FIRE RECLAMATION & AERIAL HYDROMULCHING

After a fire, burned areas are at risk of flooding, landslides and topsoil erosion. For emergency fire recovery or planned erosion control projects, Aero Tech offers rapid-response aerial hydromulching and hydroseeding to mitigate problems and preserve a healthy landscape.

Aero Tech is a supplier and applicator of weed-free straw. Using our helicopters, we offer fast, economical distribution of straw. Our GPS technology ensures precision coverage and records flight patterns to show straw placements.

Aero Tech has unique experience in aerial hydromulching and seeding. We were the first fixed-wing aircraft company to provide emergency fire reclamation services. Our work on the Cerro Grande fire site near Los Alamos, New Mexico, set a precedent for cost-effective use of the single-engine air tankers (SEATs) for wildfire recovery. In that highly coordinated, steady-paced operation, we distributed about seven million gallons of reseeding mixture and hydromulch in just 25 days.

Both government agencies and private landowners call on Aero Tech for aerial hydromulch and seeding services. We have covered areas in numerous western states, often completing the project ahead of schedule. We offer an expedient turn-key operation, supplying seed, straw and hydromulch materials, mixing equipment, a well-trained air and ground crew, and high-capacity, fast-flying aircraft that are preeminent for safety and maneuverability over rugged terrain. Our AT-802 turbine-powered SEATs can penetrate deep canyons and navigate difficult territory to deliver precise applications of hydromulch and seed.

CAPABILITIES

• Photogrammetry & orthomosaic mapping
• Cut/fill & volumetric analysis
• Site inspections & progress tracking
• GIS & CAD-ready deliverables

High-Precision Aerial Mapping Powered by LiDAR

Aero Tech delivers advanced aerial mapping and surveying solutions using aircraft with high-resolution imaging and LiDAR technology. Our systems generate accurate 2D orthomosaics and dense 3D terrain models for engineering, construction, mining, agriculture, and environmental applications.

By combining LiDAR point cloud data, photogrammetry, and RTK/PPK georeferencing, we capture highly precise, real-world datasets—even through dense vegetation and complex terrain—faster and more safely than traditional survey methods.

From rapid site inspections to large-scale topographic mapping and volumetric analysis, our aerial data supports smarter decisions, safer operations, and lower project costs.