Let's Go Adventures – Dive Nelson Bay is the leading SCUBA tour agency and dive shop located in Nelson Bay, Australia. With over 30 years of experience in the industry, they have become a trusted name in the diving community.
Let's Go Adventures-Dive Nelson Bay takes pride in being the longest established diving centre in the region. They are also proud to have the original and most active dive club in the area. As a PADI 5 Star Instructional Development Centre and authorised TecRec dive facility, they maintain the highest standards in safety and professionalism.
At Let's Go Adventures-Dive Nelson Bay, they offer a range of guided diving and snorkelling tours. Whether you are a beginner or an experienced diver, they have something to suit your needs. Their knowledgeable and experienced instructors ensure that each tour is not only fun but also educational, allowing you to explore the stunning underwater world of Nelson Bay.
In addition to their tours, Let's Go Adventures-Dive Nelson Bay also offers a wide selection of diving equipment and gear. From masks and snorkels to dive computers and wetsuits, they have everything you need to enhance your diving experience. Their friendly and helpful staff are always on hand to assist you in finding the perfect gear for your next adventure.
Let's Go Adventures-Dive Nelson Bay is not just a dive shop, but a community of passionate divers. They host regular events and social gatherings where divers can come together, share their experiences, and make new friends. Their dive club membership offers numerous benefits, including discounted boat dives and exclusive access to special events.
Whether you are a local resident or a visitor to Nelson Bay, Let's Go Adventures-Dive Nelson Bay is the go-to destination for all your diving needs. With their commitment to excellence, unmatched experience, and friendly service, they guarantee an unforgettable underwater adventure. So, strap on your gear and let Let's Go Adventures-Dive Nelson Bay take you on a journey into the mesmerising world beneath the surface.