Opening Times PANDORA - Weston-Super-Mare
Monday
Tuesday
Wednesday
Thursday
Friday
Saturday
Sunday
Is this information correct?
Is this information correct?
PANDORA occupies an ideal spot in Sovereign Shopping Centre located at 65 High Street, about a 0.12 mile driving distance north-west from the centre of Weston-Super-Mare (near to Regent Street Bus Stop). The store is an added feature to the districts of Locking, Weston-super-Mare, Hutton, Uphill, Kewstoke, Weston Milton and Worle. If you'd like to swing by today (Sunday), it's open from 10:30 am to 4:30 pm. This page will supply you with all the information you need on PANDORA Weston-Super-Mare, including the opening hours, address info, email contact and other relevant info.
PANDORA can be found in the vicinity of the crossroads of Waterloo Street, South Parade and High Street, in Weston-Super-Mare, Avon, at Sovereign Shopping Centre.
Simply a 1 minute drive from Locking Road roundabout, Victoria Square, Alexandra Parade or Meadow Street; a 4 minute drive from Station Road, Great Western Bridge and Carlton Street; and a 11 minute drive from Hildesheim Bridge or Drove Road roundabout.
For Satellite Navigation systems please enter the postcode: BS23 1HD.
If you're arriving by bus, the best way is to get off at Waterloo Street (J), Winter Gardens (L), Regent Street (North) or High Street (Q).
Train stop locations: Weston-Super-Mare Station (2320 ft) and Weston Milton Station (1.79 mi away). Available along the Great Western Railway line.
On foot you may discover Sovereign Shopping Centre, Milton Road Cemetary, Weston Woods, Parade Park, Bristol Road Baptist Church and Grove Park.
Including this store, PANDORA now owns 1 branch in Weston-Super-Mare, Avon.
Go to the following link for an entire listing of PANDORA branches near Weston-Super-Mare.
Throughout your visit to PANDORA, you can also browse around the wide assortment of high quality stores at Sovereign Shopping Centre. At this location you will also find Wilko, PEP&CO, O2, Card Factory, Vodafone, EE, Claire's and Deichmann.