Elegant wall-mounted pyramid greenhouse

Made-to-measure masonry base

Choose brick, natural stone, concrete or render to suit house and garden

Striking pyramid roof

Roof apex approximately 2.64–2.69 m, depending on footprint

Flexible glazing

Polycarbonate or 4 mm toughened safety glass

RAL colour choice

Match the frame colour to masonry and façade

Exact footprint

Transfer the confirmed external dimensions to the site and check right angles and diagonals. Mark the door side, nearby paths, beds and drainage areas at the same time. This lets you check space requirements and connections before excavation begins.

Door opening

Allow a clear, straight movement area in front of the door. A wheelbarrow, plant containers and work materials must move in and out easily; side shelving or beds must not restrict the passage or sliding area of the door.

Corners and junctions

Plan corners, door reveals and wall capping continuously so that no projecting edges hinder installation or later cleaning.

Drainage

When setting out, check where rainwater flows across the property. Arrange the door side, adjoining surfaces and any proposed storage tank so that the base is not in a low point and maintenance routes remain clear.

Square and extended footprints

Roof apex approx. 2.69 m; wall height approx. 1.93 m; door height approx. 1.85 m

Roof apex approx. 2.64 m; wall height approx. 1.93 m; door height approx. 1.85 m

Roof apex approx. 2.69 m; wall height approx. 1.93 m; door height approx. 1.85 m

Polycarbonate or 4 mm toughened safety glass

Powder-coated aluminium frame with sliding doors, integrated gutters and a precisely planned connection to the site-built masonry base. The construction is designed for a wind speed of 30 m/s and a snow load of 210 kg/m². It requires a suitable load-bearing substructure and professional installation; foundations and masonry must be planned for the site.

Brick, natural stone, render or exposed concrete

Also consider how easily visible surfaces can be cleaned and repaired if necessary. Workmanship at door reveals, corners and wall caps should suit the selected material so that these highly visible areas continue to look neat over time.

Several visible edges meet at external corners and door reveals. Consistent joint lines, neatly finished caps and coordinated surface junctions are especially important there. Treat these areas as design focal points.

The height and lines of adjoining paths and beds influence how prominent the base appears. Continuous paving edges and clearly defined planting areas frame the structure; deliberate spacing lets masonry and frame remain recognisable as a coherent piece of architecture.

Door opening and floor junction

The masonry opening must fit the confirmed sliding door exactly. Set the width, height, side masonry connections and frame position before work begins. For double sliding doors, first confirm that wall width and chosen model are compatible. Later widening can damage the wall bond, finish and floor connection.

Internal floor, threshold and external path should meet without unexpected level changes. The finished build-up height, including base layers and surface finish, is decisive. Any structurally required threshold must be considered from the outset. A straight, adequately wide approach is especially practical for heavy pots or a wheelbarrow.

At the doorway, finish joints, edges and paving connections so that no unevenness projects into the sliding zone. Fixed fittings should remain sufficiently clear of the door track.

Internal floor and usable area

A robust, easy-care internal floor makes watering, potting and cleaning easier. Materials, substructure and joints must suit regularly damp use and should not encourage uncontrolled water pooling. Loose soil is easier to remove from a continuous surface than from hard-to-reach voids. Smooth finishes should still provide adequate grip for work in wet shoes.

Stone, paving or other suitable finishes can be coordinated visually with the masonry base. Do not fill the usable area entirely with fixed fittings: a clear central zone helps you turn with plant containers, clean the glazing inside and reach beneath roof surfaces. For direct planting in the ground, clearly separate growing areas and firm paths from the start.

Place frequently used work areas close to the door, water point and material storage where possible. This shortens routes for potting and watering without permanently occupying the open centre.

Frost and foundations

The low wall needs a load-bearing substructure suited to soil conditions and local frost depth. Made ground, slopes, clay soils or previous building work can affect the foundation. The construction must therefore be planned for the specific property; generic solutions are not enough.

Movement from frost or uneven settlement can alter the level bearing surface for the aluminium structure. Plan foundation and wall as connected elements. Where soil conditions are uncertain, obtain professional assessment before permanent masonry is built.

When planning the foundation, also allow for final levels of ground, paths and beds so that connections around the base can be made as intended.

Rainwater

Integrated gutters direct rainwater away from the masonry base. Their outlets must remain accessible and must not disappear behind dense planting or fixed fittings. Decide in the external layout whether water will be directed onward, collected or led to suitable drainage. Short, accessible pipe runs make cleaning easier.

A rain barrel or suitable tank can make collected water available for watering plants. The container needs a stable location without blocking maintenance routes. A lid keeps debris out, while a planned overflow prevents a full tank from spilling directly beside the base or door. Follow the tank manufacturer's instructions for frost periods.

Overflowing water must not collect against the masonry or in lower paved areas. A controlled outfall protects adjoining components.

Tall plants in the roof space

Climbing plants and larger specimens have room beneath the high centre of the pyramid roof. Plan supports early, without using the frame, vents or glazing as support. Freestanding or purpose-designed climbing structures guide shoots and can be removed when crops change.

A scale interior sketch shows where mature plants have sufficient height without narrowing paths. Include containers, saucers, planting tables and climbing supports. Compact crops usually suit edge areas, while upright plants can use the higher space in the middle.

Position tall plants so their containers remain accessible for turning, watering and removal. Available height alone does not determine whether an interior location is practical.

Summer ventilation

The high pyramid roof provides substantial air volume but cannot prevent overheating on sunny days. Warm air must be able to escape through the intended openings while cooler air enters through the door and other ventilation routes. When and for how long to ventilate depends on weather and the plants inside.

Roof vents and sliding door should allow unrestricted air exchange. Climbing shoots, tall plants and fittings must not block these routes. Leave enough space between shelving and transparent surfaces for air to circulate and for condensation or plant debris to remain visible and accessible.

In strong sunshine, temporary shading can protect sensitive plants and make the space more comfortable. It must not interfere with vents, sliding doors or frame. An adjustable solution is more practical than permanent shading because light requirements change with season and planting.

Who is the masonry-base version for?

This version suits a long-term fixed location where the base is intended as part of the garden design. If the greenhouse is likely to be moved later, take the permanent substructure carefully into account.

Mark the proposed top level of the base at the site as a trial. This helps you assess before construction which garden areas will be screened, how the proportions look from seated height and whether the enclosed zone suits the intended use.

The project includes planning and construction of the foundation, masonry and floor connections as well as the greenhouse. The base version therefore suits projects where these trades can be coordinated in timing and expertise.

Electricity and water

It is best to prepare water supply, irrigation and lighting before the wall and floor are complete. First decide which connections are genuinely required and where they will be easy to use. A tap behind a raised bed or socket in a narrow doorway would later be impractical. Service routes must not interrupt the greenhouse bearing surface.

Conduits allow concealed service routes and easier future additions without opening finished masonry. Their endpoints should be marked, accessible and protected against soil or water. Record route and purpose on a sketch so concealed services are not damaged during later drilling or fixing work.

Water installations must be completed professionally, and electrical work should be handled by a registered local electrical contractor who confirms equipment suitability, protection, inspection, testing and any applicable Certificate of Compliance documentation. Electrical components must suit the location and be protected while watering or cleaning. Extension leads across walkways are unsuitable as a permanent solution. Water pipes should be isolatable and accessible for seasonal use.

Shelves, worktables and raised beds

Worktables, shelving and raised planting areas can be arranged neatly along the masonry base. Match their dimensions to the door opening, paths and reach when watering. Excessively deep surfaces make rear pots and cleaning difficult; working height depends on whether the area is used for sowing, potting or simply placing plants.

Avoid creating a permanently damp, inaccessible zone between furniture and wall. Open bases make inspection and cleaning easier. Heavy supplies can be stored on stable lower levels, while frequently used tools can remain readily accessible.

Tall or heavily loaded fittings must stand securely on the intended floor and must not lean against glazing or frame. Position them so that the area behind can still be checked and cleaned.

Care of frame, glazing and masonry

Clean from top to bottom so loosened deposits do not fall onto areas already cleaned. Keep gutter outlets clear while working, then remove debris from wall caps and floor junctions as well. Follow the care advice for each material.

Keep the sliding-door track free of soil, leaves and plant debris so the door can operate without obstruction.

Check wall joints, surfaces and transitions regularly for cracks, loose material or persistently damp areas. Use gentle cleaning methods that do not attack the coating, glazing or joints. Remove deposits from gutters before they obstruct water flow.

Use through the seasons

In spring, the interior offers space for sowing and young plants. Clean tables and shelving before moving plants in so old plant matter does not remain in hard-to-reach niches. Even at low outdoor temperatures, clear days can warm the space quickly; ventilation and water supply should therefore already be working.

In summer, many crops take up more space than in spring. Harvesting, tying in and pruning should be possible without continually placing containers in the doorway. Keep a small work zone clear for these ongoing tasks and remove plant debris promptly.

In autumn, more room is often needed for sensitive container plants. Before moving them in, check light needs, plant condition and possible pest infestation. Movable containers and shelving make rearrangement easier. Gutters, door track and glazing can also be checked before wet weather makes work harder.

Pyramid greenhouse on masonry base

A fully freestanding greenhouse on a low wall built on site. This version suits projects where the base material, garden paths and frame colour are deliberately coordinated, and where the additional work for foundation and dimensionally accurate masonry is planned.

Standard pyramid greenhouse

In this version, aluminium profiles and glazing extend to the lower area. It therefore appears lighter and more transparent; an individually built masonry base is not included. Choose the base version instead if you want an enclosed lower zone or a visual continuation of existing masonry materials.

Lean-to greenhouse

A lean-to greenhouse uses an existing building wall and has a one-sided roof form. Its location, connection and light are influenced by the house wall. It is not another name for the freestanding pyramid model on a masonry base, but a different greenhouse type.

Document the configuration

Record the chosen size, glazing, frame colour and door position in one agreed plan revision. Give this revision to everyone involved and do not replace it with older drawings for the foundation, masonry or installation.

Define responsibilities

Decide who will plan, carry out and inspect the foundation, masonry, floor, drainage and, where needed, services. Also identify interfaces with greenhouse installation so responsibility for wall top, door opening and gutter outlets is clear.

Approve interfaces

Before work begins, check together that levels, connections, service routes and accessibility match the same plan revision. Existing underground services must also be considered. Resolve open points before excavation or masonry creates irreversible constraints.

Prepare installation

After the completed base has been inspected, coordinate delivery, storage and installation sequence. Assemble the frame in line with the installation instructions; keep glazing and roof components protected until fitting and handle them carefully.