Research & Education

Drones reveal sites that are often difficult to see from the ground and create digital models for detailed analysis and preservation efforts. A single drone survey increased known archaeological sites by 50% for Historic England. Using these imaging techniques like multispectral, thermal, and LiDAR is like sweeping the fog away, revealing subtle land elevation changes and soil variations that indicate the presence of archaeological features.

Drones facilitate detailed aerial mapping and site surveys, providing invaluable data for geographic studies. They enrich the study of human and physical landscapes, enabling a more nuanced understanding of spatial relationships and environmental changes. Drones can survey landforms in hours instead of days, creating 2D and 3D models to analyse river movements, erosion patterns, and sediment deposition, with year-over-year comparisons. Additionally, drones with 360-degree cameras can create VR maps of landscapes for immersive geographic analysis.

Drones enable non-invasive studies of species, providing insights into behaviours, population sizes, and migratory patterns. Equipped with high-resolution cameras and LiDAR, they create detailed maps and 3D models of habitats, aiding in tracking land-use changes and deforestation. Drones with sensors monitor water bodies for pollution sources, temperature changes, and pollutant levels, helping identify causes of water pollution. Additionally, multispectral imagery on drones monitors forest and plant health and assesses soil conditions, offering comprehensive environmental data.

T-Levels, designed for 16 to 19-year-olds, incorporate drone technology to equip students with industry-relevant skills. These courses cover drone laws, data collection methods, and practical applications in fields like construction, agriculture, and environmental science.

Drones offer new perspectives and creative opportunities for students in film and media. They provide unique aerial shots, dynamic angles, and smooth tracking shots that were previously difficult or impossible to achieve. This technology enhances storytelling and production quality, making it an essential tool in modern cinematography.

Drones serve as invaluable educational tools, offering hands-on experience in aerodynamics, robotics, and coding. They bridge the gap between theoretical knowledge and practical application, enhancing students' problem-solving and innovative skills in real-world engineering challenges. By working with drones, students learn about flight dynamics, sensor integration, and automated systems, gaining practical insights into the design, development, and operation of robotic systems.

Drones capture hundreds of high-quality images of construction sites, which can be processed into survey-grade 3D and 2D models for precise measurements and volume calculations. For construction T-Level students, this hands-on experience with drones equips them with essential skills in modern surveying techniques. As drones become increasingly prevalent in the construction industry, students' drone knowledge bridges classroom learning with real-world construction challenges, preparing them for successful careers in the industry.