Logistics
Autologic is the UK ‘№. 1’ provider of vehicle logistics, specialising in the preparation, enhancement and distribution of finished vehicles including management of the processes through which all vehicles will pass.
The Company owns hundreds of highly secure storage compounds, strategically located nationwide, to safeguard vehicles prior to transportation. The industry leading compound management system uses wireless barcode technology to manage the simultaneous storage of over 110,000 vehicles.
The Company owns hundreds of highly secure storage compounds, strategically located nationwide, to safeguard vehicles prior to transportation. The industry leading compound management system uses wireless barcode technology to manage the simultaneous storage of over 110,000 vehicles.
Vehicles are transported from manufacturing plants, import and distribution centres to dealerships or the end users via the relevant Autologic depot’s dedicated fleet of transporters; each capable of carrying up to 11 vehicles.
Responsible for successfully delivering over 1,200,000 vehicles every year, Autologic utilises:
• The UK's largest logistics fleet, including covered vehicles
• An ongoing purchasing programme, upgrading to Euro 5 compliant car transporters
• Highly skilled dedicated drivers
Responsible for successfully delivering over 1,200,000 vehicles every year, Autologic utilises:
• The UK's largest logistics fleet, including covered vehicles
• An ongoing purchasing programme, upgrading to Euro 5 compliant car transporters
• Highly skilled dedicated drivers
• A centralised call centre that ensures optimum communication with customers
• Up to the minute tracking and data on vehicle locations via a centralised Customer Service Centre
• An in-house, state-of-the-art planning module to maximise movements whilst reducing environmental pressures and time constraints
• Up to the minute tracking and data on vehicle locations via a centralised Customer Service Centre
• An in-house, state-of-the-art planning module to maximise movements whilst reducing environmental pressures and time constraints