Background: Anatomical knowledge about the suprascapular notch is very important in understanding the risk of suprascapular nerve entrapment syndrome. Suprascapular nerve injuries have become commonly recognized as a cause of shoulder pain and dysfunction. This study aimed to describe the morphometrical influence of the suprascapular notch on the course of the suprascapular nerve. Method: A total of 138 dry human scapulae of both sides of the unknown sex were used. Four measurements were defined and collected for every suprascapular notch: maximum depth (MD), superior transverse diameter (STD), middle transverse diameter (MTD), and total circumferential diameter (TCD). Result: In the present study we found different shapes of suprascapular notches. Out of 138 scapulae, 67 (48.55%) had U-shaped notch, 29 (21.01%) V-shaped notch and 14 (10.14%) J-shaped notch. Nine (6.52%) scapulae had incomplete notch. Two (1.44%) scapulae had large double foramen. Six (4.34%) scapulae had complete suprascapular notch. In seven (5.07%) scapulae, the notch was absent. Interestingly, in two (1.44%) scapulae, we found a W-shaped notch. This observation was unique and not reported anywhere in the literature before. Conclusion: Anatomical knowledge about the morphology of the suprascapular notch is of extreme importance for clinicians, radiologists, neurosurgeons, and orthopedic surgeons in making a proper diagnosis and for planning the surgical procedures of the shoulder region.