In Virtual Reality, redirected walking lets users walk through a larger virtual environment than users’ physical tracking space. Redirected walking supports users in maintaining a high sense of presence, compared to other navigation methods in a limited physical space. This paper describes an implementation and exploratory user study of a novel redirection technique: Segment Addition. Segment Addition takes advantage of change blindness to add and remove slices in the virtual environment as the user turns. The additional slices cause the user to turn more to reach their destination, which allows manipulating the amount the user turns. We present an exploratory user study that shows benefits of Segment Addition compared to other redirection techniques. In the study, users found the virtual environments natural and comfortable to turn in, even with significant additions made to the environment, and simulator sickness scores remained lower than rotation gain based redirection techniques. Segment Addition can be used in wide open virtual environments with few obstacles, unlike previous methods that rely on change blindness.