In extensive and idyllic grounds near Wimborne, and once home to the Holy Cross Abbey order of Cistercian Trappist nuns, the historic nineteenth century Grade II listed Stapehill Abbey underwent a restoration and conversion into 22 homes while a further 25 have been built in the grounds.

This new housing development in Tutshill, Gloucestershire; is the village where JK Rowling spent her childhood and which inspired many Harry Potter books.

This small development of six new build homes in the grounds of a former hospital in Alloa has proven it can deal with the harshest of Scotland’s wet weather thanks to the proven performance and durability of the Deepstyle 115mm rainwater system.

As part of a long-term restoration scheme to help fund the conservation of historic Grade I and Grade II listed buildings within the estate, the first phase has seen home builder Miller Homes install the Cascade cast iron style rainwater system on 64 new properties for the new Eastern Village.

Housebuilder St George required a high-capacity downpipe system that would offer exceptional drainage efficiency for the large roof areas of Beaufort Park's apartment buildings and Cascade was chosen for this landmark north west London project.

Featuring four luxury homes, this small development near the Cornish town of St Agnes were finished with the Deepstyle 115mm rainwater system in Anthracite Grey to match the windows and doors.

The rural Cotswolds countryside inspired the design and finish of these luxury homes in Gloucestershire needed that finishing touch to conform to the style of traditional buildings within the rural Cotswold landscape, the Cascade cast iron style rainwater system met the requirement.

When this former riding stable was converted into three luxury homes, the builder specified the Deepstyle 170mm super sized gutter to ensure water was efficiently drained from its cedar roof, whilst the 105mm round downpipes also add to the features of this timber framed building.

The restoration of Grade II listed Showers Farm in the heart of historical Kingsland, Herefordshire required a sympathetic rainwater solution. The Cascade 112mm Roundstyle gutter and 68mm round downpipes were specified to blend perfectly with the historical surroundings.

Dating back to 1813 this Grade II Listed windmill is a truly unique building and has faced many challenges in its lifetime. Having been painstakingly restored it boasts some modern materials that have been selected to sit alongside traditional materials, including the Cascade cast iron style rainwater and soil systems.

This Grade II Listed building required a modern cast iron effect soil system during its conversion to 12 luxury apartments. Brett Martin's Cascade cast iron effect soil system complemented the traditional cast iron guttering perfectly.

Planning officers approved the use of Cascade for the renovation of this Grade II Listed building near Dudley.

As part of a housing renewal initiative to restore and improve these Knutton Village terrace homes with original features, the Cascade cast iron effect rainwater system was installed.

Heritage styling was central to the design and Cascade was chosen for the replica Oast house and other homes.

The Cascade cast iron effect rainwater system was installed at this nine home development in Hampshire, providing the developer with the right balance between aesthetics, long term performance and cost-effectiveness.

The specification of a rainwater system at a development of luxury homes and for the conversion of a Grade II listed school into apartments in South East London had to not only meet the aesthetic requirements of the developer but also had to provide exceptional performance and ease of installation to match - Brett Martin’s Cascade Cast Iron Style Rainwater System met the challenge.

At the redevelopment of a former railway works in Ashford, Kent, the installation of Cascade Rainwater Systems from Brett Martin Plumbing & Drainage has helped to blend the past, present and future.

Cascade was the perfect heritage inspired rainwater system for the transformation of these significant buildings into residential homes.