Welcome to Ahead Loft Ladders

This is the approach many DIYers will take when boarding their lofts, however it is not a great approach if you have loft insulation.

Compressing insulation directly under loft boards will remove any air gap and lead to potential damp from condensation.

Since the warmth from your house will directly meet the cold loft air, moisture can easily condense on the boards and rafters, leading to a mouldy smell.

Most ladders open to an angle of between 60 and 80 degrees, relative to the floor.

For the best level of comfort, strength and safety, most of our ladders open to an angle between 70 and 75 degrees.

Not all lofts can have a tilting roof window fitted. You have to satisfy the following criteria:

• Your roof must be pitched, with an angle between 30 and 60 degrees
• The height in from the loft floor to the ridge (peak) must be at least 2.2m
• The roof must be in good enough condition to support any alterations
• Flats, listed buildings or those in a conservation area may need additional planning

If you’re still unsure, a no-obligation survey can be carried out at a time that suits you.

You don’t usually need to apply for planning permission to put a Velux / Skylight / Rooflight window in your loft. As long as it doesn’t protrude more than 150mm from the existing roof surface, it falls under ‘permitted development rights’.

There are exceptions for listed buildings, or those in in conservation areas, national parks or areas of outstanding natural beauty.

You should also check with Building Regulations, as this is not the same as planning permission. This will ensure it is structurally safe to add windows to your property.

We always recommend at least 18mm thickness for most loft boards. This is suitable for nearly any item up that would be stored in a loft, up to 25kg per m².

22mm boards are also available if the gaps between your joists is over 400mm.

No, you should try to retain as much ‘fluffiness’ and height as possible from your insulation.

This is because it is the air pockets between the fibres that provides the insulating barrier, not the fibre itself.