Infrastructure Inspection
using sUAS
Dave Kroetsch, CEO
sUSB Expo 2015 - May 1, 2015
Overview
 Aeryon Labs - Company Background
 Challenges of Power Line Inspection
 Benefits of UAS Technology
 In-Field Examples
 Aerial Inspection in Other Industries
Aeryon Labs builds
rugged, easy-to-use sUAS
for the
backpack of the soldier
trunk of the
power line inspector
and the
Aeryon Labs Inc.
• Founded in 2007, Aeryon Scout sUAS since 2009
• Aeryon SkyRanger sUAS introduced in 2013
• Aeryon HDZoom30 Payload - 2015
• Global Customers – Comm’l, Public Safety, Military
Archeology Dig in
Saskatchewan
Stellar Sea Lions
in Bering Sea
Libyan Rebels
Tripoli Advance
BP Oil Spill
Response
US Coast Guard
Fuel Delivery
Mapping Christ the
Redeemer Statue
Aeryon Philosophy
Anyone Can Fly
• Intuitive touchscreen navigation &
camera control
• Advanced automated features, fail-safes
• Minimal training
Fly Anywhere, Anytime
• Single user transport, deployment, operation
• Integrated payloads & industry solutions
• Reliable in high winds & extreme weather
conditions
Aeryon SkyRanger™
Aeryon SkyRanger
• 50 minute flight time
• Wind Tolerance
o 40mph/65kmh sustained
o 55mph/90kmh gusts
• All-weather
o -22 to 122oF (-30 to 50oC)
• 5.3 lbs (2.4 kg)
Easy-to-use, minimal training
Simple system
status display
Single operator control
Pre-planned flight paths or ad-hoc
GPS camera
targeting
Touchscreen
map-based
navigation
Real-time
digital video
Power Line Inspection
• Inspect tower structure
Detect cracks, deterioration
Read lot codes/serial numbers
• Inspect insulator
Locate broken insulators
Detect contamination
• Inspect fastening hardware
Locate cotter pins
Count exposed bolt threads
Challenges of Power line Inspection
• Remote and hard to reach structures
• High-value infrastructure
cost of failure is extraordinary
• Using manned aircraft or manual towers
inspection can be:
Expensive
Dangerous
Limited by ability to get close to structure
Challenges (cont’d)
• High electrical potential (kV) in power lines
Risk for proximate people/objects
Potential flashover
• Magnetic interference
• Obstacles
Towers & power lines
Increase risk during operations especially beyond
line of sight
Overcoming the Challenges
• The Hard Way - Close proximity
Multiple sensors – obstacle avoidance, etc
Very precise positioning – skilled pilots
High resolution, wide FOV imagery
• The Right Way
Maintain reasonable standoff distance
HDZoom30
Solution Profile
• SkyRanger with HDZoom30
 Safe standoff distance
 Clear, precise, detailed imagery
 Ease of use
• Class-leading endurance
 On station longer
 Capture more imagery
 Operate further from launch
• Class-leading wind and environmental tolerance
 High altitude
 Operations are not constrained by wind/weather
Take-off location
The Tower
Inspection Scenario
• 500 kV live power line
• 400m from operator
Standoff distance 7m
Reading Serial Numbers
Example 2
• ~1000 ft (300m) away
• On top of a mountain
• Standoff of 65ft (20m)
Power Line Inspection
Insulator Inspection
EO/IR Capability
Common Challenges
Mirrored in other industries:
Solar farms
Wind power generation
Chemical plants
Common Challenges
Cell phone towers
Flare stacks
Pipelines
FAA Approved Applications
• Multiple FAA 333 Exemptions
Flare stack (on and offshore)
Power line
Plant inspection
• State-wide blanket COAs
Inspection Applications Worldwide
Thank You
www.aeryon.com.
Aeryon Labs Inc.
575 Kumpf Drive
Waterloo ON N2V 1K3
Canada
Sales Inquires:
sales@aeryon.com
General Information:
info@aeryon.com
Head Office: 519-489-6726
Fax: 519-489-6726
x320 - sales

Dave Kroetsch, Aeryon

  • 1.
    Infrastructure Inspection using sUAS DaveKroetsch, CEO sUSB Expo 2015 - May 1, 2015
  • 2.
    Overview  Aeryon Labs- Company Background  Challenges of Power Line Inspection  Benefits of UAS Technology  In-Field Examples  Aerial Inspection in Other Industries
  • 3.
    Aeryon Labs builds rugged,easy-to-use sUAS for the backpack of the soldier trunk of the power line inspector and the
  • 4.
    Aeryon Labs Inc. •Founded in 2007, Aeryon Scout sUAS since 2009 • Aeryon SkyRanger sUAS introduced in 2013 • Aeryon HDZoom30 Payload - 2015 • Global Customers – Comm’l, Public Safety, Military Archeology Dig in Saskatchewan Stellar Sea Lions in Bering Sea Libyan Rebels Tripoli Advance BP Oil Spill Response US Coast Guard Fuel Delivery Mapping Christ the Redeemer Statue
  • 5.
    Aeryon Philosophy Anyone CanFly • Intuitive touchscreen navigation & camera control • Advanced automated features, fail-safes • Minimal training Fly Anywhere, Anytime • Single user transport, deployment, operation • Integrated payloads & industry solutions • Reliable in high winds & extreme weather conditions
  • 6.
  • 7.
    Aeryon SkyRanger • 50minute flight time • Wind Tolerance o 40mph/65kmh sustained o 55mph/90kmh gusts • All-weather o -22 to 122oF (-30 to 50oC) • 5.3 lbs (2.4 kg)
  • 8.
    Easy-to-use, minimal training Simplesystem status display Single operator control Pre-planned flight paths or ad-hoc GPS camera targeting Touchscreen map-based navigation Real-time digital video
  • 9.
    Power Line Inspection •Inspect tower structure Detect cracks, deterioration Read lot codes/serial numbers • Inspect insulator Locate broken insulators Detect contamination • Inspect fastening hardware Locate cotter pins Count exposed bolt threads
  • 10.
    Challenges of Powerline Inspection • Remote and hard to reach structures • High-value infrastructure cost of failure is extraordinary • Using manned aircraft or manual towers inspection can be: Expensive Dangerous Limited by ability to get close to structure
  • 11.
    Challenges (cont’d) • Highelectrical potential (kV) in power lines Risk for proximate people/objects Potential flashover • Magnetic interference • Obstacles Towers & power lines Increase risk during operations especially beyond line of sight
  • 12.
    Overcoming the Challenges •The Hard Way - Close proximity Multiple sensors – obstacle avoidance, etc Very precise positioning – skilled pilots High resolution, wide FOV imagery • The Right Way Maintain reasonable standoff distance
  • 13.
  • 14.
    Solution Profile • SkyRangerwith HDZoom30  Safe standoff distance  Clear, precise, detailed imagery  Ease of use • Class-leading endurance  On station longer  Capture more imagery  Operate further from launch • Class-leading wind and environmental tolerance  High altitude  Operations are not constrained by wind/weather
  • 15.
    Take-off location The Tower InspectionScenario • 500 kV live power line • 400m from operator
  • 16.
  • 18.
    Example 2 • ~1000ft (300m) away • On top of a mountain • Standoff of 65ft (20m)
  • 19.
  • 21.
  • 24.
  • 25.
    Common Challenges Mirrored inother industries: Solar farms Wind power generation Chemical plants
  • 26.
    Common Challenges Cell phonetowers Flare stacks Pipelines
  • 27.
    FAA Approved Applications •Multiple FAA 333 Exemptions Flare stack (on and offshore) Power line Plant inspection • State-wide blanket COAs
  • 28.
  • 29.
    Thank You www.aeryon.com. Aeryon LabsInc. 575 Kumpf Drive Waterloo ON N2V 1K3 Canada Sales Inquires: sales@aeryon.com General Information: info@aeryon.com Head Office: 519-489-6726 Fax: 519-489-6726 x320 - sales

Editor's Notes

  • #6 Incredibly easy to learn – Libya example
  • #7 Up to 10km range Up to 50-minute flight time Wind tolerance 40 mph (65 kph) sustained 55 mph (90 kph) gusts Set up under 3 minutes (Homeland Security trial) Minimal training Auto-system check Vertical launch/confined area Payload stability Payload options Flight planning Mapping Portability
  • #16 A broken insulator during the demo