Introduction Recently within surgical education, the development of extended reality (XR) devices has become a topic of interest to improve trainees’ surgical technique outside of the operating room. There is a growing body of literature which supports the use of XR, and it is important to understand the perceptions of orthopedic surgery trainees on the use of XR as an adjunct during training. Purpose Understand the perceptions of orthopedic trainees on the use of XR as an adjunctive surgical training tool. Methods An internally validated 18-question survey was sent to all US orthopedic residency program coordinators with the intent for distribution to each program’s respective residents. Responses with ≥ 70% completion were considered complete. Results Overall, 33% and 18% of residents agreed XR is needed, and all programs should offer XR, respectively. There was overall agreement (67%) for XR’s ability to improve procedural confidence and improve skill progression (65% agreed). Only 25% of respondents felt XR could accurately simulate orthopedic procedures and 36% agreed it could effectively model patient-specific anatomy for preoperative planning. Regarding XR’s ability to reduce intraoperative navigational error, 45% of respondents agreed. However, responses were more neutral for XR’s ability to reduce inpatient length of stay (40%) and ability to improve the accuracy of hardware/prosthetic placement (31%). Finally, 53% of respondents agreed that the largest barrier to integration of XR is cost, while 35% felt that a lack of dedicated time to use the technology during their training program was a major barrier. Conclusion The need for adjunctive surgical training outside of the operating room is clearly demonstrated from our results. Although it is unclear if XR will become a standard tool across all residency programs, orthopedic surgery residents do feel that the technology is useful in terms of skills progression and operative confidence. Thus, this study provides a preliminary framework which suggests a potential role for XR in orthopedic surgery training and the need for further study to address barriers to widespread integration.