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Asia-Pacific LiDAR Market by Product Types (Terrestrial/Static, Aerial, Mobile, Short Range), Component (Laser, Inertial Navigation System, Camera, GPS/GNSS Receiver, Microelectromechanical System) and Users (Aerospace & Defense, Civil Engineering, Archaeology, Forestry & Agriculture, Mining, Transportation) - Opportunity Analysis and Industry Forecast, 2015 - 2022

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Pages: 110
Jul 2016 | 2600 Views
 
Author's : Sumeet Pal and Sonia Mutreja
Tables: 43
Charts: 26
 

Asia-Pacific Light Detection and Ranging System Market Overview:

Asia-Pacific (LiDAR)Light Detection and Ranging System Market is expected to garner $205.6 million by 2022, registering a CAGR of 25% during the forecast period 2016 - 2022. The report incorporates the study of Asia-Pacific LiDAR market that focuses on types of LiDAR systems.

LiDAR is an emerging technology that helps to capture high-definition 3D data of geospatial surfaces. The product types are differentiated into airborne/aerial, mobile, short range and terrestrial/stationary. Aerial LiDAR devices are defined as LiDAR systems mounted on aircrafts or drones. Mobile LiDAR are those mounted on vehicles, turbines and other moving objects. Static/terrestrial LiDAR are mounted on land surface or buildings, towers, etc. All of the LiDAR operating in range of about 0-10 meters are considered as short-range LiDAR.

These systems are increasingly employed over conventional surveying methods owing to their ability to provide highly accurate data and 3D images in a shorter time duration. LiDAR systems have replaced conventional surveying methods and statistical analysis owing to the in-depth analysis requirement in different application areas. The widespread awareness about the advantages of LiDAR usage in varied industry verticals is a major factor driving the LiDAR market in Asia-Pacific. Countries, such as China, Japan, South Korea and others, have started using LiDAR technology in civil engineering and forestry applications. Increased spending capabilities and rising government initiatives have led to the rise in the usage of LiDAR technology in different application areas, which further supplements the market growth and creates opportunities for the market players to enhance their market share.  

The innovations in the laser technology help to bring price corrections in LiDAR products. Simultaneously, the changing demands and preferences of the urban population unveil newer LiDAR applications apart from conventional military applications. The sophistication of 3D imaging technology leads to increased corridor mapping activities by the LiDAR. The market is likely to experience continued dominance from defense and corridor mapping applications.

PROPERTIES OF LIDAR SENSOR

LiDAR series

Range

Resolution

Cost

Older LiDAR

less than 8m

1

$15,000

Advanced LiDAR

18‐30m

0.25

$8,000

ENHANCED EFFICIENCY OF LIDAR SENSOR

 ENHANCED EFFICIENCY OF LIDAR SENSOR

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Key players adopt product launch and R&D as their key strategies to meet the customer demands and increase their customer base. Acquisitions, joint ventures and partnerships are likely to help players to set a common technology platform and share the technological requirements, which in turn would enhance their product portfolio in less investment and increase their market share across Asia-Pacific.

SEGMENT OVERVIEW

The Asia-Pacific LiDAR market, by type is segmented into terrestrial, aerial, mobile, and short-range systems. A terrestrial LiDAR, also known as a ground-based LiDAR system is a laser scanner integrated with a highly accurate GPS system. This LiDAR possesses an exceptional ability to produce 3D images of land at coastal and other areas. Taking into consideration the natural hazards in Asia-Pacific, ground movements such as landslides can be analyzed and measured by satellite imagery. However, the problem associated with the traditional satellite imagery was that vertical cliffs could not be viewed at an oblique angle and the fast coastal changes could not be traced. Thus, terrestrial LiDAR systems are used to resolve these problems by providing accurate measurements at a safe distance.

China is the largest revenue-generating country in the Asia-Pacific terrestrial LiDAR market and is expected to maintain its dominant position throughout the forecast period.

CHINA TERRESTRIAL LIDAR REVENUE, 2015-2022 ($MILLION)

 

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The components of the Asia-Pacific LiDAR market are sub-segmented into laser generator, inertial navigation system (INS), camera, GPS/GNSS receiver, and microelectromechanical system. The use of these components depends on their respective applications.

Corridor mapping and seismology exploration & detection are some of the major application areas of LiDAR systems. The others segment includes pollution modelling, coastline management, and metrology. In 2015, corridor mapping was the highest revenue-generating application owing to its increasing adoption to plan urban modelling, flood mapping, and forestry application.

COUNTRY LEVEL ANALYSIS

The countries included in the Asia-Pacific LiDAR systems market are China, Japan, India, South Korea, and Rest of Asia-Pacific. The systems capable of detecting low level nearby wind turbulence and shear during non-precipitative conditions are being adopted in China. For instance, In September 2015, Mitsubishi Electric Corporation bagged a contract from Honk Kong Observatory (HKO), a department of the Hong Kong Government, to supply two terminal LiDAR systems to Hong Kong International Airport (HKIA).

In the current scenario, offshore wind energy projects are monitored and analyzed by onshore LiDAR systems in Japan. For instance, in March 2016, Oldbaum Services, in collaboration with NRG Renewables installed a long range remote sensing system, Leosphere W200S, in the Hokkaido province for collecting and interpreting offshore wind energy project data from an onshore location.  

TOP FACTORS IMPACTING ASIA-PACIFIC LIDAR MARKET

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 Increasing use of drones for various applications

Increasing use of drones in agriculture, cartography, and corridor mapping presents various growth opportunities for the LiDAR market. Moreover, upsurge in the use of drones across various commercial sectors, such as media & entertainment, forestry department, inspection, and surveying, has fueled the demand for LiDAR.

Rising demand for 3D imaging in emerging countries

The demand for 3D imaging has increased in the recent years due to its high adoption in corridor mapping, healthcare, and forest zone management applications. Various commercial and government sectors use 3D imaging for different applications such as planning and monitoring activities related to roadways, railways, cities, and forest management among others.

High cost of the LiDAR equipment

The impact of this restraint is expected to decrease during the forecast period, due to decrease in the price of these equipment in the last few years. Technological advancements have reduced the average cost of these equipment

VALUE CHAIN ANALYSIS

The stakeholders involved in the value chain of the Asia-Pacific LiDAR market includes component suppliers, system assemblers, utility solution manufacturers, and end users. These stakeholders perform various roles in specific areas and gradually add more value to the product.

VALUE CHAIN ANALYSIS OF ASIA-PACIFIC LIDAR MARKET
 

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The components in a LiDAR device include 3D sensors, MEMS chips, semiconductors, navigation system, and other components. It is noted that the components need to be technologically advanced for the efficient performance of the device. Thus, the LiDAR component suppliers are responsible for adding value to the product by providing technologically updated components.

Key Benefits of Asia-Pacific Light Detection and Ranging System Market

  • The study highlights the Asia-Pacific LiDAR market with current trends and estimates the adoption of LiDAR technology across varied industry verticals to analyze the prominent investment pockets.
  • Microscopic analysis of segments is conducted to gauge the potential of the market and highlight the favorable conditions for the market growth.
  • Porters five force’s model helps in analyzing the potential of buyers & suppliers, with a competitive outlook, which helps key players in decision-making.
  • Value chain analysis provides a clear view of key intermediaries involved and elaborates their roles and value addition at every stage.

ASIA PACIFIC LIGHT DETECTION AND RANGING SYSTEM MARKET SEGMENT

By Product Types

  • Terrestrial/StaticMarket
  • Aerial
  • Mobile
  • Short Range

By Application

  • Corridor Mapping
  • Seismology
  • Exploration & Detection
  • Others

By Component

  • Laser
  • Inertial Navigation System
  • Camera
  • GPS/GNSS Receiver
  • Microelectromechanical System (MEMS)

Market By Users

  • Aerospace & Defense
  • Civil Engineering
  • Archaeology
  • Forestry & Agriculture
  • Mining
  • Transportation

By Country

  • China
  • Japan
  • India
  • South Korea
  • Rest of Asia-Pacific
 

Chapter: 1 INTRODUCTION

1.1 Report description
1.2 Key benefits
1.3 Key market segment
1.4 Research methodology

1.4.1 Secondary research
1.4.2 Primary research
1.4.3 Analyst tools and models

Chapter: 2 EXECUTIVE SUMMARY

2.1 CXO perspectives

Chapter: 3 MARKET OVERVIEW

3.1 Market definition and scope
3.2 Key findings

3.2.1 Top factors impacting the market
3.2.2 Top winning strategies
3.2.3 Top investment pockets

3.3 Value chain analysis
3.4 Porters five forces analysis

3.4.1 Moderate bargaining power of suppliers due to large number of suppliers and low switching cost
3.4.2 Moderate bargaining power of buyers due to high demand, availability of substitutes, and limited players that provide quality product
3.4.3 Cost-effective substitutes and high costs of industry products have led to high threat of substitutes
3.4.4 Higher capital investments and government regulations have led to low threat of new entrants
3.4.5 Presence of numerous players, low switching cost increases the competition among rivalries

3.5 Drivers

3.5.1 Increasing use of drones in agriculture, cartography, and corridor mapping
3.5.2 Automated processing in LiDAR System leads to enhanced efficiency
3.5.3 Rising demand for 3D imaging in emerging countries
3.5.4 Technological superiority than other technologies

3.6 Restraint

3.6.1 High cost of LiDAR equipment
3.6.2 Lack of awareness

3.7 Opportunity

3.7.1 Growing adoption of autonomous vehicles in emerging countries of Asia-Pacific

Chapter: 4 ASIA-PACIFIC LIDAR MARKET, BY PRODUCT TYPE

4.1 Terrestrial

4.1.1 Key market trends
4.1.2 Key growth factors and opportunities
4.1.3 Market size and forecast

4.2 Aerial

4.2.1 Key market trends
4.2.2 Key growth factors and opportunities
4.2.3 Market size and forecast

4.3 Mobile

4.3.1 Key market trends
4.3.2 Key growth factors and opportunities
4.3.3 Market size and forecast

4.4 Short-range

4.4.1 Key market trends
4.4.2 Key growth factors and opportunities
4.4.3 Market size and forecast

Chapter: 5 ASIA-PACIFIC LIDAR MARKET, BY COMPONENT

5.1 Lasers

5.1.1 Key market trends
5.1.2 Key growth factors & opportunities
5.1.3 Market size & forecast

5.2 Inertial navigation system

5.2.1 Key market trends
5.2.2 Key growth factors & opportunities
5.2.3 Market size & forecast

5.3 Camera

5.3.1 Key market trends
5.3.2 Key growth factors & opportunities
5.3.3 Market size & forecast

5.4 GPS/GNSS receiver

5.4.1 Key market trends
5.4.2 Key growth factors & opportunities
5.4.3 Market size & forecast

5.5 Microelectromechanical system (MEMS)

5.5.1 Key market trends
5.5.2 Key growth factors & opportunities
5.5.1 Market size & forecast

Chapter: 6 ASIA-PACIFIC LIDAR MARKET, BY APPLICATION

6.1 Corridor mapping

6.1.1 Key market trends
6.1.2 Key growth factors and opportunities
6.1.3 Market size and forecast

6.2 Seismology

6.2.1 Key market trends
6.2.2 Key growth factors and opportunities
6.2.3 Market size and forecast

6.3 Exploration and detection

6.3.1 Key market trends
6.3.2 Key growth factors and opportunities
6.3.3 Market size and forecast

6.4 Others

6.4.1 Key market trends
6.4.2 Key growth factors and opportunities
6.4.3 Market size and forecast

Chapter: 7 ASIA-PACIFIC LIDAR MARKET, BY END-USER

7.1 Introduction

7.2 Civil engineering
7.2.1 Key market trends
7.2.2 Key drivers & opportunities
7.2.3 Market size & forecast

7.3 Archaeology

7.3.1 Key market trends
7.3.2 Key drivers & opportunities
7.3.3 Market size & forecast

7.4 Mining

7.4.1 Key market trends
7.4.2 Key drivers & opportunities
7.4.3 Market size & forecast

7.5 Transportation

7.5.1 Key market trends
7.5.2 Key drivers & opportunities
7.5.3 Market size & forecast

7.6 Defense & Aerospace

7.6.1 Key market trends
7.6.2 Key drivers & opportunities
7.6.3 Market size & forecast

7.7 Forestry & agriculture

7.7.1 Key market trends
7.7.2 Key drivers & opportunities
7.7.3 Market size & forecast

Chapter: 8 ASIA-PACIFIC LIDAR MARKET, BY COUNTRY

8.1 China

8.1.1 Key market trends
8.1.2 Key drivers and opportunities
8.1.3 Market size and forecast

8.2 Japan

8.2.1 Key market trends
8.2.2 Key drivers and opportunities
8.2.3 Market size and forecast

8.3 India

8.3.1 Key market trends
8.3.2 Key drivers and opportunities
8.3.3 Market size and forecast

8.4 South Korea

8.4.1 Key market trends
8.4.2 Key drivers and opportunities
8.4.3 Market size and forecast

8.5 Rest of Asia-Pacific

8.5.1 Key market trends
8.5.2 Key drivers and opportunities
8.5.3 Market size and forecast

Chapter: 9 COMPANY PROFILE

9.1 Airborne Hydrography AB

9.1.1 Company overview
9.1.2 Key strategies & developments
9.1.3 SWOT analysis

9.2 Faro Technologies Inc.

9.2.1 Company overview
9.2.2 Business performance
9.2.3 Key strategies & developments
9.2.4 SWOT analysis

9.3 Leica Geosystems Inc. (Hexagon)

9.3.1 Company overview
9.3.2 Business performance
9.3.3 Key strategies & developments
9.3.4 SWOT analysis

9.4 3D Laser Mapping Inc.

9.4.1 Company overview
9.4.2 SWOT analysis

9.5 RIEGL Laser Measurement Systems GmbH

9.5.1 Company overview
9.5.2 Key strategies & developments
9.5.3 SWOT analysis

9.6 Aerometric Inc.

9.6.1 Company overview
9.6.2 SWOT analysis

9.7 Optech Inc. (Teledyne Technologies)

9.7.1 Company overview
9.7.2 Business performance
9.7.3 Key strategies & developments
9.7.4 SWOT analysis

9.8 Quanergy Systems, Inc.

9.8.1 Company overview
9.8.2 Key strategies & developments
9.8.3 SWOT analysis

9.9 Raymetrics S.A.

9.9.1 Company overview
9.9.2 Key strategies & developments
9.9.3 SWOT analysis

9.10 Saab Group

9.10.1 Company overview
9.10.2 Business performance
9.10.3 Key strategies & developments
9.10.4 SWOT analysis

List of Figures

FIG. 1 TOP IMPACTING FACTORS
FIG. 2 TOP WINNING STRATEGIES IN ASIA-PACIFIC LIDAR MARKET, 2015
FIG. 3 TOP WINNING STRATEGIES IN ASIA-PACIFIC LIDAR MARKET
FIG. 4 TOP INVESTMENT POCKETS
FIG. 5 VALUE CHAIN ANALYSIS OF ASIA-PACIFIC LIDAR MARKET
FIG. 6 PORTERS FIVE FORCES MODEL
FIG. 7 ENHANCED EFFICIENCY OF LIDAR SENSOR
FIG. 8 AIRBORNE HYDROGRAPHY AB - SWOT ANALYSIS
FIG. 9 REVENUE GENERATED BY FARO TECHNOLOGIES INC., 20132015 ($MILLION)
FIG. 10 REVENUE OF FARO TECHNOLOGIES INC. IN PERCENTAGE, BY GEOGRAPHY, 2015
FIG. 11 FARO TECHNOLOGIES INC. - SWOT ANALYSIS
FIG. 12 REVENUE GENERATED BY LEICA GEOSYSTEMS INC. (HEXAGON), 20132015 ($MILLION)
FIG. 13 REVENUE OF LEICA GEOSYSTEMS INC. (HEXAGON) IN PERCENTAGE, BY GEOGRAPHY (2015)
FIG. 14 LEICA GEOSYSTEMS INC. (HEXAGON) - SWOT ANALYSIS
FIG. 15 3D LASER MAPPING INC. - SWOT ANALYSIS
FIG. 16 RIEGL LASER MEASUREMENT SYSTEMS GMBH - SWOT ANALYSIS
FIG. 17 AEROMETRIC INC. - SWOT ANALYSIS
FIG. 18 REVENUE GENERATED BY TELEDYNE TECHNOLOGIES
FIG. 19 REVENUE OF TELEDYNE TECHNOLOGIES IN PERCENTAGE, BY SEGMENT, 2015
FIG. 20 OPTECH INC. - SWOT ANALYSIS
FIG. 21 QUANERGY SYSTEMS, INC. - SWOT ANALYSIS
FIG. 22 RAYMETRICS S.A. - SWOT ANALYSIS
FIG. 23 SAAB GROUP: SALES, 20122015 ($MILLION)
FIG. 24 SAAB GROUP: SALES, BY DIVISION, 2015 (%)
FIG. 25 SAAB GROUP: SALES, BY GEOGRAPHY, 2015 (%)
FIG. 26 SAAB GROUP - SWOT ANALYSIS

List of Tables

TABLE 1 ASIA-PACIFIC LIDAR MARKET REVENUE, BY COUNTRY, 20152022 ($THOUSAND)
TABLE 2 PROPERTIES OF LIDAR SENSOR
TABLE 3 COMPARISION BETWEEN LIDAR AND RADAR
TABLE 4 PROPERTIES OF LIDAR SENSOR
TABLE 5 ASIA-PACIFIC LIDAR MARKET REVENUE BY PRODUCT TYPE, 20152022 ($THOUSAND)
TABLE 6 ASIA-PACIFIC TERRESTRIAL LIDAR MARKET REVENUE BY COUNTRY, 20152022 ($THOUSAND)
TABLE 7 ASIA-PACIFIC AERIAL LIDAR MARKET REVENUE BY COUNTRY, 20152022 ($THOUSAND)
TABLE 8 ASIA-PACIFIC MOBILE LIDAR MARKET REVENUE BY COUNTRY, 20152022 ($THOUSAND)
TABLE 9 ASIA-PACIFIC SHORT-RANGE LIDAR MARKET REVENUE BY COUNTRY, 20152022 ($THOUSAND)
TABLE 10 ASIA-PACIFIC: LIDAR MARKET REVENUE, BY COMPONENTS, 2015-2022 ($THOUSAND)
TABLE 11 ASIA-PACIFIC LIDAR LASER COMPONENT MARKET REVENUE, BY COUNTRY, 20152022 ($THOUSAND)
TABLE 12 ASIA-PACIFIC LIDAR INERTIAL NAVIGATION SYSTEM COMPONENT MARKET REVENUE, BY COUNTRY, 20152022 ($THOUSAND)
TABLE 13 ASIA-PACIFIC LIDAR CAMERA COMPONENT MARKET REVENUE, BY COUNTRY, 20152022 ($THOUSAND)
TABLE 14 ASIA-PACIFIC LIDAR GNS/GPSS RECEIVER MARKET REVENUE, BY COUNTRY, 20152022 ($THOUSAND)
TABLE 15 ASIA-PACIFIC LIDAR MICROELECTROMECHANICAL SYSTEM (MEMS) MARKET REVENUE, BY COUNTRY, 20152022 ($THOSUAND)
TABLE 16 ASIA-PACIFIC LIDAR MARKET REVENUE BY APPLICATION 20152022 ($THOUSAND)
TABLE 17 ASIA-PACIFIC CORRIDOR MAPPING LIDAR MARKET REVENUE BY COUNTRY, 20152022 ($THOUSAND)
TABLE 18 ASIA-PACIFIC SEISMOLOGY LIDAR MARKET REVENUE BY COUNTRY, 20152022 ($THOUSAND)
TABLE 19 ASIA-PACIFC EXPLORATION AND DETECTION LIDAR MARKET REVENUE BY COUNTRY, 20152022 ($THOUSAND)
TABLE 20 ASIA-PACIFIC OTHER APPLICATION LADAR MARKET REVENUE BY COUNTRY, 20152022 ($THOUSAND)
TABLE 21 ASIA-PACIFIC LIDAR MARKET REVENUE BY END USER, 20152022 ($THOUSAND)
TABLE 22 ASIA-PACIFIC CIVIL ENGINEERING LIDAR MARKET REVENUE, BY COUNTRY, 20152022 ($THOUSAND)
TABLE 23 ASIA-PACIFIC ARCHEOLOGY LIDAR MARKET REVENUE, BY COUNTRY, 20152022 ($THOUSAND)
TABLE 24 ASIA-PACIFIC MINING LIDAR MARKET REVENUE, BY COUNTRY, 20152022 ($THOUSAND)
TABLE 25 ASIA-PACIFIC TRANSPORTATION LIDAR MARKET REVENUE, BY COUNTRY, 20152022 ($THOUSAND)
TABLE 26 ASIA-PACIFIC DEFENSE & AEROSPACE LIDAR MARKET REVENUE, BY COUNTRY, 20152022 ($THOUSAND)
TABLE 27 ASIA-PACIFIC FORESTRY & AGRICULTURE LIDAR MARKET REVENUE, BY COUNTRY, 20152022 ($THOUSAND)
TABLE 29 CHINA LIDAR MARKET REVENUE, BY PRODUCT TYPE, 20152022 ($THOUSAND)
TABLE 30 JAPAN LIDAR MARKET REVENUE, BY PRODUCT TYPE, 20152022 ($THOUSAND)
TABLE 31 INDIA LIDAR MARKET REVENUE, BY PRODUCT TYPE, 20152022 ($THOUSAND)
TABLE 32 SOUTH KOREA LIDAR MARKET REVENUE, BY PRODUCT TYPE, 20152022 ($THOUSAND)
TABLE 33 REST OF ASIA-PACIFIC LIDAR MARKET REVENUE, BY PRODUCT TYPE, 20152022 ($THOUSAND)
TABLE 34 AIRBORNE HYDROGRAPHY AB - COMPANY SNAPSHOT
TABLE 35 FARO TECHNOLOGY INC. -- COMPANY SNAPSHOT
TABLE 36 LEICA GEOSYSTEMS INC. (HEXAGON) - COMPANY SNAPSHOT
TABLE 37 3D LASER MAPPING INC. COMPANY SNAPSHOT
TABLE 38 RIEGL LASER MEASUREMENT SYSTEMS GMBH - COMPANY SNAPSHOT
TABLE 39 AEROMETRIC INC. - COMPANY SNAPSHOT
TABLE 40 OPTECH INC. BUSINESS SNAPSHOT
TABLE 41 QUANERGY SYSTEMS, INC.-COMPANY SNAPSHOT
TABLE 42 RAYMETRICS S.A. - COMPANY SNAPSHOT
TABLE 43 SAAB GROUP - COMPANY SNAPSHOT

 

The Asia-Pacific Light Detection and Ranging (LiDAR) market is expected to signify a gradual development with the increasing rate of adoption in corridor mapping, seismology, exploration, detection, and other applications. The demand for high resolution images and accurate data has propelled the market growth. However, the rate of adoption of these systems is limited as LiDAR equipment is expensive. Nonetheless, rise in the adoption of autonomous vehicles in the emerging countries and use of standardized data formats are expected to fuel the market growth.

Airborne LiDAR systems are adopted in Asia-Pacific for forest management, monitoring environmental changes, mining, town planning improvement, and other applications. Corridor mapping is the most widely preferred application for LiDAR systems in Asia-Pacific because of massive implementation in China. Among the end users of such systems, civil engineering depicts the strongest market due to excessive adoption in infrastructure planning.

LiDAR systems are majorly adopted in China, followed by Japan, South Korea, and India. The higher market share in China is attributed to the increase in implementation of airborne LiDAR systems to map smart grids. However, India is projected to be the fastest growing country due to the rise in deployment of LiDAR systems for transportation and infrastructure developments.

Manufacturers focus on product innovation, technological upgradation, and product portfolio expansion to maintain their market position. Product launches and R&D are the key strategies adopted by market players to sustain the competitive market.

 

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