Aluminium Loading Ramps / Van Ramps Foot End
Aluminium Loading Ramps / Van Ramps Foot End
Most plant machinery loading ramps are are designed, tested & built at a 30% loading gradient to allow for safe loading & unloading. The foot (base) of the ramp is cut for the recommended load height and therefore it is essential the loading ramps are used at the correct height.
Some ramps, such as pallet truck ramps, have been designed for use at a smoother gradient.


Purchasing The Correct Ramp Length
Most TÜV certified loading ramps are designed, tested & built at a 30% loading gradient to allow for safe loading & unloading.
Because all of our Plant Ramps and Van Ramps (except the TRP40 Car Loading Ramps) have a foot end cut to sit flat on the floor when the ramp is used at a specific angle - This is to evenly distribute the weight applied & allow for a smooth transfer on or off the ramp at ground level.
If the height you are loading to differs from the product specification, we recommend speaking to one of our advisers. It could be that a customised ramp solution will need to be fabricated at our factory to suit the height you are loading up to. Price for amending the foot end is typically £100 plus VAT for a pair of loading ramps.
All of our in stock plant loading ramps, held in stock for immediate dispatch, are cut for a 30% gradient. On the product page the minimum and maximum height the ramp can be used at is noted. For guidance of the ramp length you require based on your load height, please view the below:
1500mm length = 450mm load height2000mm length = 600mm load height
2500mm length = 750mm load height
3000mm length = 900mm load height
3500mm length = 1050mm load height
4000mm length = 1200mm load height
4500mm length = 1350mm load height
5000mm length = 1500mm load height
Having the foot end cut to sit flush with the ground will increase the life expectancy of your loading ramps & make for smoother loading. Using a ramp at the wrong height is likely to invalidate warranty & be very dangerous.
If you are loading an item with lower ground clearance, a longer ramp is often required. We can custom cut the foot for the ramp for your load height to ensure the ramp remains securely on the ground during loading.
Speed bumps have been proven to increase safety, for road users and pedestrians alike. Studies have proven that speed bumps have reduced accidents and dangerous driving. They are especially popular in high-risk areas such as schools or roads with a high volume of pedestrians passing through.
How To Position Your Loading Ramp
Foot End Flush


Ramp at correct height – this is how the ramp is designed to be used.
Foot End on Tip


Ramp height is too high (this can cause the ramps life to be reduced and for the tip of the ramp to wear down faster than normal usage)
Foot End Pushed Forward


Ramp height is too low (this can cause the ramp to flip up/stand upright to the height it is cut for.
Am I Allowed To Install Speed Bumps?
Prior to installing speed bumps, it is of course essential you gain the land owners permission as you will need to secure them into the ground using the fixings provided for tarmac and concrete. Local authorities and councils have their own policies relating to speed bumps and road safety so, if you plan to place speed bumps on a public road it is important to check with your local council prior to doing so.
How High Should Speed Bumps Be?
In line with the Highways Regulations, speed bumps must be no less than 25mm high and no more than 100mm high. It is important speed bumps are not too steep to ensure vehicles can safely pass over them.
The maximum gradient recommended for speed bumps is a 1:10 gradient. Shallow gradients may be required, for example if the vehicles passing over them have low ground clearance or if emergency vehicles regularly undertake such routes. Speed bumps that reduce cars to 10mph or less can only be used on private roads.
Where Should Speed Bumps be Located
Speed bumps can only be placed in roads with a speed limit of 30mph or less. The Highways (Road Humps) Regulations 1999 outlines various rules in relation to where speed bumps cannot be located. For example, speed bumps canot be placed within 30 metres of a zebra-controlled area, including puffin crossings. Speed humps also cannot be located within 20 metres of a rail track, or within 25 metres of a bridge over which the highway passes.
Where Should Speed Bumps be Located
It is essential that speed bumps are clearly visible to both drivers and pedestrians to ensure they can react safely and in good time. Visibility can be improved through adequate lighting, such as nearby street lighting that illuminates the road surface, as well as by incorporating reflectors or reflective markings directly on the speed bumps themselves. These measures help highlight the bumps in low-light conditions or at night, reducing the risk of accidents and improving overall road safety.
Who Should I Inform Prior to Installation
Before you install speed bumps, you are legally required to inform those who will be affected by the speed bumps. For example, it is important to inform emergency services including the police, ambulance and fire brigade.
You must also inform residents in the area, transport services (if they operate on the road), traders, the council and any other organisations who may be affected.
Installation Guidance
The Ramp People provide fixings for tarmac and concrete, and a free drill bit, with all speed bumps and speed cushions. The speed bumps and speed cushions are easy to install, any confident DIY'er or handyman can install these.
We also have a handy installation guide. Our Product Guide for Speed Bumps & Speed Cushions can be found here.
Signage for Speed Bumps
It is essential you alert road users of speed bumps and speed cushions. Signage is a perfect way to do this. The Traffic Signs Regulations state you must consider the correct warning signs for the speed bumps you are using on the road. We provided a range of 5mph and 10mph speed bump signs which can be wall mounted or post mounted. The signs are CE marked and include reflective sheeting to ensure they are highly visable to road users.
Still Require Assistance? Request a callback
Our team is available throughout the week to help via phone, email, live chat or WhatsApp. If you’d rather we call you, you can easily request a callback here.
All loading ramps held in stock for next day delivery will be cut for the 30% gradient which translates as follows:
1500mm length = 450mm load height2000mm length = 600mm load height
2500mm length = 750mm load height
3000mm length = 900mm load height
3500mm length = 1050mm load height
4000mm length = 1200mm load height
4500mm length = 1350mm load height
5000mm length = 1500mm load height
Having the foot end cut to sit flush with the ground will increase the life expectancy of your loading ramps & make for smoother loading. Using a ramp at the wrong height is likely to invalidate warranty & be very dangerous.


