AR Drawing: Trace & Draw Art represents a niche category of creative applications that leverage augmented reality technology to assist with artistic endeavors. The iOS application developed by Goncalo Ferreir Areis transforms mobile devices into digital tracing tools by projecting virtual images onto physical surfaces through the device's camera. This approach aims to lower the barrier to entry for drawing enthusiasts who may struggle with freehand sketching or perspective drawing. The application's core functionality centers around its augmented reality projection system, which allows users to select from a library of templates including animals, vehicles, landscapes, and food items. Once a template is selected, the app uses the device's camera to overlay the image onto any surface, enabling users to trace the projected outlines onto physical paper or other mediums. A built-in flashlight feature addresses visibility concerns in low-light conditions, theoretically improving usability across various environments. The sharing functionality provides basic social integration for users to distribute their completed artwork. User experience appears fundamentally dependent on environmental conditions and hardware capabilities. The application requires stable device positioning to maintain consistent projection alignment, which may necessitate tripod usage for optimal results. Interface design follows minimalistic principles with straightforward template selection and camera controls, though the absence of advanced editing tools or customization options limits creative flexibility. Real-world usage patterns suggest the app serves best as a preliminary sketching aid rather than a comprehensive drawing solution. With no user reviews available at the time of evaluation, the application's reception remains undocumented. The complete absence of user feedback presents challenges in assessing real-world performance issues, usability concerns, or satisfaction levels that typically emerge through community validation. This lack of user data makes comprehensive evaluation difficult beyond technical specification analysis. The application demonstrates conceptual innovation in merging augmented reality with traditional drawing practices, though execution appears limited by technological constraints. Primary strengths include the novel AR implementation and structured template library, while limitations involve dependency on ideal lighting conditions and absence of advanced artistic tools. Ideal use cases involve beginner artists seeking guided practice or educational environments introducing basic drawing techniques through technological assistance.