2D and 3D Mapping

At Sierra Aero Recon, Inc., we leverage advanced DroneDeploy technology to transform raw aerial data into definitive, courtroom-ready evidence. By seamlessly integrating this powerful mapping platform with our specialized aviation safety and mechanical expertise, we capture high-resolution imagery to generate precise, georeferenced 2D orthomosaics and 3D crash site reconstructions. This capability allows us to preserve critical physical evidence, extract exact spatial measurements, and analyze wreckage paths—providing legal teams and insurance underwriters with the clear, data-driven insights necessary for complex accident investigations.

2D Mapping

Aerial view of a parking lot with numerous cars and surrounding buildings, streets, and greenery.

At Sierra Aero Recon, Inc., we specialize in high-resolution 2D forensic drone mapping solutions that deliver a distinct evidentiary advantage for our clients. Our experienced team utilizes advanced UAS technology and sophisticated photogrammetry software to capture precise aerial imagery and generate georeferenced 2D orthomosaics of complex scenes. These maps provide invaluable visual clarity and precise spatial data for critical applications, including crash site documentation, wreckage distribution mapping, and structural damage assessments. By partnering with Sierra Aero Recon, you gain access to accurate, legally defensible mapping solutions that empower informed decision-making and bring definitive clarity to your case or claim.

3D Mapping

Aerial view of a city block with parking lots, trees, and a mix of commercial and residential buildings, against a black background with Sierra Aero Recon logo.

3D forensic drone mapping provides a significant leap forward in accident scene data acquisition and analysis. By creating mathematically accurate 3D models of a crash site, it offers critical benefits for legal and investigative teams. Firstly, it allows for a comprehensive understanding of the terrain, including exact elevations, slope angles, and flight-path obstacles—which is invaluable for flight path reconstruction and impact angle analysis. Secondly, 3D models enable precise spatial and volumetric calculations, crucial for assessing structural damage and mapping complex wreckage distribution fields. Thirdly, they facilitate immersive, interactive visualizations, allowing attorneys, experts, and jurors to virtually explore the site from any perspective to gain a deeper, intuitive understanding of the event. Ultimately, 3D drone mapping preserves fleeting physical evidence digitally, ensuring a permanent, unalterable record of the scene before ground operations or recovery efforts begin.