 Endovascular surgery, a form of minimally invasive surgery, accesses the body via major blood vessels using flexible tools. Training uses inanimate models or virtual reality systems with subjective evaluation of skills, including efficiency and tool manipulation by experts. However, this is retrospective, failing to offer trainees valuable insights into performance improvement strategies. To improve training performance and efficiency, we introduce real-time performance feedback. We measure tooltip kinematics as users train on endovascular navigation tasks and movement smoothness is calculated. Haptic cues and code performance that users can incorporate into the task. In the demo, participants will use an endovascular virtual reality simulator to perform any of four navigation tasks. They will navigate their tooltips to target locations on a 3D model within a time limit. Participants will receive haptic feedback indicating performance every 10 seconds via a bracelet which can be incorporated into their completion strategy.