Industry Insights
The LiDARtechnology market is anticipated as growing market with the increasing
requirement for 3-dimension imagery in various end-use segments. Noticeable
drop in prices of LiDAR is also expected to spur the market growth. Due to
competitive benefits in terms of light dependency and high accuracy, LiDAR
technology has replaced photogrammetry technology which is anticipated as one
of the prominent LiDAR technology market drivers.
Emerging
environmental unease and increased homeland security needs are expected to impact
the growth of the LiDAR technology market positively over the forecast period.
Growing requirements for critical and imaginary mapping statistics in
government and defense sector is projected to drive the global LiDAR technology
market. Environmental purposes such as fisheries monitoring, near surface soil
substance, wetlands remediation and vegetation health are also expected offer
the key opportunities to fuel the market growth in coming years.
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Product
insights
LiDAR products are categorized in to airborne, mobile, terrestrial and limited (short) range. Airborne LiDAR products have contributed significant market growth over the past decade. Technological advancements are projected to enhance the cost-profit ratio of terrestrial & mobile LiDAR systems, which is expected to beat that of airborne systems. New innovations including digital surface modelling and long range imaging for terrestrial and airborne systems are expected to spur the market growth over the forecast period.
LiDAR products are categorized in to airborne, mobile, terrestrial and limited (short) range. Airborne LiDAR products have contributed significant market growth over the past decade. Technological advancements are projected to enhance the cost-profit ratio of terrestrial & mobile LiDAR systems, which is expected to beat that of airborne systems. New innovations including digital surface modelling and long range imaging for terrestrial and airborne systems are expected to spur the market growth over the forecast period.
Component
Insights
MEMS mirrors, GPS, inertial navigation system, camera and laser diode are the example of component used in LiDAR technology. MEMS scanning mirror is going to replace the traditional laser scanner application owing to low cost of LiDAR and bulky & expensive traditional laser scanner. This is expected to contribute in advancement of miniaturization and cost lessening by application of MEMS technology.
MEMS mirrors, GPS, inertial navigation system, camera and laser diode are the example of component used in LiDAR technology. MEMS scanning mirror is going to replace the traditional laser scanner application owing to low cost of LiDAR and bulky & expensive traditional laser scanner. This is expected to contribute in advancement of miniaturization and cost lessening by application of MEMS technology.
Application
Insights
Increasing demand for imagery and 3D scanning in commercial, government and consumer applications is one of the major drivers, increasing the overall growth of the market. Government segment was the leading segment and is expected to continue the same over the forecast period. Application of the technology in various government sectors including railways & roadways and forestry management is expected spur the growth of the market in coming years. Adoption of the internet mapping is going to significantly increase the requirement for geospatial data worldwide. Requirement of emergency mapping is anticipated to grow the demand for better real-time mobile mapping technology abilities in coming years.
Increasing demand for imagery and 3D scanning in commercial, government and consumer applications is one of the major drivers, increasing the overall growth of the market. Government segment was the leading segment and is expected to continue the same over the forecast period. Application of the technology in various government sectors including railways & roadways and forestry management is expected spur the growth of the market in coming years. Adoption of the internet mapping is going to significantly increase the requirement for geospatial data worldwide. Requirement of emergency mapping is anticipated to grow the demand for better real-time mobile mapping technology abilities in coming years.
Regional
Insights
Increasing defense expenditure in Asia Pacific is expected to grow the market in region over the forecast period. North America is expected to lead the market, pursued by Europe in coming years. Owing to high diffusion rate of LiDAR devices in various functions including military and transportation, volumetric mapping and corridor mapping is projected to contribute noticeably to the European LiDAR technology market growth. High requirement in the U.S. owing to increasing aerospace applications combined with consumption in segments including telecommunications, reverse engineering asset management, mine mapping and civil engineering is going to spur the LiDAR technology market growth in the region.
Increasing defense expenditure in Asia Pacific is expected to grow the market in region over the forecast period. North America is expected to lead the market, pursued by Europe in coming years. Owing to high diffusion rate of LiDAR devices in various functions including military and transportation, volumetric mapping and corridor mapping is projected to contribute noticeably to the European LiDAR technology market growth. High requirement in the U.S. owing to increasing aerospace applications combined with consumption in segments including telecommunications, reverse engineering asset management, mine mapping and civil engineering is going to spur the LiDAR technology market growth in the region.
Competitive
Insights
Aerometric, Airborne Hydrography Ab, Firmatek, 3D Laser Mapping and FARO Technology are some of the global key players of LiDAR technology market. Players functioning in the LiDAR technology market concentrate on setting up a wide allocation network and new innovations. Merger, acquisitions and strategic partnerships between players are going to help in the expansion of business.
Aerometric, Airborne Hydrography Ab, Firmatek, 3D Laser Mapping and FARO Technology are some of the global key players of LiDAR technology market. Players functioning in the LiDAR technology market concentrate on setting up a wide allocation network and new innovations. Merger, acquisitions and strategic partnerships between players are going to help in the expansion of business.
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Table of Contents
Chapter 1. Executive Summary
1.1. LiDAR - Industry Summary and Critical Success Factors (CSFs)
1.1. LiDAR - Industry Summary and Critical Success Factors (CSFs)
Chapter 2. LiDAR Technology Industry Outlook
2.1. Market Segmentation
2.2. Market Size and Growth Prospects
2.3. LiDAR Value Chain Analysis
2.4. LiDAR Market Dynamics
2.5. Key Opportunities Prioritized
2.6. Industry Analysis - Porter's
2.7. LiDAR - Company Market Share Analysis, 2013
2.8. LiDAR Market PESTEL Analysis, 2013
2.1. Market Segmentation
2.2. Market Size and Growth Prospects
2.3. LiDAR Value Chain Analysis
2.4. LiDAR Market Dynamics
2.5. Key Opportunities Prioritized
2.6. Industry Analysis - Porter's
2.7. LiDAR - Company Market Share Analysis, 2013
2.8. LiDAR Market PESTEL Analysis, 2013
Chapter 3. LiDAR Technology Product Outlook
3.1. Airborne
3.2. Terrestrial
3.3. Mobile
3.4. Short Range
3.1. Airborne
3.2. Terrestrial
3.3. Mobile
3.4. Short Range
Chapter 4. LiDAR Technology Component Outlook
4.1. GPS
4.2. MEMS Mirror
4.3. Navigation
4.4. Laser Diode
4.5. Camera
4.1. GPS
4.2. MEMS Mirror
4.3. Navigation
4.4. Laser Diode
4.5. Camera
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Chapter 5. LiDAR Technology Application Outlook
5.1. Military & Defence
5.2. Civil Engineering
5.3. Government
5.4. Corridor Mapping
5.5. Topographical Surveys
5.1. Military & Defence
5.2. Civil Engineering
5.3. Government
5.4. Corridor Mapping
5.5. Topographical Surveys
Chapter 6. LiDAR Technology Regional Outlook
6.1. North America
6.2. Europe
6.3. Asia Pacific
6.4. RoW
6.1. North America
6.2. Europe
6.3. Asia Pacific
6.4. RoW
Chapter 7. Competitive Landscape
7.1. 3D Laser Mapping
7.2. Aerometric
7.3. Airborne Hydrography Ab
7.4. Airborne Imaging Inc.
7.5. Avent Lidar Technology
7.6. Digitalworld Mapping
7.7. Faro Technology
7.8. Firmatek
7.9. Intermap Technologies Corp.
7.10. Leica Geosystems AG
7.11. Mosaic 3D
7.12. Optech Incorporated
7.13. Pix4D
7.14. Reigl USA
7.15. Renishaw Plc
7.16. Saab
7.17. Trimble Navigation Limited
7.1. 3D Laser Mapping
7.2. Aerometric
7.3. Airborne Hydrography Ab
7.4. Airborne Imaging Inc.
7.5. Avent Lidar Technology
7.6. Digitalworld Mapping
7.7. Faro Technology
7.8. Firmatek
7.9. Intermap Technologies Corp.
7.10. Leica Geosystems AG
7.11. Mosaic 3D
7.12. Optech Incorporated
7.13. Pix4D
7.14. Reigl USA
7.15. Renishaw Plc
7.16. Saab
7.17. Trimble Navigation Limited
Chapter 8. Methodology and Scope
8.1. Research Methodology
8.2. Research Scope & Assumption
8.3. List of Data Sources
8.1. Research Methodology
8.2. Research Scope & Assumption
8.3. List of Data Sources
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