Description
Panther Logistics Park offers six brand-new multi-let warehouse units totalling 155,600 sq ft (14,455 sq m). Each unit has been carefully designed to deliver operational flexibility, efficiency, and sustainability ensuring a future-proof environment for logistics and industrial occupiers.
The development provides Grade A warehouse and office accommodation, secure yards, generous parking and clear eaves height suitable for high-volume storage. Every detail, from material choice to layout design, supports modern operational needs with an emphasis on performance and precision.
Planning has been submitted and the scheme will be available for occupation from H1 2027.
Location
Panther Logistics Park is perfectly located in Sandy, Bedfordshire (SG19 2AG) at the heart of the UK’s distribution network. With quick
access to the A1(M) and M1 corridors, the park connects seamlessly to major cities including London, Cambridge, Oxford, and Birmingham,
as well as key ports and airports. Its central position ensures efficient national distribution, supported by established infrastructure and a
strong local labour market.
The upgrade of the Black Cat Roundabout and the wider A428 scheme will be a major boost for drivers, communities and the regional economy. By replacing the congested old junction and single-carriageway section with a modern dual carriageway and free-flowing links, journeys will become smoother, faster and safer. The investment will cut delays and improve connectivity across Bedfordshire, Cambridgeshire and beyond.
Specifications
Sustainability is central to Panther Logistics Park’s design philosophy. The scheme is being developed to minimise environmental impact, optimise energy use and meet the latest BREEAM and EPC standards.
Key features include: Solar Photovoltaic panels, EV charging, sustainable drainage systems, Low-energy LED lighting, high performance insulation and environmentally conscious materials and construction methods.
This forward thinking approach ensure slower operational costs, improved efficiency and a reduced carbon footprint.
