Barking Road Project: Daylight, Sunlight & Overshadowing Report

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Syntegra Consulting Ltd have been appointed as daylight modelling consultants to produce a Daylight, Sunlight & Overshadowing Report for the proposed development which involves the demolition of existing single-storey properties and commercial areas and erection of a four-storey building including 20 residential units at 450-462 Barking Road, East Ham, London E13.

It assesses the daylight, sunlight and overshadowing effect of the proposed development on the surrounding buildings, and specifically focuses on the facades of the houses at 413, 415, 417, 419, 421, 425, 427, 429 and 430 Barking Road. The assessment is undertaken in accordance with BRE 209 Digest: Site Layout Planning For Daylight and Sunlight – A Guide to Good Practice.

 

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What is a Daylight, Sunlight & Overshadowing Report and why is it required?

1 What is a Daylight, Sunlight & Overshadowing Report?

A Daylight, Sunlight & Overshadowing Report is an assessment conducted to evaluate the impact of a proposed development on the natural light conditions of surrounding properties and the new building itself. It is a key component often required during the planning process for new constructions or significant alterations.

2 Why might a Daylight, Sunlight & Overshadowing Report be required for a development project?

These reports are frequently required as part of planning applications to demonstrate that a proposed development will not cause undue loss of daylight or sunlight to adjacent buildings or create excessive overshadowing. They help ensure compliance with local planning policies and maintain amenity for residents and occupants.

3 What types of projects typically require a Daylight and Sunlight Assessment?

Based on the range of projects Syntegra Group handles, including Commercial and Offices, Education, Healthcare, Residential, and Mixed Use developments, these reports are beneficial for various new build or extension projects. They are particularly crucial in dense urban environments to assess and mitigate potential light impacts.