FAQs

Great question! You’ll need a solid, level base for your garden room or golf room kit. Concrete slabs, paving stones, ground screws, fixed frame kits, and similar solid foundations.

As long as it’s flat, level, and strong enough, our perimeter base channel will bolt straight onto it for a secure, wind-resistant fix. We’ll send you the exact drawings and specs tailored to your chosen base type.

Installation is one of the easiest parts of owning one of our garden rooms! A competent DIYer can typically finish the entire build in less than a day. In fact, a small team of three people put together a complete kit in under 3 hours during training.

Great question! A U-Value is simply a number that tells you how good the insulation is. Lower = better (less heat escapes). Our panels are designed with a very good U-Value, so your garden room stays warm in winter and cool in summer without high energy bills.

It shows the rate at which heat passes through one square metre of the structure for every 1°C difference between inside and outside temperatures. The lower the U-Value, the better the insulation — meaning your garden room will stay warmer in winter and cooler in summer, with far less energy needed for heating or cooling.

Our garden room kits use high-performance insulated panels with excellent (low) U-Values, delivering outstanding thermal efficiency all year round.

Yes, our garden room kits are specifically designed to resist wind uplift. We secure the entire structure using a robust perimeter base channel that runs around the bottom of the garden room. This channel is firmly fixed to a suitable base footing (such as a concrete foundation), creating a strong, continuous anchor that ties the building securely to the ground and prevents uplift even in high winds.

Yes, our garden room kits are structurally strong without needing a traditional timber frame.

The panels themselves contain built-in internal support and reinforcement, making them fully self-supporting. They interlock, this engineered design delivers excellent strength, rigidity, and long-term stability while keeping assembly quick and straightforward.

Our Garden Rooms do not include vents, the technology within our panels means you can stay warm in the winter and cool in the summer, however, you can add your own vents if you require them.

Yes, you can. The panels that form our garden rooms do not include window cut outs, however, you can cut the panels to suit your required opening size.

Yes, the panels used to create our garden rooms can be overclad with a range of materials (not sold by us).

The process is easy. You simply need to install timber battens on the face of the panels, then clad over using a suitable facade of your choosing.

We offer an assisted delivery service where our friendly team will unload the products from the vehicle and place them wherever you need, as long as access allows.

We do not recommend installing log burners in our garden rooms. Our insulated panels are highly thermally efficient, so a log burner would produce far too much heat for the space.

If you’re looking for that cosy log-burner effect and ambiance, we recommend considering an electric heater designed to look like a real log burner. One of the main advantages of these heaters is that you can turn the heat down while leaving the lights on, still creating the attractive flame effect.

Should you decide to install a log-burning stove or similar solid fuel burner, we strongly recommend that the work is carried out by a specialist HETAS-approved contractor. This will ensure the installation is safe and fully suited to our garden room products.

When ordering our panels, it is important to understand the Cut Back.

A "cut back" on an insulated roof panel is a factory-produced extension of the external (top) steel sheet at one end of the panel.

The top metal skin (outer weathering sheet) is made longer than the insulation core and the internal liner sheet. The length of this overhang is what's call the "cut-back" (sometimes referred to as "panel end cut-back" or "end cut-back" in their technical literature).

Why it exists

It creates a clean, overlapping joint (end lap) when one panel is laid over the next (normally eaves-to-ridge installation).
It provides the correct overhang at eaves/gutter details.
It allows space for butyl sealant strips, stitching screws, and proper sealing to keep the roof watertight.
Without it, you couldn’t achieve the required lap detail while keeping the insulation cores butted tightly together.

The panel length we sell, is calculated as the top sheet length.

We given here some standard applications

Standard eaves - 50 mm, 75 mm, 100 mm Most common for gutter overhang.
Standard end lap -150 mm Typical for multi-panel runs.
Class A / reduced end lap - 75 mm Used where a lower profile lap is needed. Minimum 25mm Smallest option. Maxmium 150mm Largest option. The cut-back is only on one end of each panel

Imagine looking at the end of a Insulated roof panel:

The bottom (internal liner) and the thick insulation core stop at the true panel end.
The top steel sheet continues out like a little shelf — that protruding shelf is the cut-back.

When two panels meet at an end lap, the cut-back of the upper panel sits over the top of the lower panel, creating a stepped, sealed joint with sealant and fixings.

In short: the cut-back is simply the deliberately extended top sheet that makes laps and eaves details work cleanly and weather-tight. It’s a standard feature on virtually all KS1000RW panels and is shown on every Kingspan product data sheet under the heading “Panel End Cut Back”.

On each of our Garden Room product pages you will find the option to request an Insulation Guide on line. A pop window will appear for you to enter your details when you click on the link. Remeber to tell us the Garden Room model that you require the Insulation Guide for.

Yes, we’d be delighted for you to come and see some completed garden rooms in person. We have several display models built on site in different sizes and configurations. You can walk through them, inspect the quality of the panels and finishes up close, and get a real feel for the space and build quality. Viewings are Monday to Friday (9am to 4pm) only. Do let us know you are coming so we can give you a proper guided tour and answer all your questions. Just let us know a couple of dates and times that suit you and we’ll arrange a convenient slot.

Insulated Panel Store, Greenfield Business Park 2 Bagillt Rd, Holywell CH8 7GJ -

Monday to Friday 9am to 4pm. Site is not open on Bank Holidays.

Find us on the What3Words ///hampers.comforted.grounded or on Google or Waze The Insulated Panel Store

Yes you can collect from our site in North Wales. Please ensure that you tell us when you are arriving for collection so that we can have your goods ready.

Insulated Panel Store, Greenfield Business Park 2 Bagillt Rd, Holywell CH8 7GJ -

Monday to Friday 9am to 4pm. Site is not open on Bank Holidays.

Find us on the What3Words ///visitors.composer.repaying or on Google or Waze The Insulated Panel Store

Please also telephone us when you have arrived also.

You’ll find the current estimated lead time clearly shown on every product page.

These can change depending on manufacturing demand, but as soon as your garden room is completed and ready, one of our team will personally call you to arrange delivery at a time that works best for you.

Yes, you can apply plasterboard to the inside of the insulated panels in your garden room.

Many customers choose to do this for a smooth, traditional internal finish that’s easy to skim, paint or wallpaper.

Recommended method:
Fix 25 mm or 38 mm timber battens horizontally or vertically to the panels first Then screw standard 12.5 mm plasterboard onto the battens This approach creates a neat, professional look while leaving a small service void behind the board (perfect for running electrics or adding extra sound insulation). It also protects the panel surface and maintains the excellent thermal performance of the insulation.

Yes, there are two main options for running electrics in your garden room.

Option 1 – Surface-mounted (quick & simple) Run your cables inside plastic conduit fixed directly to the face of the insulated panels, and use surface-mounted boxes for switches, sockets, and other fittings.

Option 2 – Hidden wiring (neatest finish) If you are installing plasterboard (over timber battens), you can hide all the cables neatly in the service void behind the plasterboard.

Important safety note:

We strongly recommend that you employ a qualified electrician to carry out all electrical work. This ensures everything is installed safely and complies with current building regulations.

Yes, you can install heating very effectively in your garden room. Thanks to the high-quality insulation in the floor, walls, and roof, the room heats up quickly and retains heat very well. This means you won’t need to keep the heater on for very long at all, helping to keep running costs surprisingly low.

Our top recommendation: Slim electric panel heaters These are ideal for garden rooms because they are:

Very slim and wall-mounted, so they take up almost no floor space,
Quick to heat up the room.
Energy-efficient with built-in thermostats and timers.
Completely silent and maintenance-free.

Other popular heating options:

Infrared panel heaters.
Low surface-temperature radiators.

Important note:

We recommend that all fixed electrical heating is installed by a qualified electrician.

The garden rooms are built from solid QuadCore insulated sandwich panels (no timber frame), so you need a clean, sealed entry point to keep the structure fully weather-tight and insulated. Here are the best practical methods, ranked from easiest/most recommended:

1. Best option – Through the base/floor (recommended) Run your armoured cable (SWA) or conduit under or through the solid base before you lay the floor panels. Drill a small hole (usually 20–32 mm) up through the concrete base where you want the cable to enter the room. Feed the cable through the hole, then place the floor panels on top. Seal the hole around the cable with Premseal BR sealant (the grey mastic you already stock) or a suitable polyurethane sealant. This keeps the cable completely hidden and protected, with zero penetration through the insulated panels.

2. Through the lower wall panel (very common second choice) If the base is already down: Choose a low position on one of the wall panels (ideally near a corner or where you plan sockets). Drill a clean, straight hole with a hole saw (slightly larger than your cable or conduit — e.g. 25 mm for a 20 mm cable). Push a weatherproof cable gland or PVC grommet through the hole from the outside. Feed the cable through the gland and tighten it so it compresses and seals. On both sides, apply a generous bead of Premseal BR sealant around the gland/cable for extra weatherproofing. Inside the room you can then run the cable in mini-trunking or surface conduit to your consumer unit or sockets. Quick tips for a professional result.

Use armoured cable (SWA) buried in the garden and brought into the room — it’s the safest and most compliant option for outbuildings. Always use a weatherproof cable entry gland (available on Amazon/eBay for a few pounds) rather than just pushing cable through a hole. Seal everything with your Premseal BR sealant + a bit of the PVC Foam Tape if you want extra compression around the entry. Keep the hole as high as possible above ground level (minimum 150 mm) to avoid splash-back.

Inside the room you’ll need a small consumer unit with RCD protection and proper earthing.

Important safety note.

Must be installed by a qualified electrician. Electricity in garden buildings must comply with UK Building Regulations (Part P). Unless you are a qualified electrician, we strongly recommend getting a Part P registered electrician to do the final connection and testing

No need to worry as our team can help answer your question.

Please go to our contract form page and type your question in the form provided.

Click here

Yes – absolutely! Our insulated panels are designed to be easily cut to size on site.

Watch this short video from our team showing exactly how quick and safe it is to cut an insulated panel using a standard circular saw:

▶️ How to Cut an Insulated Panel

(You’ll see the simple tools needed, safety tips, and step-by-step process for a clean cut every time.)

Extremely strong and rigid! Our 80mm insulated roof panels are built to handle serious loads with almost no deflection.

Watch this impressive strength test where a team member stands directly on a panel spanning 3.6 metres:

▶️ Strength Test on our 80mm Insulated Roof Panel

(You’ll see the real-world structural performance for yourself – just 3mm deflection under full weight.)

Extremely quick! Our insulated panels are designed for fast, straightforward installation.

Watch our team carry out a full build test in order to test the instructions in this video. The team had zero experience in building a garden room and none of them had seen the instructions until the build – the entire process was completed surprisingly fast and smoothly:

▶️ Build Test – See How Quickly Our Panels Go Up

(You’ll see the real speed of assembly and how easily everything fits together on site.)

The panels have a light-weight insulation core. The longer the panel gets, the more the weight increases.

Core thickness: 80 mm (overall panel thickness is approx.
Weight: 10.5 kg per m²

Each panel can be handled by one or two people. However, we recommend that all panels are handled by two people.

Yes, we do sell the fixings, sealants, flashings, and other accessories you’ll need.

The Garden Room kits include all the required fixings and accessories.

If you’re buying panels on their own, we also supply all the necessary fixings, sealants, flashings, and other accessories to support your DIY project.

Yes, our Insulated Panels can be installed in winter, cold, or wet weather.

Unlike traditional construction methods using timber or rubber roofing, which require adhesives and dry conditions for curing, our Insulated Panels use a modern prefabricated dry-fix system with mechanical fixings. This allows reliable installation in most weather conditions, significantly reducing project delays caused by rain, low temperatures, or winter weather.

Once fitted, the panels provide immediate weather protection thanks to their sealed joints and durable steel faces, creating a weathertight envelope right away without waiting for materials to dry or set.

Important safety note: We strongly recommend avoiding installation in strong winds, as handling larger panels can become hazardous. In very cold conditions, installers should also allow for minor thermal movement during fixing. This flexibility is one of the big advantages of our panels compared to conventional builds!

On InsulatedPanelStore.co.uk we show prices in two different ways depending on the product:

Standard products (insulated panels, flashings, fixings, screws, etc.) are shown exclusive of VAT (ex VAT).
Garden Room Kits are shown inclusive of VAT (inc VAT).

We do indicate next to the price if VAT is included or not.

VAT at the current rate of 20% is clearly shown and applied automatically at the checkout.

The final total in your basket will always be shown inclusive of VAT. VAT-registered trade customers can normally reclaim the VAT on any items shown ex VAT.

Yes, we sell all the fixings, sealants, flashings, and edge trims you need to install our insulated panels.

Our complete Garden Room kits include every fixing and accessory required for installation.

If you’re buying panels on their own (or for a custom project), we stock a full range of compatible components in our dedicated Metal Flashings & Edge Trims and DIY Building Tools & Accessories sections. This includes:

Panel fixing screws and stitcher fixings (available in matching colours and various lengths)

High-performance sealants, including our BR Sealant

A wide selection of metal flashings and edge trims such as ridge flashings, mono ridge flashings, eaves closure trims, verge flashings, internal and external corner flashings, perimeter closure trims, and more — available in popular colours including Goosewing Grey, Anthracite, Terracotta, and White

All accessories are selected for perfect compatibility with our Kingspan insulated panels, helping you achieve a secure, weatherproof, and professional finish.

Need help choosing the right items for your project? Our team is happy to advise — just contact us.

All panels on our site have a fixed cover width of 1000 mm. Custom widths are not available.

Lengths:
Roof panels (e.g. QuadCore KS1000RW): Custom lengths from 1.8 m to 13–14 m.
Wall panels (e.g. QuadCore KS1000RW & KS1000MR): Standard lengths from 1.8 m to 14.5 m

Custom / non-standard sizes:

Yes — we offer a made-to-order custom panel service and factory custom cutting so you can order precise lengths to suit your project. Simply use the dedicated “Custom” product pages for roof or wall panels.

For very long panels or special requirements outside the standard ranges, please contact our team before ordering.

Technical data sheets are available to download on the product page.

QuadCore® is Kingspan’s advanced next-generation hybrid insulation core technology, used in our premium QuadCore KS1000 series panels (including the KS1000RW roof panels and KS1000MR wall panels).

It is a specially developed, self-blended closed-cell core that takes the proven qualities of traditional PIR insulation and improves them in key areas.

Main benefits compared to standard insulated panels:
Superior thermal performance — QuadCore has an excellent thermal conductivity of just 0.018 W/m·K. This delivers approximately 11% better insulation performance than high-quality PIR cores. In real terms, this means significantly lower U-values for the same panel thickness. For example, our 80mm QuadCore roof panels achieve a U-value of 0.23 W/m²K. The result is better year-round comfort, lower heating and cooling costs, and reduced energy consumption.

Improved fire performance — QuadCore offers enhanced reaction-to-fire properties compared to standard PIR insulation, including lower smoke emissions and better overall fire behaviour. It achieves a Euroclass B-s1,d0 rating (internal face) and carries additional high-level approvals such as FM 4882.

Better energy efficiency & regulatory compliance — The superior insulation helps projects easily meet or exceed current UK Building Regulations (Part L / Section 6) for energy conservation. The airtight, single-fix panel system further minimises heat loss.

Practical advantages — You can achieve excellent thermal performance with standard or even thinner panels compared to many conventional insulated panels, while still benefiting from the speed, strength, and simplicity of Kingspan’s interlocking panel system.

In short, QuadCore technology gives you noticeably better thermal efficiency and enhanced fire performance in one easy-to-install panel — making it one of the highest-performing options available for garden rooms, studios, extensions, and other DIY or small-scale builds.

Yes, a competent DIYer can install Kingspan insulated roof and wall panels. Our panels are designed to be straightforward to install, especially when using one of our complete Garden Room kits.

The panels are relatively lightweight, use a simple interlocking system, and are fixed mechanically — providing an immediate weathertight seal. Many customers successfully complete their builds with a small team, often finishing a garden room in less than a day.

Important safety warnings:..

Working with insulated panels — particularly on roofs — involves risks that must be taken seriously:

Working at height is dangerous. Always use proper scaffolding, edge protection, and fall prevention measures. Never work on a roof in windy, wet, or icy conditions.

Long panels can be awkward to handle, even though they are lightweight. Use correct lifting techniques and get assistance when needed.

When cutting panels, wear appropriate PPE including gloves, safety goggles, and a dust mask to protect against sharp edges and insulation dust.

Ensure the base or supporting structure is solid, level, and that panels are securely fixed to resist wind uplift.

If you are not experienced with roofing, working at height, or structural fixing, or if your project is large or complex, we strongly recommend using a professional installer.

We supply all the necessary fixings and accessories, and provide helpful installation videos and guidance. Our team is also happy to offer advice over the phone or email.

For larger roofs, commercial projects, or if you have any doubts about safety or technique, professional installation is the safest and most reliable choice..

Most of the tools required to install Kingspan insulated roof and wall panels are standard DIY equipment. The panels are designed for relatively straightforward mechanical fixing, so you won’t need any specialist machinery for most garden room, extension, or small building projects..

Essential Tools

Cordless drill/driver or impact driver — with the correct drive socket or bit for the panel screws (we sell Driving Socket Adapters specifically for this).
Circular saw — fitted with a fine-tooth blade suitable for cutting insulated panels and steel (this is the most common method our customers use).
Tape measure, spirit level, and chalk line (or laser level) — for accurate positioning and alignment.
Tin snips / aviation snips — for trimming flashings and edge trims. Sealant gun — for applying sealants at joints and flashings (we stock BR Sealant).
Rivet gun (if using stitcher fixings or rivets).

Recommended Additional Items

Screwdriver bits and sockets that match your fixings.
A Screw Fixing Pack (we sell these ready-made for our panels).
Panel lifting aids or suction cups (helpful for longer panels).
A vacuum or brush to keep the work area clean of metal swarf and dust.

Safety Equipment (Essential).
Always prioritise safety when working with panels, especially on roofs:

Safety goggles
Cut-resistant gloves
Dust mask or respirator
Hard hat
Safety boots
Proper access equipment (stable ladder, scaffold tower, or platform)
Fall protection / harness system when working at height

Never work on a roof in windy or wet conditions.

What We Recommend

We stock a range of DIY Building Tools and Accessories specifically chosen for installing our insulated panels, including:

Screw Fixing Packs
Driving Socket Adapters
BR Sealant
Stitcher fixings

Our complete Garden Room kits include the necessary fixings and accessories, so you only need the basic power tools listed above.

For the best results, we strongly recommend watching our step-by-step installation videos before you start. These show real customers and our team demonstrating the correct techniques for cutting and fixing the panels.

If you’re unsure about any part of the process or need advice on the right tools for your specific project, just contact our team — we’re happy to help.

Insulated panels are relatively straightforward to install when done correctly, but a few common mistakes can lead to leaks, reduced performance, or structural issues. Here are the most frequent problems we see and how to avoid them:.

Poor sealing at joints and flashings Not applying enough sealant or missing key areas (especially where panels meet flashings, ridges, eaves, or penetrations) is one of the biggest causes of leaks.
Avoid it by: Using a good quality sealant (such as our BR Sealant) generously at all joints and ensuring all flashings and edge trims are properly fitted and sealed..

Incorrect or insufficient fixings Using the wrong screws, wrong length, incorrect spacing, or over-tightening screws (which crushes the insulation and can create weak points).
Avoid it by: Using the correct panel fixing screws for your panel thickness and following the recommended fixing pattern. We sell ready-made Screw Fixing Packs and Driving Socket Adapters designed for our panels..

Not properly interlocking the panels Panels that are not fully clicked or slid together correctly can leave gaps that are difficult to seal later.
Avoid it by: Taking time to ensure each panel is fully engaged with the previous one along its full length before fixing..

Inadequate preparation of the base or supporting structure Installing on an uneven base, insufficient purlins/rafters, or not accounting for the required spans and fixings for wind uplift.
Avoid it by: Making sure your base is solid, level, and that the supporting framework meets the span tables for your chosen panel thickness..

Skipping or incorrectly installing flashings and edge trims Many leaks occur because ridge flashings, eaves closures, verge trims, or corner trims are missing, poorly fitted, or not sealed properly.
Avoid it by: Fitting all necessary flashings and trims as part of the installation — we stock a full range of compatible metal flashings and edge trims..

Cutting panels without proper support or the right tools Unsupported panels can bend or the cut can be inaccurate and jagged.
Avoid it by: Supporting the panel fully while cutting and using a circular saw with a suitable fine-tooth blade. Watch our installation videos for the correct technique..

Working in unsuitable weather conditions Strong wind makes handling large panels dangerous and increases the risk of damage or poor fixing.
Avoid it by: Only installing in calm conditions and always prioritising safety when working at height..

Following the manufacturer’s guidance, watching our step-by-step installation videos, and using the correct fixings and accessories from our DIY Building Tools & Accessories range will help you avoid most of these issues..

If you’re unsure about any part of your installation, feel free to contact our team — we’re happy to offer advice.

Yes, insulated panels can often be installed as an overlay on an existing roof, and it is a popular option when you want to improve insulation and weathertightness without stripping the old roof covering. This approach can save time and reduce disruption, as the new panels are fixed directly over the existing roof surface into the supporting structure below (usually purlins or rafters).

Important considerations before overlaying:

Structural strength — The existing roof structure must be capable of supporting the additional weight of the new insulated panels, fixings, and any increased wind or snow loads. For anything other than small, simple structures, we strongly recommend getting advice from a structural engineer or competent builder.

Condition of the existing roof — The roof should be reasonably flat, level, and structurally sound. Major damage, significant unevenness, or rotten timber should be repaired first.

Fixing method — You will need longer fixings that penetrate through the old roof covering and into the structural members below. Using the correct screws and fixing pattern is essential.

Flashings and detailing — All edges, ridges, eaves, verges, and penetrations must be properly finished with suitable flashings and sealants to prevent water ingress. We stock a full range of compatible metal flashings and edge trims.

Condensation risk — Overlaying can sometimes affect ventilation. In some cases, additional measures (such as a vapour control layer or improved ventilation) may be needed.

Building regulations and planning — Increasing the overall height of the roof or changing the appearance may require building regulations approval or planning permission, depending on your location and the size of the project.

Our recommendation:

Overlaying works well on many garages, outbuildings, and garden room-style structures when the existing roof is in good condition. However, for larger roofs or if you’re unsure about the structural integrity, we recommend speaking to a professional installer or structural engineer first.

We can supply the insulated panels, longer fixings, sealants, and all the flashings and trims you’ll need for an overlay project. If you tell us more about your existing roof (type, pitch, span, etc.), our team can advise on the best approach and suitable products.

Proper storage is important to protect your insulated panels from damage, moisture, before installation. Following these guidelines will help ensure they remain in good condition:

Keep panels off the ground — If possible, store panels on level timber bearers or pallets off the ground) to allow air circulation underneath and prevent contact with damp ground.

Store flat and supported — Lay panels flat and fully supported along their length. Avoid storing them on an angle or with large overhangs, as this can cause bending or distortion.

Protect from weather — Cover the panels with a waterproof tarpaulin or heavy-duty plastic sheeting. Ideally, allow some ventilation underneath the cover to reduce the risk of condensation building up between the panels.

Do not stack too high — Avoid stacking panels two high. Ensure stacks are stable and secure, especially in windy conditions.

Protect edges and corners — Be careful not to damage the edges or corners when moving or storing panels, as this can affect the weatherproof seal during installation.

Keep dry — Panels are OK in the wet, but if dry helps with the install. If panels do get wet, dry them thoroughly before installation.

Additional tips:

Store panels as close as possible to the installation area to minimise handling.
Never walk on or place heavy objects on stored panels.

Following these simple steps will help keep your panels in excellent condition ready for a smooth installation. If you have any questions about storage for your specific project, feel free to contact our team.

Long insulated panels (often 6m to 14m in length) require careful planning for delivery. Good preparation helps avoid delays, extra costs, or damage to your property.

Key things to prepare:

Vehicle access Ensure there is clear access for a large rigid or articulated lorry. Check the width of your driveway, gates, and any narrow points. Measure the height clearance under trees, branches, wires, or arches. The vehicle will need space to manoeuvre and, in many cases, to turn around.

Firm, level ground The delivery lorry is heavy. Soft ground, grass, or muddy driveways can cause the vehicle to get stuck. If your ground is soft, consider laying temporary trackway boards or sleepers in advance.

Clear unloading area Prepare a flat, level, and clear space where the panels can be unloaded safely. This should be as close as possible to where you plan to store or install them. Remove any obstacles, vehicles, or garden furniture from the area.

Overhead and side clearance Check for low-hanging branches, power lines, lamp posts, or building overhangs that could obstruct the lorry or the long panels during unloading.

Storage area ready Have timber bearers or pallets ready on a flat surface so the panels can be stored off the ground immediately after delivery (see our FAQ on panel storage).

Assisted Delivery We offer an assisted delivery service where the driver helps unload and place the panels (subject to safe access). This is very useful for long panels. However, this service is access-dependent — if the lorry cannot safely reach your site, you may need to arrange collection from our depot or alternative delivery arrangements.

Our recommendation Contact our team before placing your order (or as soon as possible after) and let us know:

Your postcode
Any access restrictions (narrow drive, low bridge, weight limit, etc.)
Photos of the access route if possible

We can then advise on the best delivery method and whether assisted delivery will be suitable. Our team will also call you to arrange a convenient delivery date once your order is ready.

Good preparation makes delivery much smoother and helps protect both your panels and your property.

Our Garden Room and Golf Simulator kits are designed to be as complete as possible for straightforward DIY installation. While the exact contents can vary slightly depending on the model and size, here’s what is typically included:

Usually Included:

Insulated wall panels (QuadCore)
Insulated roof panels (QuadCore)
Floor panels (on most kits)
Full fixing kit — including all necessary panel fixing screws and stitcher fixings
Flashings and edge trims — ridge, eaves, verge, corner, and perimeter trims in the chosen colour
Sealants — high-performance sealant for joints and flashings
Perimeter base channel — for securing the building to the base and providing wind uplift resistance
Driver Socket Adapter — Required to screw fixings
Rivit Tool — Tool to fit rivits to the building
Straps — Cargo straps used during the build
Instructions — How to build, drawings showing panel positions and fixing details.

Not Included:

The solid, level base (concrete slab, paving, or suitable foundation) — this must be prepared by you or your builder beforehand
Windows and doors
Power tools
Other DIY Tools not listed
Internal lining, electrics, heating, or finishing materials
Any groundworks or drainage

Additional Support

Every kit comes with access to our helpful installation videos and guidance. Our team is also available to answer questions during your build.

Tip: Because kit contents can vary depending on the specific model and options chosen, we recommend checking the exact specification on the product page for the kit you’re interested in. Alternatively, contact our team and we’ll happily confirm exactly what’s included in your chosen kit and answer any questions about the build.

Yes, well-insulated garden rooms built with high-performance panels like our QuadCore range are very suitable for year-round use as home offices, studios, gyms, or even habitable spaces, provided they are properly specified and installed.

Why they work well for year-round use:

Excellent thermal performance — Our QuadCore insulated panels offer very low U-values, keeping the space warm in winter and cool in summer with relatively low energy use.
Airtight construction — The interlocking panel system creates a well-sealed building envelope, which helps maintain comfortable temperatures and reduces running costs.
Quick to heat — Because of the high insulation levels, the internal space warms up quickly and retains heat effectively.
Versatile finish — You can add internal plasterboard lining over timber battens for a more traditional room finish, and install electrics and heating as required.

Important considerations:

Building Regulations — If the garden room will be used as a habitable space or as a permanent workspace, it may need to comply with Building Regulations (particularly for insulation, ventilation, electrics, and fire safety). We recommend checking with your local Building Control department.
Planning Permission — Most garden rooms fall under Permitted Development, but there are size and positioning limits. Always confirm with your local planning authority.
Heating — Electric panel heaters, infrared heating, or low-surface-temperature radiators work very well. We do not recommend solid fuel or log burners.
Electrics — Any electrical installation should be carried out by a qualified electrician and must comply with current regulations.
Ventilation & Condensation — While the panels perform very well, good ventilation and proper detailing (especially around windows, doors, and penetrations) are important for long-term comfort.
Base — A solid, level, and properly insulated base is essential for year-round comfort and to prevent damp issues.

Summary

For home offices, studios, or occasional habitable use, our garden room kits are an excellent choice and perform very well throughout the year. For full residential use (such as a self-contained annexe with bathroom facilities), we recommend speaking to your local authority and possibly a building professional to ensure full compliance.

If you’re planning to use your garden room year-round, feel free to contact our team. We can advise on the best panel thickness and specification for your intended use.

Insulated panels (such as our QuadCore range) for agricultural buildings is very common because they are quick to erect, durable, low-maintenance, and offer excellent thermal performance.However, planning and Building Regulation requirements depend on the size, location, and intended use of the building.

Planning Permission

Many agricultural buildings benefit from Permitted Development Rights. If your farm is 5 hectares (approximately 12 acres) or larger, you can often erect, extend, or alter agricultural buildings without needing full planning permission, provided certain limits on size and height are met.

Larger buildings, or those in sensitive areas (e.g. Green Belt, Areas of Outstanding Natural Beauty, or near listed buildings), may require a full planning application or Prior Approval.

Changes of use (for example, converting an agricultural building to commercial, storage, or residential use) are subject to different permitted development rules (such as Class R or Class Q) and often need Prior Approval.

We always recommend checking with your

Local Planning Authority early in the process, as rules can vary by location.

Building Regulations

Agricultural buildings are frequently exempt from full Building Regulations if they are:

Used solely for agriculture
Not used as a dwelling
Not located within 1.5 times their own height of a building containing sleeping accommodation
Not used for retailing, packing, or public exhibition

However, Building Regulations (or parts of them) may still apply in the following situations:

The building contains offices, welfare facilities, or areas regularly occupied by people
It is used for certain types of livestock housing
It stores hazardous materials
Thermal performance requirements (Part L) apply in some cases

Where Building Regulations do apply, using high-performance insulated panels like QuadCore can help meet thermal efficiency standards more easily.

Our Recommendation

Because every project is different, we strongly advise speaking to your Local Planning Authority and Building Control department before starting work. They can confirm exactly what permissions or approvals are needed for your specific building and location.
Our team can provide technical specifications, U-values, and fire performance data for our panels to support any planning or Building Regulation applications you may need to make.

If you tell us more about the size and intended use of your agricultural building, we’re happy to offer guidance on suitable panel specifications.

Our insulated panels have a clean internal steel liner, but most customers choose to add an internal lining for a more traditional, comfortable, and professional finish. Here are the most popular and effective options:

Recommended Option: Plasterboard on Timber Battens

This is the most common and best-performing solution for year-round garden rooms and offices:

Fix timber battens (typically 25mm or 38mm deep) vertically to the internal face of the panels.
Fix plasterboard (standard 12.5mm or insulated plasterboard for extra performance) to the battens.
Tape and joint the plasterboard, then decorate as normal (paint or wallpaper).

Advantages:

Creates a smooth, high-quality internal finish
Provides a service void behind the plasterboard for running electrics and data cables neatly
Improves the overall appearance and comfort of the space
Allows you to add extra insulation if using insulated plasterboard

Other Popular Finishing Options

Our Recommendation

For most garden rooms used as offices, studios, or habitable spaces, we recommend plasterboard fixed to timber battens. This gives the best long-term finish, makes electrical installation much easier, and allows you to achieve a high-quality internal appearance.

You can also combine options — for example, plasterboard on most walls with a timber feature wall.

Additional Tips

Use treated timber battens and fix them securely into the panel ribs or using appropriate fixings.
Consider using insulated plasterboard if you want to improve thermal performance even further.
Make sure any electrical work is carried out by a qualified electrician. Good ventilation and proper detailing around windows and doors will help prevent condensation.

The Golf Room is an excellent environment for indoor golf simulators. Its insulated panels create a controlled space with consistent temperature, lighting, and acoustics — making it ideal for most modern golf tracking systems.

You can use virtually all popular launch monitors and ball flight tracking equipment inside the Golf Room. The most common options fall into two main categories:

Photometric (Camera-Based) Systems These use high-speed cameras to track the ball and club. They generally perform very well indoors.
Doppler Radar Systems These use radar technology to track the ball in flight.

Other Useful Equipment Often Used Alongside Trackers

Putting analysis systems
Swing analysis sensors
Impact screens & projectors — Most Golf Room customers pair their tracker with a high-quality impact screen and short-throw projector.

Important Considerations for Your Golf Room

Space requirements vary between systems. Some need less depth, while others perform best with more room behind the ball. Most systems can be ceiling-mounted or used with floor stands — both work well in the Golf Room.

The insulated panels help maintain consistent conditions, which improves the accuracy and reliability of the tracking equipment.

Lighting can be important — some camera-based systems prefer controlled lighting (which is easy to achieve in the Golf Room).

While many of our Garden Room and Golf Room kits are designed to be straightforward for competent DIYers, we do not recommend DIY installation for some of our Golf Room models — particularly those with pitched roofs.

Why pitched roof Golf Rooms are not suitable for DIY:

Pitched roofs are significantly more complex and dangerous to install than our standard low-pitch or flat roof designs. Building at height on a sloped roof requires:

Specialist access equipment (such as scaffolding or roof ladders)
Proper fall protection and safety systems
Experience working at height and with roofing techniques
Knowledge of correct fixing methods to ensure the roof is fully weatherproof and structurally sound

Even experienced DIYers often do not have the necessary equipment or insurance to safely and correctly install a pitched roof. Attempting to do so without the right skills and safety measures carries a high risk of injury or a poor-quality finish that could lead to leaks in the future.

Our recommendation:

For Golf Rooms with pitched roofs, we strongly advise using a professional installer or roofing contractor. This ensures the build is completed safely, to a high standard, and in line with building regulations where applicable.

Our flat or low-pitch Golf Room kits remain popular choices for competent DIYers and can usually be installed without specialist roofing equipment. If you’re unsure which type of Golf Room would be best for your situation, or if you’d like us to recommend suitable professional installers in your area, just let us know the size and style you’re considering. We’re happy to help you choose the right option for your needs and experience level.

We’re happy to provide quotes for larger projects, bulk orders, or custom requirements that go beyond our standard kits.

How to request a quote:

The quickest and easiest way is to contact our team directly using one of the following methods:

Contact form on our website (recommended)
Email us at info@insulatedpanelstore.co.uk
Call us on 01352 762266 (Limited to openning hours)

What information helps us give you an accurate quote:

To provide you with the best possible quote quickly, please include as much of the following as you can:

The approximate size of the project (length × width)
Type of panels required (roof, wall, or both)
Panel thickness needed (e.g. 40mm, 80mm, 100mm, etc.)
Quantity of panels (if known)
Any specific requirements (e.g. custom lengths, colour, cut-outs, or flashings)
Your location (for delivery cost estimates)
What is the project this is for a; Garden Room, Golf Room, agricultural building, or another project.
Included drawing for roof or wall area and photos of the area is also useful.

Once we receive your enquiry, a member of our team will usually get back to you within 1 working day with a detailed quote and any recommendations.

Need help planning your project?

If you’re not sure exactly what you need, that’s fine too. Just tell us what you’re trying to build and we’ll guide you through the options and suggest the most suitable panels and accessories.

You can also request a custom cutting service quote if you need panels cut to specific sizes.

We look forward to helping with your project!

Our insulated panels provide moderate to good sound insulation for most garden room, office, and golf room applications. They perform significantly better than single-skin metal or thin timber structures, but they are not specialist acoustic panels.

Typical Performance

Standard insulated panels (such as our QuadCore KS1000 series) generally achieve a weighted sound reduction (Rw) of around 25–30 dB, depending on panel thickness and how they are installed.

Thicker panels (e.g. 80mm and above) offer better sound insulation than thinner ones.

They are particularly effective at reducing impact noise, such as rain on the roof, which is a common complaint with traditional metal or polycarbonate roofs.

How to Improve Sound Insulation

Many customers choose to add an internal lining, which makes a noticeable difference to acoustics:

Fixing plasterboard on timber battens is the most popular upgrade. This can significantly improve sound reduction and also creates a service void for electrics. Using insulated plasterboard provides even better thermal and acoustic performance. Adding acoustic insulation (such as mineral wool) between the battens can further enhance soundproofing if required.

Real-World Performance in Our Rooms

Golf Rooms: The panels do a good job of containing the sound of club strikes and ball impacts, while also reducing external noise entering the space.

Garden Rooms & Offices: They provide a comfortable level of sound insulation for working or relaxing. Most customers find the performance perfectly acceptable for normal use once the room is lined internally.

Important Note

If you need very high levels of sound insulation (for example, a music studio, home cinema, or a room next to a very noisy environment), our panels alone may not be sufficient. In these cases, we recommend combining the panels with additional acoustic treatments or consulting a specialist. Would you like advice on the best way to improve acoustics in your specific project? Just let us know the intended use of the room and we’ll be happy to make recommendations.