London Arch Guide
London Arch: Witness Nature's Sculptural Masterpiece Guide
The London Arch, formerly known as London Bridge, is a stunning natural rock formation located along the Great Ocean Road near Port Campbell, Australia. This iconic landmark offers breathtaking views of the Southern Ocean and is a must-see for any visitor exploring this dramatic coastline. Prepare to be amazed by the power of nature as you witness the relentless erosion that has shaped this magnificent arch over millennia. Originally, the London Arch was a complete double-arched natural bridge connected to the mainland. However, in 1990, the arch closest to the land collapsed, leaving two tourists stranded on the outer section until they were rescued by helicopter. This dramatic event led to the renaming of the formation from London Bridge to London Arch, reflecting its new, disconnected state. The collapse serves as a powerful reminder of the ever-changing nature of the coastline and the forces that continue to shape it. Visitors can enjoy several activities at London Arch. There are viewing platforms that provide panoramic vistas of the arch and the surrounding coastline. Photography enthusiasts will find endless opportunities to capture the beauty of the landscape, especially during sunrise and sunset. While swimming is not recommended due to the strong currents and dangerous conditions, simply taking in the raw beauty of the ocean and the sculpted rock formations is an unforgettable experience. There are no specific culinary traditions associated with the London Arch itself, but the nearby town of Port Campbell offers a variety of cafes and restaurants serving fresh seafood and other local delicacies.
Transportation
The London Arch is located along the Great Ocean Road, approximately 10 minutes west of Port Campbell. The most convenient way to reach it is by car. There is ample parking available at the site. Public transportation options are limited in this area. Some tour buses along the Great Ocean Road include a stop at London Arch.