Objective: The implementation of sonography has revolutionized anesthesia, especially local anesthesia. High-resolution sonography as an essential, well-established, and versatile technique now makes it possible to perform targeted nerve blocks and therefore to anesthetize with increasing precision. Ultrasonographic (US)-guided nerve blocks on cadavers are often used as pilot studies to investigate new techniques. The aim of this review was to map out US-guided pericapsular nerve group (PENG) block in human cadavers. Materials and Methods: A systematic scoping review following PRISMA-ScR guideline. A systematic literature review has been carried out, with relevant studies discovered in the following databases: MEDLINE, EMBASE, CENTRAL, BIOSIS Previews, and Web of Science Core Collection. The publishing year was not subject to any extra limitations. Only sonography studies on human cadavers were included. The article was included if the PENG block was the subject of the study. Results: The search found 9821 matches, from which 291 investigated nerves. Four studies investigated the PENG block. A total volume of 2396 ml dye was injected with an average volume of 19.01 ml for each PENG block. 126 US-guided PENG blocks were performed on human cadavers. Conclusion: Based on our assessment, this study is the first review to screen US-guided PENG blocks on human cadavers. US-guided labeling techniques in human cadavers are a widespread tool to examine new nerve block techniques through staining targeted nerves by dye and investigating staining quality and quantity by dissecting. These results suggest that PENG block should be further investigated on cadavers to determine the MEV90 for the targeted nerves of the PENG block and to test possible novel injection pathways of these nerves.