Unmanned Aerial Vehicles
Covington currently has one FAA Certified Part 107 (drone) Pilot who delivers state-of-the-art data and updated aerial imagery for a clearer understanding of site conditions, tracking progress over time, and supporting faster, smarter decision-making.
Drones save time and money when assessing work progress and site conditions while also keeping workers a safe distance from any dangers. The images, video, and surface topography data provide valuable information at all project stages and has been especially beneficial after storms and natural disasters when assessing damages and restoration needs.
Commercial District Transformation
Diamondhead, Mississippi
Our team is currently supporting the City of Diamondhead Commercial District Transformation Project, a multi-phased effort to build a commercial corridor that will accommodate multiple modes of travel and provide for residential and commercial…
Stormwater Management Plan
Long Beach, MS
Three stormwater drainage canals drain the majority of surface water from the City of Long Beach. As part of a maintenance agreement with the United States Corps of Engineers, the LBWMD is required to maintain the canals to prevent shoaling, erosion…
Round Island
Pascagoula, MS
Through the Deepwater Horizon Restoration Funding stream of the National Fish and Wildlife Foundation (NFWF) Gulf Environmental Benefit Fund (GEBF), and on behalf of the Mississippi Department of Environmental Quality (MDEQ), Covington created…
Pier Damage Assessment and Engineering
Gulfport, MS
Covington was hired by the City of Gulfport to complete damage assessments and engineering services to identify, document and ultimately repair all four of the City’s piers damaged…
Covington’s Unmanned Aerial Technology practice is led by Senior RPR Ryan Ladner.