Ross Global Logistics LTD is a VanHub UK profile for Matthew Ross, based in Failsworth and connected to the M35 postcode area. The listing gives customers in Greater Manchester a direct route to discuss transport work with a driver operating an LWB panel van.

An LWB panel van can be a useful fit for jobs that need more space than a medium van, without stepping up to a Luton or larger removals vehicle. It may suit single item collections, longer courier runs, motorbike transport, boxed goods, business items, tools, equipment, and smaller move loads where the access or item shape makes van size important.

Work listed for Ross Global Logistics LTD includes single item collection, local courier service, UK-wide courier service, motorbike collection, and hazardous waste removal. The hazardous waste listing needs to be handled carefully: customers should describe the material clearly and confirm directly with the driver what can legally and safely be carried before booking. For motorbike transport, useful details include whether the bike rolls, its approximate weight, collection access, drop-off access, and whether ramps or securing equipment are required.

The profile states that extra manpower can be supplied if needed. That can matter for heavier loads, two-person lifting, tight access, or jobs where the customer cannot help at either end. Insurance documents were uploaded with the signup, so customers can ask Matthew to confirm what cover applies to the specific job before agreeing terms.

From Failsworth, the profile may be relevant for customers in Oldham, Manchester, Chadderton, Droylsden, Middleton, Ashton-under-Lyne, Prestwich, and Moston. The location also works well for jobs moving across the north and east side of Greater Manchester, with onward routes towards the M60 and wider motorway network.

When asking for a quote, send both postcodes, item details, photos where useful, stairs or lift access, parking position, loading help required, and preferred timing. That gives the driver a clearer picture of the load, distance, access, and labour involved.