ocwr d program...• drone motor direction and propeller design • onscreen real-time flight...

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Page 1: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller
Page 2: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

OCWR DRONE PROGRAM

2018 LEA

Technical Training

Series

December 4, 2018

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Page 3: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

ENTERING THE DANGER ZONE

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Page 4: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

OVERVIEW

• History of OCWR’s Drone

Operations

• Upgrades in Drone Technology

• FAA Operating Rules

• FAA Remote Pilot Test

• OCWR Insights

• Pix4D Mapping Software

• Flight Control Apps

• Q&A 4

Page 5: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

OCWR’S FIRST DRONE

• First small

Unmanned Aircraft

System (sUAS)

purchased by

OCWR was initially

intended for bird

abatement

• Quickly evolved to

being used for

recon to give

landfill staff a

current aerial view

of a project site5

Page 6: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

UPGRADES IN DRONE TECHNOLOGY

• Improved battery technology increasing flighttimes

• Camera Upgrades

• Radar Positioning & Return Home

• Gyro Stabilization, IMU And Flight Controllers

• Drone Motor Direction And Propeller Design

• Onscreen Real-Time Flight Parameters

• No Fly Zone Drone Technology

• Receive alerts and warning on controller

• GPS Ready To Fly Mode Drone Technology

• Internal Compass & Failsafe Function

• Unmanned Aerial System (UAS) RemoteControl System

• These are only few innovations among many that have changed the drone industry

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Page 7: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

Part 107 Operating Rules

• Unmanned aircraft must weigh less than 55 pounds, including

payload, at takeoff

• Fly in Class G airspace*

• Keep the unmanned aircraft within visual line-of-sight*

• Fly at or below 400 feet*

• Fly during daylight or civil twilight*

• Fly at or under 100 mph*• Yield right of way to manned aircraft*• Do not fly directly over people* (The

term "over" refers to the flight of the

small unmanned aircraft directly over any part of a person.)

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*These rules are subject to waiver.

Page 8: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

FAA REMOTE PILOT TEST

• The FAA Remote Pilot Knowledge Test consist of a computer base multiple choice test

• Must be renewed every 2 years

• Test covers 12 separate topics relating to droneflight

1. Applicable Regulations2. Airspace Classification, Operating

Requirements, and Flight Restrictions3. Aviation Weather Sources and Effects of

Weather on Small Unmanned Aircraft Performance

4. Small Unmanned Aircraft Loading5. Emergency Procedures

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Page 9: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

FAA REMOTE PILOT TEST

Drone topics continued:

6. Crew Resource Management

7. Radio Communication Procedures

8. Determining the Performance of Small Unmanned Aircraft

9. Physiological Factors (Including Drugs andAlcohol) Affecting Pilot Performance

10.Aeronautical Decision-Making and Judgment

11.Airport Operations

12.Maintenance and Preflight InspectionProcedures

*Additional information can be found at www.faa.gov/uas

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Page 10: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

OCWR DRONE

• OC Waste & Recycling Purchased a DJI Phantom 4 Pro V2.0 drone for its new program

• Phantom 4 Pro V2.0 advantages:

• superior battery life for over drone on the market

• Obstacle avoidance sensors

• Camera Resolution (4K camera included)

• Reduced operating noise

• Average flight time with the Pix4D Capture app is approximately 25 minutes

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Page 11: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

PIX4D SOFTWARE/APP

• Pix4D software is intuitive and easy to use

• Pix4D outputs:

• 3D Point Cloud

• Digital Surface &

Terrain Models

• Orthomosiac

• Volume Calculation

• Contour Lines

• 3D Textured Model

• Thermography

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Page 12: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

PIX4D SOFTWARE/APP CONTINUED

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Page 13: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

OCWR DRONE EXPERIENCES/RESULTS

• Flight Area• 800+ Acres

• Flight Time• Approx. 15 Hours

• Process Time• Approx. 48 Hours

• ContourTolerance

• ±1 foot

• 8 Ground Control Points (CCP)

• 4 Check Points

• 4,000+ Pictures

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Page 14: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

OCWR DRONE EXPERIENCES/RESULTS

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Page 15: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

DRONE FLIGHT PERFORMANCE

Pix4D Capture App

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Page 16: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

DRONE FLIGHT PERFORMANCE

DJI GO APP

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Page 17: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

AERIAL VIEWS AT THE LANDFILL

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Page 18: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

AERIAL VIEWS AT THE LANDFILL

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Page 19: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

OCWR DRONE EXPERIENCES/RESULTS

Operations

• Safely monitor areas

inaccessible by foot or

smaller vehicles

• Ability to track cover

usage and obtain real-

time construction

quantities• Perform aerial surveys and imaging in-house

• Reduced turn-around time

• Increased accuracy

• Enhance bid walks with aerial overview photos and videos

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Page 20: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

QUESTIONS

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• How much is the license? Does it expire? Are there

education requirements?

• How do you deal with no-fly over zones? We’ve heard of

waivers, are they hard to apply for?

• Are you using drones to do annual fly overs and would

your regulator (LEA) need a particular program or

computer capacity to view such files?

• What are the different ways you have used drones?

• Have you come across any operational or legal issues

that you didn’t anticipate that you can share, i.e. lesson

learn with using new technology?

Page 21: OCWR D PROGRAM...• Drone Motor Direction And Propeller Design • Onscreen Real-Time Flight Parameters • No Fly Zone Drone Technology • Receive alerts and warning on controller

THANKS FOR YOUR TIME

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Kevin Froehlich

OC Waste & Recycling

Email: [email protected]

Phone: 949-551-7126