Brewers Hill, Dunstable
Brewers Hill, a residential scheme in Dunstable, has had metroSTOR external storage units installed throughout the new development. Utilising a brownfield site close to the town centre, this new development has provided Dunstable with much-needed affordable housing.
With sustainable infrastructure a key consideration, metroSTOR PCR Modular Cycle Lockers enable residents to take advantage of sustainable forms of transport with the assurance of easily accessible and secure storage at home. The metroSTOR PTR Garden Storage Lockers help residents secure their bins to reduce fire risk, making it easy for them to recycle properly and minimise waste.
Main Contractor Lovell Partnerships has installed over 50 of the metroSTOR external storage units at Brewers Hill, consisting of 12 garden storage lockers and 38 Bike Lockers. Providing valuable external storage capacity for residents, both products are design coordinated ensuring bin and cycle storage achieve the desired aesthetic continuity.
There are significant advantages to the modular design and off-site manufacture of metroSTOR external storage units. The availability of skilled trades, coupled with increasing costs of building materials, drives contractors and specifiers to carefully weigh options in terms of cost and lead time. The bin and cycle stores had been designed as masonry and timber construction on the Brewers Hill scheme, but Lovell Partnerships opted for metroSTOR PTR and PCR storage units with the substantial cost savings that could be achieved from a modular product system.
The all-steel construction of metroSTOR bike lockers, with internal security fixings and high specification locking mechanisms minimises the risk of theft. Integral sliding doors on both bin and cycle stores ensure the minimum operational footprint is achieved. metroSTOR garden locker follow an identical design format, featuring the same low-profile design form with premium colour coated steel cassette panels to integrate with the modern architecture of the scheme.