This thesis provides a comprehensive analysis of Media over QUIC Transport (MoQT), a media transport protocol designed to enable efficient media delivery over the QUIC protocol. The study focuses on the architecture and performance evaluation of two proof-of-concept applications, moq-js and moq-rs, developed by Luke Curley. The primary objective of this research is to evaluate MoQT's effectiveness in media content delivery under varying network conditions, using a client-server-client architecture. The architectural framework of MoQT is thoroughly examined, including its integration within the HTTP/3 stack, its object model and data hierarchy, streaming formats, and network topology. A detailed exploration of the setup, functionality, internal structure, and usage of moq-js and moq-rs is presented for the first time.