Pawon Cave has been studied for over 20 years, however, there is limited accessible spatial data. The feasibility of employing a Terrestrial Laser Scanner (TLS) to reconstruct the archaeological sites has been examined by researchers. TLS observations provide archaeologists with a non-intrusive method of conducting preliminary assessments, reducing the risk of damaging archaeological targets. The purpose of this research is to use TLS to generate a 3D representation of the Pawon Cave. This model not only records and preserves the current structure of the cave but also allows for further in-depth reconstruction of the main hall of Pawon Cave and excavation possibilities. This 3D model substantiates the theory that the sepulchral chamber is isolated from other chambers of the cave and discovers that the main hall of Pawon Cave can accommodate approximately 30 people. This proves the theory that the Pawon Cave may also be used for other activities other than a burial ground.

Pawon Cave 的研究已超过 20 年，但可获取的空间数据有限。研究人员已经检验了使用地面激光扫描仪（TLS）重建考古遗址的可行性。 TLS 观测为考古学家提供了一种进行初步评估的非侵入性方法，降低了破坏考古目标的风险。本研究的目的是使用 TLS 生成 Pawon 洞穴的 3D 表示。该模型不仅记录和保留了洞穴目前的结构，而且还为进一步深入重建帕文洞的主殿和发掘提供了可能性。该 3D 模型证实了墓室与洞穴其他房间隔离的理论，并发现 Pawon 洞穴的主厅可容纳大约 30 人。这证明了帕文洞除了墓地之外还可以用于其他活动的理论。