Follow a step-by-step guide for assembling wings, securing payload modules, and calibrating flight sensors. Ensure optimal launch conditions and prepare for piloted and autonomous long-range missions.

Optimise system settings to achieve precise geolocation, stable long-range communication, and robust flight performance. You’ll also learn techniques for adapting camera parameters and sensors based on mission requirements and environmental conditions.

Plot flight lines to maximise coverage and resolution. Incorporate terrain elevation data, manage flight altitude for consistent ground sampling distance (GSD), and understand how to gracefully handle unexpected conditions mid-flight.

Process collected imagery with specialised software, convert raw data into orthomosaics, NDVI maps, and digital surface models. Integrate these outputs into GIS platforms, enabling comprehensive analyses for agriculture, forestry, environmental conservation, and more.