From Drone to Drawings: Documenting the Evolving Landscape

This thesis explores the potential of drone and lens-based technology in architectural site analysis, focusing on how different types of drones can be effectively used to showcase advanced site analysis techniques and support architectural design in diverse and dynamic environments. Traditional methods, while valuable, often lack the efficiency and precision offered by modern drone technologies. By integrating tools like LiDAR (Light Detection and Ranging) and photogrammetry, this research investigates how drones can enhance site analysis by capturing accurate spatial data and providing insights into complex environments.

Using the Red Rocks site, located south of Wellington, New Zealand, as a primary case study, a series of multiple drone data flights demonstrate the practical applications of this technology. The research examines how integrating various drones with unique capabilities can enhance accuracy, efficiency and versatility in site analysis for architectural projects. The methodology combines traditional site analysis techniques with advanced drone workflows, offering a comprehensive understanding of how to optimise drone operations for architectural purposes.

The findings highlight the benefits of mastering multiple drone technologies, from LiDAR and photogrammetry, to improve the documentation and analysis of complex sites such as coastal and rural environments. This thesis demonstrates how these technologies can improve decision making processes, enhance the quality of architectural designs and highlight the value of innovative site analysis techniques. By showcasing the potential of drone technology in architecture, this research encourages its integration into architectural workflows to foster efficient and creative design practices.