Clipper Boulevard,Dartford,DA2 6QS,United Kingdom
Just one unit now remains at Dartford's Crossways Commercial Park, offering 240,884 sq ft of highly-specified logistics space, minutes from the M25.
Join Mission Produce and Albion Fine Foods at this prime logistics park, less than a mile from J1a of the M25.
Crossways 241 - 240,884 sq ft available for immediate occupation
Phase 2 - 65,815 sq ft, 124,785 sq ft and 127,840 sq ft coming soon
Delivered to a BREEAM 'Excellent' specification, the highly sustainable development has been designed to promote energy efficiency and reduce carbon emissions. Each property features a full rooftop array of solar photovoltaics, solar thermal hot water, rainwater harvesting, LED lighting throughout and infrastructure for electric vehicle charging, providing customers with flexibility for the future.
All warehouses are built with a carbon neutral cladding system designed to deliver excellent thermal performance. By ensuring superior air tightness, the properties can accommodate single 'chill store' or sub-divided multi-temperature areas (suitable for temperatures of 0°C upwards), providing optimal environmental conditions to store a range of products.
Adjacent to Junction 1a of the M25 (Dartford Crossing), Crossways Commercial Park offers customers fast access to London and the national motorway network. The Channel Tunnel, Port of Dover and London Thamesport are all within easy reach via the M25, M2 and M20, while the A12 provides access to the ports of Harwich and Felixstowe.
Forming part of the 300-acre Crossways Business Park development, benefit from excellent on-site amenities in an attractive landscaped setting.
To enquire about the opportunities available at Crossways Commercial Park, please contact the Goodman team or the appointed agents for further details:
CBRE
Colliers
Savills
With direct access to Junction 1a of the M25 (Dartford Crossing), Crossways Commercial Park provides fast connections to London and the national motorway network.
Source: Esri and Michael Bauer Research