MAPPING DRONE

Introduction: Drones equipped with advanced mapping cameras have revolutionized the way spatial data is collected, offering high-resolution orthomosaics and comprehensive 3D models of regions where traditional data may be low-quality, outdated, or unavailable. These drones are invaluable tools in various fields, including GIS mapping, land surveys, topographical studies, slope monitoring, hazard identification, and infrastructure planning. Equipped with the FOXTECH MAP-02 mapping camera, a lightweight and efficient imaging solution, the system ensures precision and ease of use. By integrating a custom-designed gimbal for optimal camera stability and performance, the drone can autonomously execute missions, capturing images from multiple angles and altitudes at predefined waypoints to generate detailed and accurate photogrammetric models.

Objective : The primary objective of this project is to design and deploy a drone capable of generating 3D models of specific regions as part of GIS mapping. This system aims to address the challenges of low-quality or non-existent spatial data, providing precise and comprehensive imagery for various applications. The drone, equipped with the FOXTECH MAP-02 camera, will autonomously collect high-resolution images during mapping missions, ensuring accuracy and reliability for tasks such as land surveys, hazard monitoring, and operational planning.

Hardware Specifications:

• Frame: Tarot X6
• Wheelbase: 690 mm
• Motor: 340 KV
• Propeller: 18 inches
• ESC: 40A, 6S
• Camera and gimbal: Foxtech Map-02 Mapping Camera, 3D Printed gimbal
• Battery Capacity: 22,000 mAh , 6S
• GPS Module:- Here3+

Conclusion: The mapping drone developed successfully integrates advanced technology to meet the requirements of high-resolution GIS mapping and 3D modeling. Equipped with the FOXTECH MAP-02 camera and a custom-designed gimbal, the drone ensures precise and stable image capture during autonomous missions. Its capability to collect images from various angles and altitudes enables the generation of detailed orthomosaics and comprehensive 3D models. This system proves to be a versatile tool for land surveys, hazard identification, topographical studies, and other critical applications. By addressing the challenges of outdated or unavailable spatial data, the mapping drone enhances the efficiency and accuracy of survey and mapping operations.