UAV Flight Services Company. What We Do. What Sets us Apart

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2 UAV Flight Services Company A dedicated team of aviators, technologists, and engineers. What We Do UAV flight services for data collection, mapping, and inspection What Sets us Apart Extensive field experience, strategic partnerships, and quick turnaround custom hardware & software solutions.

3 We help companies make critical business decisions faster, safer, and more cost effective through tightly integrated UAV data collection, processing, and presentation services.

4 THE PROCESS How it Works Initial Plan & Review Quote FLIGHT OPERATIONS Mission Planning Post Processing DATA DELIVERED

5 ...Work BACKWARD

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10 CHECKLIST For Contracting UAS Operations FAA Approval Insurance & Safety Experience Processing Section 333 or Part 17 Licensed Operators Authorizations for Specific Airspace Adequate Insurance Coverage Safety Plan & Operational Checklists Pre-Flight Briefing Situational Awareness Type of Aircraft Application Specific Hardware Software Data Types

11 CAPABILITIES General Flight Considerations WIND & PRECIP UAV operations are best conducted on sunny or overcast days, when winds are <~15mph. Light precipitation is manageable, but avoided whenever possible. FLIGHT TIME Most UAV can fly for 15 3 minutes, and by combining flights can cover from tens to hundreds of acres. Fixed wing UAS can cover more area per flight, and should be used for larger mapping projects.

12 CONDITIONS Weather & Site Considerations TERRAIN & OBSTACLES Flat or rolling terrain with little tree cover is ideal for UAV mapping projects. Multirotors can operate out of smaller launch areas and operate closer to structures. TEMPERATURE UAVs can operate year round in almost any temperature, with the human operators being the largest concern. For most cases, use 1F as a guide.

13 OPERATIONAL CONSTRAINTS Simplified Rules for Planning Purposes LINE OF SIGHT UAS must remain within the operator s line of sight, in case of emergency. This also means operations must be conducted between dawn and dusk. AIRSPACE In most cases, commercial UAS must not operate within controlled airspace near airports, and are limited to 4FT above the ground & structures.

14 DATA What can be captured?

15 Sensors Current Future Viz IR LIDAR? VISIBLE IR & MULTISPECTRAL LIDAR OTHER High Resolution Still & Video Thermal & Multispectral Purchased Ranger MiniVUX from Phoenix LiDAR, April Delivery RTK GPS Gas Detectors Your Sensor Here

16 DATA TYPES Geotagged Imagery Point Clouds GIS CAD Geo-referenced still & video Photogrammetric point clouds in standard formats High resolution orthoimagery, multispectral & raster elevation models Contours & Basic Feature Extraction

17 USGS Cape Cod Sandwich, MA Beach Erosion

18 Project documentation Community outreach Coastal erosion tracking Vegetation health

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23 Control Point Target

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25 Point Cloud Measurements

26 Digital Elevation Model

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28 Jenness Beach UAV comparison vs. existing dataset

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31 Control Point Targets

32 Feature Extraction

33 Feature Extraction

34 Multispectral - NDVI

35 Digital Elevation Model

36 Stockpile Volume Calculation

37 Cross-sectional Height Profile

38 81 Jericho Riverside Future Street Network Study Base Map RD L Peru fine sandy loam, to percent slopes, very stony ST Peru fine sandy loam, to 6 percent slopes, very stony HIL 786 PARK ` _ Limerick silt loam BS Colton and Stetson soils, to 3 percent slopes 766 CO JA Munson and Raynham silt loams, to 6 percent slopes Duane and Deerfield soils, to 5 percent slopes ,T he 4 Scantic silt loam, to percent slopes Cre ek 79 4 Q+A Thank You Livingston clay Muck and Peat Scantic silt loam, to percent slopes DEPOT ST R PL Legend GA Stetson gravelly fine sandy loam, to 5 percent slopes LN 756 RT Y LIB E LN HARVEST RUN PA LM ER 834 $ Utility Pole Electric Transmission Line 74 7 Vermont Gas 8 Topography - ft interval Feet Feet Stetson gravelly fine sandy loam, 1 to percent slopes Feet Stream Centerline 788 Water Body 69 VT R 6 OU TE Feet Hinesburg fine sandy loam, 15 to 5 percent slopes MAPLE RDG Groundwater Source Protection Area Vermont Significant Wetland Inventory FEMA Floodplain % Annual Chance Flood Hazard JERI HL EE K 7 69 CR SID E Special Flood Hazard Area 71 4 RD ANR River Corridor 6 7 Soil Map Unit Hazardous Waste Site Belgrade and Eldridge soils, to 3 percent slopes ST 6 ` _ 81 6 RK PA Public Drinking Water Sources 838 Lyman-Marlow very rocky loams, 5 to 3 percent slopes Colton and Stetson soils, 3 to 6 percent slopes Tax Parcel Boundary Stetson gravelly fine sandy loam, to 5 percent slopes ` _ RIVER 1:1, RD RD 4 N ST INSO 69 Belgrade and Eldridge soils, to 3 percent slopes 6 DICK Enosburg and Whately soils, to 3 percent slopes 4 Feet Source: Parcel Boundary - Jericho - 16; Underhill - 1 Imagery of project area - 16 procured by AirShark ANR River Corridor - January 14, see FEMA DFIRM floodplain data Disclaimer: The accuracy of information presented is determined by its sources. Errors and omissions may exist. The Chittenden Stetson gravelly fine sandy loam, 5 to 1 percent slopes Hadley very fine sandy loam $ + $ County Regional Planning Commission is not responsible for these. Questions of on-the-ground location can be resolved by site inspections and/or surveys by a registered surveyor. This map is not sufficient for delineation of features on-the-ground. This map identifies the presence of features, and may indicate relationships between features, but is not a replacement for surveyed information or engineering studies Colton and Stetson soils, to 3 percent slopes 676 Stetson gravelly fine sandy loam, to 5 percent slopes 67 Winooski very fine sandy loam ` _ Winooski very fine sandy loam Winooski very fine sandy loam Winooski very fine sandy loam WAY RACE 1// Document Path: D:\Projects16\Jericho\Sawmill_16113.mxd

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