Client: Panattoni Panattoni Park Swindon is a major £700 million logistics redevelopment on the site of the former Honda manufacturing plant in South Marston. Spanning 370 acres, it is one of the UK’s largest brownfield developments, transforming the site into a modern logistics and manufacturing hub. The project will deliver 7.2 million square feet of industrial space, including high-spec units designed for sustainability, with BREEAM “Excellent” ratings. Once complete, Panattoni Park is expected to generate around 7,000 jobs, boosting the local economy. Services we provided Civil & Infrastructure Engineering Geotechnical & Ground Engineering Ground Investigation & Land Quality Structural Engineering Transport Planning & Traffic Engineering Water Engineering & Flood Risk Our Role BWB Consulting provided a comprehensive range of services for Panattoni Park Swindon, including civil and structural engineering, ground engineering solutions, and transport planning. Our work began with an in-depth site assessment to understand the specific ground conditions and develop tailored remediation and foundation strategies. In-depth assessment Our work began with an in-depth site assessment to understand the specific ground conditions and develop tailored remediation and foundation strategies. We employed innovative engineering techniques to ensure stability and durability, making the site suitable for large-scale industrial operations. Highways expertise Our team also led the Section 278 Highway works, collaborating closely with local authorities to ensure the site’s connectivity to surrounding roads and transport networks. This included developing traffic impact assessments and designing road layouts that optimised access and minimised disruption. Restored brook BWB led the design and delivery of the deculverting and restoration of Kingsdown Brook. Our design reinstated approximately 900 metres of open watercourse, carefully shaped using hydraulic and geomorphological principles to replicate natural flow behaviour, erosion and deposition patterns. We worked with specialist hydro-geotechnical input and historic mapping to understand the original river alignment and inform a resilient, future-proof channel design.