Caddick Newcastle self storage facility: design and sustainability notes for engineers
Reviewed by Joe Ashwell
First reported on The Construction Index
30 Second Briefing
Caddick Construction has been appointed principal contractor to design and build a four-storey Big Yellow Self Storage facility on Scotswood Road, Newcastle, providing 60,000 net sq ft of internal storage plus customer loading bays, staff welfare, office and reception areas. The scheme includes roof-mounted solar PV, on-site battery storage, car parking, landscaping and external works, and is targeting BREEAM ‘Very Good’ on completion in summer 2027. The contract forms part of Caddick’s £127m regional workload since opening its Durham office in 2025, alongside projects such as the DPD parcel hub at Newton Aycliffe.
Technical Brief
- Appointment as principal contractor gives Caddick single-point responsibility for design coordination and buildability.
- Scheme is Big Yellow’s second Newcastle facility, implying networked demand and shared operational standards.
- Mixed-use internal layout requires structural grids accommodating storage units, circulation and office loading variations.
- Customer loading bays will drive pavement design for repeated van/light truck axle loads and tight manoeuvres.
- Roof PV and on-site batteries necessitate coordinated roof loading checks and dedicated plant zones.
- BREEAM ‘Very Good’ target will influence fabric performance, airtightness, water use and construction waste management.
- Scotswood Road urban setting implies constrained access, traffic management planning and phased external works.
Our Take
Caddick Construction’s Newcastle self storage job sits alongside its £25m Melbury Court student scheme in Durham and the fully electric ‘room2 hometel’ in Leeds, signalling that the Yorkshire & North East arm is building a mixed portfolio of logistics, residential and low‑carbon commercial work across the region.
Within our 923 Infrastructure stories, Caddick appears frequently in ‘Projects’ and ‘Contract Award’ items, indicating it is becoming a recurring mid‑tier main contractor on urban regeneration and logistics schemes in UK regional cities rather than being confined to a single geography.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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