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Value Chain Analysis | Construction Economic Efficiency of UAV-based Surveying in the Construction Industry + Case Study Drone Industry Insights | Value Chain Analysis | October 2016 supported by: Rev. 1.0 | October2016 | ©2016 Drone Industry Insights, Hamburg, Germany, all rights reserved

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Page 1: Value Chain Analysis | Construction · PDF fileValue Chain Analysis | Construction Economic Efficiency of UAV-based Surveying in the Construction Industry + Case Study Drone Industry

Value Chain Analysis | Construction

Economic Efficiency of UAV-based Surveying in the Construction Industry + Case Study

Drone Industry Insights | Value Chain Analysis | October 2016

supported by:

Rev. 1.0 | October2016 | ©2016 Drone Industry Insights, Hamburg, Germany, all rights reserved

Page 2: Value Chain Analysis | Construction · PDF fileValue Chain Analysis | Construction Economic Efficiency of UAV-based Surveying in the Construction Industry + Case Study Drone Industry

Table of content 1 Executive summary 2 Introduction 2.1 General 2.2 The Geo-Information System – Market

and Technology 3 Requirements for UAV Operations 3.1 Legal Requirements 3.2 Make or Buy 3.3 Environment and Risk 4 The Mission 5 The Unmanned Aerial System 5.1 The Unmanned Aerial System and the

respective Components for Data Collection

5.1.1 Aerial-based Processes for Data Collection

5.1.2 The Payload 5.1.3 The Platform 5.2 Data and Software 5.2.1 Flight Planning Software 5.2.2 Data Collection, Storage and Transfer 5.2.3 Data Analysis and Processing 5.2.4 Overview of Photogrammetry Software

Suppliers 6 The Process 6.1 Conventional vs. UAV-based Process 6.2 Process Description 6.2.1 Role Description 6.2.2 Process Sequence 6.2.3 The Conventional Process – a

Comparison 6.3 Process Analysis 6.3.1 Time, Costs and Quality 6.3.2 The Result 7 Case Study 8 Future Perspectives 8.1 Legislation 8.2 Technology & Processes

Graphics Graphic 1: Degree of overlap Graphic 2: Process sequence of UAV-based data acquisition Graphic 3: Comparison of time saving per phase Graphic 4: Amortization period of initial investment Graphic 5: Decision-making, case-study

Tables Table1 Added value through UAV technology Table 2: Risk analysis Table 3: Inverse decision process Table 4: Comparison of different platforms Table 5: Selection of optical cameras Table 6: Selection of LiDAR sensors Table 7: Comparison of LiDAR and

photogrammetry Table 8: Comparison of different platform configurations Table 9: Data processing software Table 10: Comparison of process duration per number of missions Table 11: Cost comparison per number of missions

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Page 3: Value Chain Analysis | Construction · PDF fileValue Chain Analysis | Construction Economic Efficiency of UAV-based Surveying in the Construction Industry + Case Study Drone Industry

List of References Kersten (2016), UAV 2016 – Vermessung mit unbemannten Flugsystemen, Schriftreihe des DVW, Band 82, publ. Februar 2016 Drone Investment Trends 2016, Drone Industry Insights publication, publ. May 17th2016, www.droneii.com/drone-investment-trends-2016 OECD (2016): Global growth warning: Weak trade, financial distortions, OECD, publ. Sep. 21st 2016 P&S Market Research (2016), Market report: Global Geographic Information System (GIS), publ. Feb 2016, www.psmarketresearch.com/ market-analysis/geographic-information-system-market UAS Safety Risk Assessment (2016), Drone Industry Insights publication, publ. Nov 30th

2015, www.droneii.com/project/drone-safety-risk-assessment JARUS (2015), Jarus external consultation for publications: Specific Operations Risk Assessment (SORA), JAR-DEL, WG6 Drone Business Development Guide (2016),Drone Industry Insights publication, publ. May 30th2016, www.droneii.com/project/ drone-business-development LiDAR vs. Photogrammetry (2016), Blog post of Sean Higgins, Spar3D, Drone LiDAR vs. Photogrammetry: A Technical Guide, publ. Aug. 31st2016, www.spar3d.com/news/lidar/ Solid-State LiDAR (2015), Blog post of Sean Higgins, Spar 3D, A New Era of 3D Scanning, publ. Dec. 16th 2015, www.spar3d.com/blogs/ the-other-dimension/vol13no50-solid-state-lidar-a-new-era-of-3d-scanning/ GIS Trends (2016), Blog post by Linda Hecht: GIS Trends 2016, publ. April, 5th 2016, https://medium.com/@linda_29745/gis-trends-2016-5ac83ffc80dc#.4kzdf1p8r

Subject Matter Experts Sebastian Siebert UAS Application Specialist and Photogrammetry Expert, ConTech Construction Technologies GmbH, Chemnitz Benjamin Federmann Director Marketing, Communications & Product Management und UAS Application Expert, Aibotix GmbH, Kassel Prof. Thomas Kersten Professor for Photogrammetry & Laser-scanning at the HafenCity University (HCU) Hamburg Andreas Fröhlich Technical advisor and consulting, Luftwerk Hamburg.

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Page 4: Value Chain Analysis | Construction · PDF fileValue Chain Analysis | Construction Economic Efficiency of UAV-based Surveying in the Construction Industry + Case Study Drone Industry

About

Drone Industry Insights (www.droneii.com) is a market research and analytics company based in Hamburg, Germany. We provide insights, competitive intelligence and market data for the

commercial drone industry. Our consulting services range from operational issues up to corporate strategy solutions.

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Drone Industry Insights is not an adviser. Nothing in this report is intended to serve as a buying decision advice, or a recommendation of any particular transaction or investment or purchasing.

Copyright © 2016 Drone Industry Insights. All rights reserved. This document is intended for general informational purposes only, does not take into account the reader’s specific circumstances, and may not reflect the most current developments. Drone Industry Insights disclaims, to the fullest extent permitted by applicable law, any and all liability for the accuracy and completeness of the information in this document and for any acts or omissions made based on such information. Drone Industry Insights does not provide legal, regulatory, audit, or tax advice. Readers are responsible for obtaining such advice from their own legal counsel or other licensed professionals.