Replacement uPVC windows and doors are proposed for the elevations of Flats A and B at 48 Marsala Road.

This application proposes the replacement of existing windows with double-glazed uPVC units and the installation of new composite and uPVC doors across the elevations of the flats.

This application proposes the refurbishment and extension of an existing dwellinghouse, featuring a lower ground floor rear extension, a rear terrace, front and rear roof alterations, and sustainability upgrades including solar panels and a heat pump. Additional works involve window and door replacements, front garden landscaping, and the installation of boundary treatments and refuse storage.

Proposals involve the construction of a single storey rear extension to the existing property along with associated works.

An application has been made for the construction of a single storey rear extension, projecting 4.5 metres with a maximum height of 3.3 metres.

Permission is sought to demolish an existing single storey extension and build a new single storey rear extension.

Application for a lawful development certificate for a proposed replacement rear roof extension and the removal of chimneys.

A lawful development certificate is sought for a rear dormer roof extension and the installation of rooflights in the front roof slope.

Proposals include a wrap-around extension, rear roof dormer, installation of a heat pump, rooflights, and associated landscaping with a front boundary wall and bin store.

Proposal to install replacement timber sash and casement windows to the front elevation, alongside new timber windows and doors on the rear elevation.

Proposal to install replacement timber sash and casement windows and doors to the front and rear elevations of the flats.

Replacement of timber sash and casement windows on the front elevation, along with new timber windows and doors at the rear.

This application proposes the replacement of existing windows with double-glazed uPVC units and the installation of new composite and uPVC doors across the elevations of the flats.