Video clip is available online.Rotational atherectomy emerged in the 1990s and is used in percutaneous coronary intervention to manage calcified lesions. Rotational atherectomy uses a diamond-tipped burr that rotates and ablates plaque as it advances over a guidewire that is placed across a lesion. Burr entrapment is a known complication because if the burr passes beyond an incompletely destroyed plaque, it can be impossible to remove because the back of the burr cannot ablate in a retrograde fashion. Pulling vigorously on the device from outside the body can cause coronary artery dissection and rupture. There are catheter-based techniques for removal, 1 including passing a second guidewire for angioplasty of the stuck segment, and use of snares. 2 However, although there are many reports of catheter-based removal, there are few reports of surgical removal that include technical detail. 3,4 Our goal is to review the technical details of a single case, and provide some underlying principles.