Keepmoat - Farington Mews (Phase 2)

Leyland

Provision of HAKI system scaffolding integrated with loading bays and HAKI staircases to support the construction of traditional and timber-frame new-build homes.

Farington Mews is a flagship development by Keepmoat, spanning 46 acres on the northern part of Farington Moss, Leyland, Lancashire. The overall delivery of 521 homes is scheduled to be finished in 2030. With Phase One nearing completion in building 309 homes, Phase Two, located on Croston Road, commenced in November 2025 to construct the remaining 212 homes. 18 properties in Phase Two are allocated for affordable housing managed by Onward Homes, one of the largest registered providers of social housing based solely in the North West of England. This partnership will help local people in the area seek affordable rent options and provide opportunities to step on the property ladder with shared ownership.

To help reduce overall energy consumption by 65% when compared to an average older property, Keepmoat has incorporated advanced energy-saving features, including PV panels, EV charging points, advanced insulation, high-performance double glazing, and efficient boilers, in some of the homes. All dwellers will benefit from modern homes surrounded by green open countryside, and properties are fitted with high-specification kitchens and bathrooms to support flexible living.

contract scaffolding service with HAKI system scaffold to support new build housing Leyland, Lancashire North West

Project Summary

To support Keepmoat in delivering Phase 2 of the residential housing development forming part of the wider South Ribble masterplan at Farington Moss, we have erected scaffolding up to three lifts high using the HAKI system, and then we installed gable-end hop-ups to provide access to roof areas in preparation for constructing a mix of traditional and timber-frame new-build homes ranging from two- to four-bedroom properties. The envelope scaffolds erected around plots incorporate HAKI loading bays to ensure the safe and efficient delivery of materials, while attached plastic rubble chutes and hoppers enable rapid waste removal from work areas. HAKI staircases further enhance efficiency during the construction and fit-out stages by allowing scheduled trades, including bricklayers and glaziers, to safely access all working levels.

The UK government remains committed to reducing the national shortage of new homes and actively encourages the use of modern methods of construction, such as timber-frame systems and offsite manufacturing. As a result, many housebuilders are transitioning from traditional brick-and-block techniques to more innovative approaches such as timber-frame kit construction to improve on-site efficiency and accelerate build times.

The HAKI modular scaffolding system is ideally suited to support this shift and is particularly effective for fast-paced new-build projects. Its unique, quick, and straightforward hook-on assembly method can increase on-site productivity by up to 60% compared with conventional tube-and-fitting scaffolding, which is typically installed one lift at a time to progressively support bricklayers and other trades.

All scaffold structures have been erected in full compliance with TG:20.

Enigma-is Part 2 Scaffolder Marcus Devenport supported the client from initial mobilisation at the start of Phase One through to Phase Two, helping to ensure efficient project delivery and consistent on-site service for the site manager. Marcus also provided valuable support to Enigma Apprentice Scaffolder Lennie Lake, helping him gain practical experience and further develop his skills within the industry while working on-site.

Value Engineering

To support the phased build programme and keep the overall project delivery on schedule, Enigma’s operational team worked closely with the client to organise scaffold erection/dismantling requirements, as well as scaffold material logistics. HAKI Universal System Scaffolding is ideal for better supporting modern methods of construction and improving on-site safety.