – anything from Hard Road base to Sand / Mud Clay
Enter your incline – always measure the steepest part of the incline.
You can enter the incline manually or tilt your phone to establish the correct angle needed.
View your winch summary – estimated force required to move vehicle with full estimated winch working capacity per cable layer