Remotely Piloted Aircraft System (RPAS)

What are they Good for?

April 8 , 2021

Peter Keum - KC WTD GIS Specialist, GISP

Just another tool in the toolbox

WSU Mt Vernon NWREC

CUGOS

Puget Sound QGIS

Short Back Story

CUGOS April 2014

RPAS - Remotely Piloted Aircraft System

FAA Definition: Unmanned Aircraft (UA) system that is operated by a pilot via ground control or on-board computer. 

1. Background Information

Categories

Small  - $

  • Size: 1 - 2 meters ( 3 ft - 6.5 ft), < 55 lbs.
  • Control: Radio control

Medium

  • Size: Equivalent to a car, ~ 1000 lbs.
  • Control: Visual Line Of Sight (VLOS) & Beyond LOS, RC & Satellite ~ $$$

Large  

  • Size: > 30,000 lbs.
  • Control: Visual Line Of Sight (VLOS) & Beyond LOS, RC & Satellite ~ $$$$

RPAS as Platform

Multi-rotors

Fixed-wing & VTOL

  • Shorter flight time (< 30 min)
  • Cover smaller area
  • Highly maneuverable
  • Less expensive
  • Access to confined spaces
  • Long flight time (+ 40min)
  • Covers large area
  • Larger selection of sensors

(vertical take-off & land)

Multi-rotors

 Sensors Payload

Multi-spectral

Thermal Infrared

Lidar Camera

High resolution digital camera (100 MP)

Lidar Camera

Lidar Camera

Methane Gas Dector

 Sensors Payload

High resolution digital camera

1. Aircraft + Sensor    (Data Collection)

2. Data Processing & Analyzing

          (R, ML, Python, GIS)

 3. Information Products

=

+

credit: Esri

 Information Products

Example: Inspection

Improve Safety, 

Save time, Improve efficiency

Two Spaces for Drone

Outdoor

  • GPS Signal
  • Automated Planning and Flight
  • Even, Diffuse lighting
  • Open space

Indoor

  • No GPS signal
  • Limits on speed and motion
  • Manual flight control
  • Tight spaces

Outdoor

Indoor

DJI Air & Mavic 2 Pro < $1800

Aertos 120 $25,000 +

Eilos 2  $48,000 +

DJI Matrice 300 $12,000 +

Hazardous Condition

KC West Point TP - Digester

Precision Data Collection 

Why Use Drones?

  • Increase Safety for Staff

  • Avoid hazardous condition

  • Precision Data Collection

  • Repeatable & Recordable & Searchable

Standard  Workflow

FAA Regulations - Where are we now?

2. Regulations

Commercial/Governmental

FAA Part 107 Rule, July 2016

  • Need FAA Remote Pilot Certification (Pilot license NOT needed)

  • 171,744 - Remote pilot certified (2020)

  • 441,709 - Commerical Drones Registered

  • Fly under 400 feet above ground level

  • Not to fly < 5 nautical miles around airport

  • Aircraft < 55 lbs.

  • Fly during daytime

  • Fly visual line of sight ( VLOS)

  • No flight over non-participating people

  • Many, Many more

FAA Part 107 Rule

Future Success (personal view)

3. Post Graduate

GPT

General Purpose Technology

GPT

+
=
+
=

1. Aircraft + Sensor    (Data Collection)

2. Data Processing & Analyzing (GIS)

 3. Information Products

=

+

GPT?

GPT?

GPT?

 Information Products

+

=

YOU

Four C's

Critical

Thinking

Communication

Creativity

Collaboration

(Drone/GIS/ [Your work].....), What are they Good for?

Just another tool in the toolbox

Now Let's go use them!

peter.keum@kingcounty.gov   

WSU Mt Vernon Soil Science Presentation on April 8, 2021

By Peter Keum

WSU Mt Vernon Soil Science Presentation on April 8, 2021

Presentation for WSU Mt Vernon extension program for Dept of Crop & Soil Sciences Group. Introduction of Drone technology & career searching/steps

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