Does the Wilderness Resort Have a Lazy River?

By Michael Ferguson

If you’re planning a vacation at the Wilderness Resort, you might be wondering whether the resort has a lazy river. A lazy river is a popular attraction at many water parks and resorts, allowing guests to float along in an inner tube and enjoy the scenery.

After conducting some research, we can confirm that the Wilderness Resort does indeed have a lazy river! In fact, they have two different lazy rivers for guests to enjoy.

The first lazy river is called the “Lost World” and it’s located in the Wild Waterdome indoor water park. This lazy river is designed to look like a prehistoric jungle, complete with lush foliage and towering dinosaur statues.

The Lost World Lazy River is 500 feet long and takes about 5-7 minutes to complete a full loop. It includes gentle rapids and waterfalls for added excitement.

The second lazy river at the Wilderness Resort is called “Klondike Kavern” and it’s located in the Klondike Kavern indoor water park. This lazy river is designed to look like an underground mine shaft, with rock formations and dim lighting adding to the ambiance.

The Klondike Kavern Lazy River is 400 feet long and takes about 4-6 minutes to complete a full loop. It includes sprays of water and geysers for added fun.

Both of these lazy rivers are included with your admission to their respective water parks. Inner tubes are provided free of charge, or you can bring your own if you prefer. Guests of all ages can enjoy these lazy rivers, but children under 48 inches tall must be accompanied by an adult.

In addition to these lazy rivers, the Wilderness Resort offers many other water attractions such as wave pools, slides, play areas for kids and more! There’s truly something for everyone at this resort.

So if you’re looking for some relaxation during your vacation at the Wilderness Resort, be sure to check out their lazy rivers. The Lost World and Klondike Kavern Lazy Rivers are the perfect way to unwind and enjoy the scenery while floating along in an inner tube.