LiDAR Market: Global Industry Analysis and Forecast 2029

Global LiDAR Market was worth US$ 1.3 Bn. in 2021 and total revenue is expected to grow at a rate of 20.7 % CAGR from 2021 to 2029, the LiDAR Market is reaching almost US$ 5.98 Bn. in 2029.

Global LiDAR Market Overview:

The method of creating a three-dimensional visual image is known as light detection and ranging, or LiDAR. A high-intensity laser tool, a micro-electro-mechanical system (MEMS), and a GPS transmitter are all included. The device can produce photos of the greatest quality based on the functioning capacities of each of these systems. As a result, it's employed in a wide range of industries, including automotive, healthcare, aerospace, and defence. The growing demand for LiDAR as a result of its diverse applications will help the total LiDAR market develop in the forecast years. The spatial resolution of LiDAR -enabled digital terrain models has improved technologically. As a result, measuring the distance using a digital 3-dimensional representation of the target has become easier. As a result, operations like water runoff for mining and agricultural sites, hillside change detection, and other similar operations can be carried out with great precision. Also to its excellent precision, LiDAR (Light Detection and Ranging) can be very valuable for a variety of industrial applications. These factors will contribute to the market's growth over the forecast period. Global LiDAR MarketTo know about the Research Methodology :- Request Free Sample Report

Global LiDAR Market Dynamics:

The development of 4D LiDAR.

Corridor mapping, environment, exploration, urban planning, and advanced driver-assistance systems (ADAS) & driverless cars are just a few of the applications for LiDAR. LiDAR provides high accuracy, quick acquisition and processing, low human dependency, and high data density for the applications. LiDAR works in a similar way as radar and sonar. Instead of radio or sound waves, it uses the time of flight (ToF) of laser dots to create a 3D real-time information model of the real world. The LiDAR sensor uses the time between the outgoing laser pulse and the reflected laser pulse to precisely compute the distance to each object. Every second, LiDAR collects millions of such exact distance measurement points, from which a 3D matrix of its surroundings can be generated. This complete mapping of the environment can provide information on the position, shape, and behaviour of things. In recent years, this technique has gained traction in autonomous vehicles and drone-based graphical mapping.

LiDAR Systems with Automated Processing

A mix of scientific algorithm calculation and cloud-based processing of recorded data points for sophisticated analysis is used to automate the LiDAR processing system. The algorithms improve the accuracy and efficiency of LiDAR systems in detecting target items. Some automated LiDAR processing systems choose a suitable algorithm based on the surroundings, and others allow people to interact and choose their preferred algorithm. These properties raise LiDAR's appropriateness for a wide range of applications, driving its adoption around the globe and propelling the industry forward.

Performance that is superior to other technologies

LiDAR is similar to RADAR in that it is utilised for detection and ranging. Its capabilities, however, outperform those of RADAR in terms of precision and response time. LiDAR can record the position of an item as well as surface information with greater precision. It has a high level of precision in obtaining 3D topographic information about an object's surface. RADAR, on the other hand, employs antennae for transmission and reception, which causes delays in certain environments.

Low-cost and lightweight photogrammetry systems are easily accessible.

The usage of low-cost and lightweight photogrammetry devices for mapping and surveying applications is expected to limit the LiDAR market's growth. Photogrammetry systems use images transferred from 2D and 3D cartometric models to create the depth perception of objects on the ground, allowing users to view and measure the distance of objects from LiDAR drones in 3D. LiDAR drones use active sensors to detect objects on the ground and emit laser beams to measure their distance from targets on the ground, whereas photogrammetry systems use images transferred from 2D and 3D cartometric models to create the depth perception of objects on the ground, allowing users to view

LiDAR services are expensive, and there is a shortage of geospatial data.

When compared to traditional surveying methods, using LiDAR for surveying is more expensive. A LiDAR system costs around USD 75,000 in total, including high-end electronics, sensors, scanners, and other components. Processing software should ideally be free; however, post-processing software, such as point-cloud categorization, may require third-party software, which can cost anywhere from USD 20,000 to 30,000 per licence. Despite the fact that the cost of LiDAR systems is expected to drop in the next few years as more competitors enter the market, the current cost of surveying with LiDAR is considerable, especially for small-scale projects. Global LiDAR Market

Global LiDAR Market Segment Analysis:

LiDAR Market is segmented into Type, Installation, Application, Component, Image projection, Range type and End use. Based on Installation, the market is sub-segmented into airborne and Ground-Based. The airborne segment is expected to hold for the largest proportion of the market, which is expected to grow at a CAGR of xx% during the forecast years as more aerial mapping equipment are adopted. Aerial LiDAR replaces photogrammetry as an accurate and thorough way of constructing digital elevation models. In comparison to its terrestrial counterparts, this technology provides improved accuracy and a greater coverage area. It allows for more detailed area mapping in a shorter amount of time. LiDAR systems on the ground are either stationary or mobile. With the assistance of a tripod and balancing assembly, they are mounted on moving platforms such as SUVs or all-terrain vehicles (ATVs). The cost of ground-based LiDAR systems is lower than that of airborne LiDAR systems. The automotive industry is gaining traction as a potential application for mobile ground-based LiDAR systems, with the number of high-end vehicles equipped with advanced driver assistance systems (ADAS) increasing year after year Based on Component, the market is sub-segmented into GPS, Navigation (IMU), Laser Scanners and Mobile & UAV. Laser scanners are used to record an intensity value in order to generate a return signal strength that can aid differentiate objects with different reflectivities. LiDAR data from a laser scanner produces a 2D point cloud that can be used for localization, mapping, and modelling of objects and environments. During the projection period, demand for laser scanners is expected to grow significantly, with a CAGR of 15.2 percent. Reduced laser technology prices are predicted to enable 3D scanning to discover new applications, resulting in significant growth potential over the projection period. Based on Application, the market is sub-segmented into Corridor Mapping and ADAS & Driverless Car and Engineering and Others. The corridor mapping application is expected to rise moderately, but its overall market share will decrease. Driver assistance systems and low-speed collision avoidance systems are expected to be among the most popular technologies. The integration of map-enabled systems also opens up a slew of new application possibilities, including lane departure warning systems, driver assistance systems, and intelligent front lighting systems enabled by the united adaptive front lighting. Assisted driving cars have gained popularity in the market in recent years; these cars utilise a camera and radar to perceive the world around them and avoid collisions. Global LiDAR Market

Global LiDAR Market Regional Insights:

The growing adoption of administrative regulations mandating the installation of specific automotive safety technologies in both lightweight and heavyweight vehicles in the region, the North American regional market accounted for the largest share in the global Light Detection and Ranging market in 2021. From 2022 to 2029, Asia Pacific would be the fastest-growing region, with a CAGR of 19.3 %. In 2021, the airborne LiDAR system became the most popular product category. In addition, these items have made advances in the United States and Canada. Because of the rising deployment of vehicle safety technology such as advanced driver assistance systems (ADAS) and automatic emergency braking (AEB) systems, the North American area is expected to have enormous development potential in the automotive sector. In terms of increased investment by domestic and international firms, China and India are expected to remain lucrative markets. In order to improve consumer connections and assistance, the organisations are increasing their footprint in Europe and Asia Pacific. For example, in August 2021, Ouster LiDAR announced the opening of additional offices in Shanghai, Paris, and Hong Kong in the Asia-Pacific and Europe markets. The objective of the report is to present a comprehensive analysis of the global LiDAR market to the stakeholders in the industry. The past and current status of the industry with the forecasted market size and trends are presented in the report with the analysis of complicated data in simple language. The report covers all the aspects of the industry with a dedicated study of key players that include market leaders, followers, and new entrants. PORTER, PESTEL analysis with the potential impact of micro-economic factors of the market have been presented in the report. External as well as internal factors that are supposed to affect the business positively or negatively have been analyzed, which will give a clear futuristic view of the industry to the decision-makers. The report also helps in understanding the global LiDAR market dynamics, structure by analyzing the market segments and project the global LIDAR market size. Clear representation of competitive analysis of key players by product, price, financial position, product portfolio, growth strategies, and regional presence in the global LiDAR market make the report investor’s guide.

Global LiDAR Market Scope: Inquire before buying

Global LiDAR Market
Report Coverage Details
Base Year: 2021 Forecast Period: 2022-2029
Historical Data: 2017 to 2021 Market Size in 2021: US $ 1.3 Bn.
Forecast Period 2022 to 2029 CAGR: 20.7% Market Size in 2029: US $ 5.98 Bn.
Segments Covered: by Component • GPS • Navigation (IMU) • Laser Scanners • Mobile & UAV
by Type • Mechanical LiDAR • Solid-State LiDAR
by Installation • Airborne • Ground-Based
by Image Projection • 3D • 2D
by Application • Corridor Mapping • ADAS & Driverless Car • Engineering • Others
by Range Type • Short Range • Medium & Long Range
by End-User • DEFENSE AND AEROSPACE • Civil Engineering • Archaeology • Forestry and Agriculture • Mining Industry • Transportation

Global LIDAR Market, by Region

• North America • Europe • Asia Pacific • Middle East and Africa • South America

Global LiDAR Market key player

• Leica Geosystems Holdings AG • Teledyne Optech Inc. • Quantum Spatial, Inc. • Faro Technologies, Inc. • Velodyne LiDAR, Inc. • Sick AG • Geokno • Trimble, Inc. • RIEGL USA • YellowScan • Beijing Surestar Technology • Optech Inc. • Geodigital • Topcon Positioning Systems Inc. • Denso • Trimble, Inc. (US) • HEXAGON, • SICK AG • Trimble Inc. • Phoenix LiDAR Systems • LeddarTech Inc. • Quanergy Systems, Inc. • Innoviz Technologies Ltd. • ZX Lidars • Vaisala • Waymo LLC • Valeo • Lumibird Canada • Ouster, Inc.

Frequently Asked Questions:

1) What was the market size of Global LiDAR Market markets in 2021? Ans - Global Global LiDAR Market was worth US$ 1.3 Bn in 2021. 2) What is the market segment of LiDAR Market? Ans -The market segments are based on Type, Installation, Application, Component, Image projection, Range type and End use. 3) What is forecast period consider for Global LiDAR Market? Ans -The forecast period for Global LiDAR Market is 2022 to 2029. 4) What is the market size of Global LiDAR Market markets in 2029? Ans – Global LiDAR Market is estimated as worth US$ 5.98 Bn in 2029. 5) Which region is dominated in Global LiDAR Market? Ans -In 2021, Asia pacific region dominated the Global LiDAR Market.

Global LiDAR Market

1. Preface 1.1. Report Scope and Market Segmentation 1.2. Research Highlights 1.3. Research Objectives 1.4. Key Questions Answered 2. Assumptions and Research Methodology 2.1. Report Assumptions 2.2. Abbreviations Used 2.3. Research Methodology 3. Executive Summary 3.1. Global LiDAR Market Size, by Market Value (US$ Mn) and Market, by Region 4. Market Overview 4.1. Introduction 4.2. Market Indicator 4.3. Drivers and Restraints Snapshot Analysis 4.3.1. Drivers 4.3.2. Restraints 4.3.3. Opportunities 4.3.4. Porter’s Analysis 4.3.5. Value Chain Analysis 4.3.6. SWOT Analysis 4.3.7. Key Trends in Global LiDAR Market 5. Global LiDAR Market Analysis and Forecast 5.1. Global LiDAR Market Analysis and Forecast 5.2. Global LiDAR Market Size & Y-o-Y Growth Analysis 5.2.1. North America 5.2.2. Europe 5.2.3. Asia Pacific 5.2.4. Middle East & Africa 5.2.5. Latin America 6. Global LiDAR Market Analysis and Forecast, by Component 6.1. Introduction and Definition 6.2. Key Findings 6.3. Global LiDAR Market Value Share Analysis, by Component 6.4. Market Size (US$ Mn) Forecast, by Component 6.5. Global LiDAR Market Analysis, by Component 6.6. Global LiDAR Market Attractiveness Analysis, by Component 7. Global LiDAR Market Analysis and Forecast, by Type 7.1. Introduction and Definition 7.2. Global LiDAR Market Value Share Analysis, by Type 7.3. Market Size (US$ Mn) Forecast, by Type 7.4. Global LiDAR Market Analysis, by Type 7.5. Global LiDAR Market Attractiveness Analysis, by Type 8. Global LiDAR Market Analysis and Forecast, by Installation 8.1. Introduction and Definition 8.2. Global LiDAR Market Value Share Analysis, by Installation 8.3. Market Size (US$ Mn) Forecast, by Installation 8.4. Global LiDAR Market Analysis, by Installation 8.5. Global LiDAR Market Attractiveness Analysis, by Installation 9. Global LiDAR Market Analysis and Forecast, by Image Projection 9.1. Introduction and Definition 9.2. Global LiDAR Market Value Share Analysis, by Image Projection 9.3. Market Size (US$ Mn) Forecast, by Image Projection 9.4. Global LiDAR Market Analysis, by Image Projection 9.5. Global LiDAR Market Attractiveness Analysis, by Image Projection 10. Global LiDAR Market Analysis and Forecast, by Application 10.1. Introduction and Definition 10.2. Global LiDAR Market Value Share Analysis, by Application 10.3. Market Size (US$ Mn) Forecast, by Application 10.4. Global LiDAR Market Analysis, by Application 10.5. Global LiDAR Market Attractiveness Analysis, by Application 11. Global LiDAR Market Analysis and Forecast, by Range Type 11.1. Introduction and Definition 11.2. Global LiDAR Market Value Share Analysis, by Range Type 11.3. Market Size (US$ Mn) Forecast, by Range Type 11.4. Global LiDAR Market Analysis, by Range Type 11.5. Global LiDAR Market Attractiveness Analysis, by Range Type 12. Global LiDAR Market Analysis and Forecast, by End-User 12.1. Introduction and Definition 12.2. Global LiDAR Market Value Share Analysis, by End-User 12.3. Market Size (US$ Mn) Forecast, by End-User 12.4. Global LiDAR Market Analysis, by End-User 12.5. Global LiDAR Market Attractiveness Analysis, by End-User 13. Global LiDAR Market Analysis, by Region 13.1. Global LiDAR Market Value Share Analysis, by Region 13.2. Market Size (US$ Mn) Forecast, by Region 13.3. Global LiDAR Market Attractiveness Analysis, by Region 14. North America LiDAR Market Analysis 14.1. Key Findings 14.2. North America LiDAR Market Overview 14.3. North America LiDAR Market Value Share Analysis, by Component 14.4. North America LiDAR Market Forecast, by Component 14.4.1. GPS 14.4.2. Navigation (IMU) 14.4.3. Laser Scanners 14.4.4. Mobile & UAV 14.5. North America LiDAR Market Value Share Analysis, by Type 14.6. North America LiDAR Market Forecast, by Type 14.6.1. Mechanical LiDAR 14.6.2. Solid-State LiDAR 14.7. North America LiDAR Market Value Share Analysis, by Installation 14.8. North America LiDAR Market Forecast, by Installation 14.8.1. Airborne 14.8.2. Ground-Based 14.9. North America LiDAR Market Value Share Analysis, by Image Projection 14.10. North America LiDAR Market Forecast, by Image Projection 14.10.1. 3D 14.10.2. 2D 14.11. North America LiDAR Market Value Share Analysis, by Application 14.12. North America LiDAR Market Forecast, by Application 14.12.1. Corridor Mapping 14.12.2. ADAS & Driverless Car 14.12.3. Engineering 14.12.4. Others 14.13. North America LiDAR Market Value Share Analysis, by Range Type 14.14. North America LiDAR Market Forecast, by Range Type 14.14.1. Short Range 14.14.2. Medium & Long Range 14.15. North America LiDAR Market Value Share Analysis, by End-User 14.16. North America LiDAR Market Forecast, by End-User 14.16.1. DEFENSE AND AEROSPACE 14.16.2. Civil Engineering 14.16.3. Archaeology 14.16.4. Forestry and Agriculture 14.16.5. Mining Industry 14.16.6. Transportation 14.17. North America LiDAR Market Value Share Analysis, by Country 14.18. North America LiDAR Market Forecast, by Country 14.18.1.1. U.S. 14.18.1.2. Canada 14.19. North America LiDAR Market Analysis, by Country 14.20. U.S. LiDAR Market Forecast, by Component 14.20.1. GPS 14.20.2. Navigation (IMU) 14.20.3. Laser Scanners 14.20.4. Mobile & UAV 14.21. U.S. LiDAR Market Forecast, by Type 14.21.1. Mechanical LiDAR 14.21.2. Solid-State LiDAR 14.22. U.S. LiDAR Market Forecast, by Installation 14.22.1. Airborne 14.22.2. Ground-Based 14.23. U.S. LiDAR Market Forecast, by Image Projection 14.23.1. 3D 14.23.2. 2D 14.24. U.S. LiDAR Market Forecast, by Application 14.24.1. Corridor Mapping 14.24.2. ADAS & Driverless Car 14.24.3. Engineering 14.25. U.S. LiDAR Market Forecast, by Range Type 14.25.1. Short Range 14.25.2. Medium & Long Range 14.26. U.S. LiDAR Market Forecast, by End-User 14.26.1. DEFENSE AND AEROSPACE 14.26.2. Civil Engineering 14.26.3. Archaeology 14.26.4. Forestry and Agriculture 14.26.5. Mining Industry 14.26.6. Transportation 14.27. Canada LiDAR Market Forecast, by Component 14.27.1. GPS 14.27.2. Navigation (IMU) 14.27.3. Laser Scanners 14.27.4. Mobile & UAV 14.28. Canada LiDAR Market Forecast, by Type 14.28.1. Mechanical LiDAR 14.28.2. Solid-State LiDAR 14.29. Canada LiDAR Market Forecast, by Installation 14.29.1. Airborne 14.29.2. Ground-Based 14.30. Canada LiDAR Market Forecast, by Image Projection 14.30.1. 3D 14.30.2. 2D 14.31. Canada LiDAR Market Forecast, by Application 14.31.1. Corridor Mapping 14.31.2. ADAS & Driverless Car 14.31.3. Engineering 14.32. Canada LiDAR Market Forecast, by Range Type 14.32.1. Short Range 14.32.2. Medium & Long Range 14.33. Canada LiDAR Market Forecast, by End-User 14.33.1. DEFENSE AND AEROSPACE 14.33.2. Civil Engineering 14.33.3. Archaeology 14.33.4. Forestry and Agriculture 14.33.5. Mining Industry 14.33.6. Transportation 14.34. North America LiDAR Market Attractiveness Analysis 14.34.1. By Component 14.34.2. By Type 14.34.3. By Installation 14.34.4. By Image Projection 14.34.5. By Application 14.34.6. By Range Type 14.34.7. By End-User 14.35. PEST Analysis 15. Europe LiDAR Market Analysis 15.1. Key Findings 15.2. Europe LiDAR Market Overview 15.3. Europe LiDAR Market Value Share Analysis, by Component 15.4. Europe LiDAR Market Forecast, by Component 15.4.1. GPS 15.4.2. Navigation (IMU) 15.4.3. Laser Scanners 15.4.4. Mobile & UAV 15.5. Europe LiDAR Market Value Share Analysis, by Type 15.6. Europe LiDAR Market Forecast, by Type 15.6.1. Mechanical LiDAR 15.6.2. Solid-State LiDAR 15.7. Europe LiDAR Market Value Share Analysis, by Installation 15.8. Europe LiDAR Market Forecast, by Installation 15.8.1. Airborne 15.8.2. Ground-Based 15.9. Europe LiDAR Market Value Share Analysis, by Image Projection 15.10. Europe LiDAR Market Forecast, by Image Projection 15.10.1. 3D 15.10.2. 2D 15.11. Europe LiDAR Market Value Share Analysis, by Application 15.12. Europe LiDAR Market Forecast, by Application 15.12.1. Corridor Mapping 15.12.2. ADAS & Driverless Car 15.12.3. Engineering 15.13. Europe LiDAR Market Value Share Analysis, by Range Type 15.14. Europe LiDAR Market Forecast, by Range Type 15.14.1. Short Range 15.14.2. Medium & Long Range 15.15. Europe LiDAR Market Forecast, by End-User 15.15.1. DEFENSE AND AEROSPACE 15.15.2. Civil Engineering 15.15.3. Archaeology 15.15.4. Forestry and Agriculture 15.15.5. Mining Industry 15.15.6. Transportation 15.16. Europe LiDAR Market Value Share Analysis, by Country 15.17. Europe LiDAR Market Forecast, by Country 15.17.1.1. Germany 15.17.1.2. U.K. 15.17.1.3. France 15.17.1.4. Italy 15.17.1.5. Spain 15.17.1.6. Rest of Europe 15.18. Europe LiDAR Market Analysis, by Component 15.19. Germany LiDAR Market Forecast, by Component 15.19.1. GPS 15.19.2. Navigation (IMU) 15.19.3. Laser Scanners 15.19.4. Mobile & UAV 15.20. Germany LiDAR Market Forecast, by Type 15.20.1. Mechanical LiDAR 15.20.2. Solid-State LiDAR 15.21. Germany LiDAR Market Forecast, by Installation 15.21.1. Airborne 15.21.2. Ground-Based 15.22. Germany LiDAR Market Forecast, by Image Projection 15.22.1. 3D 15.22.2. 2D 15.23. Germany LiDAR Market Forecast, by Application 15.23.1. Corridor Mapping 15.23.2. ADAS & Driverless Car 15.23.3. Engineering 15.24. Germany LiDAR Market Forecast, by Range Type 15.24.1. Short Range 15.24.2. Medium & Long Range 15.25. Germany LiDAR Market Forecast, by End-User 15.25.1. DEFENSE AND AEROSPACE 15.25.2. Civil Engineering 15.25.3. Archaeology 15.25.4. Forestry and Agriculture 15.25.5. Mining Industry 15.25.6. Transportation 15.26. U.K. LiDAR Market Forecast, by Component 15.26.1. GPS 15.26.2. Navigation (IMU) 15.26.3. Laser Scanners 15.26.4. Mobile & UAV 15.27. U.K. LiDAR Market Forecast, by Type 15.27.1. Mechanical LiDAR 15.27.2. Solid-State LiDAR 15.28. U.K. LiDAR Market Forecast, by Installation 15.28.1. Airborne 15.28.2. Ground-Based 15.29. U.K. LiDAR Market Forecast, by Image Projection 15.29.1. 3D 15.29.2. 2D 15.30. U.K. LiDAR Market Forecast, by Application 15.30.1. Corridor Mapping 15.30.2. ADAS & Driverless Car 15.30.3. Engineering 15.31. U.K. LiDAR Market Forecast, by Range Type 15.31.1. Short Range 15.31.2. Medium & Long Range 15.32. U.K. LiDAR Market Forecast, by End-User 15.32.1. DEFENSE AND AEROSPACE 15.32.2. Civil Engineering 15.32.3. Archaeology 15.32.4. Forestry and Agriculture 15.32.5. Mining Industry 15.32.6. Transportation 15.33. France LiDAR Market Forecast, by Component 15.33.1. GPS 15.33.2. Navigation (IMU) 15.33.3. Laser Scanners 15.33.4. Mobile & UAV 15.34. France LiDAR Market Forecast, by Type 15.34.1. Mechanical LiDAR 15.34.2. Solid-State LiDAR 15.35. France LiDAR Market Forecast, by Installation 15.35.1. Airborne 15.35.2. Ground-Based 15.36. France LiDAR Market Forecast, by Image Projection 15.36.1. 3D 15.36.2. 2D 15.37. France LiDAR Market Forecast, by Application 15.37.1. Corridor Mapping 15.37.2. ADAS & Driverless Car 15.37.3. Engineering 15.38. France LiDAR Market Forecast, by Range Type 15.39. Short Range 15.40. Medium & Long Range 15.41. France LiDAR Market Forecast, by End-User 15.41.1. DEFENSE AND AEROSPACE 15.41.2. Civil Engineering 15.41.3. Archaeology 15.41.4. Forestry and Agriculture 15.41.5. Mining Industry 15.41.6. Transportation 15.42. Italy LiDAR Market Forecast, by Component 15.42.1. GPS 15.42.2. Navigation (IMU) 15.42.3. Laser Scanners 15.42.4. Mobile & UAV 15.43. Italy LiDAR Market Forecast, by Type 15.43.1. Mechanical LiDAR 15.43.2. Solid-State LiDAR 15.44. Italy LiDAR Market Forecast, by Installation 15.44.1. Airborne 15.44.2. Ground-Based 15.45. Italy LiDAR Market Forecast, by Image Projection 15.45.1. 3D 15.45.2. 2D 15.46. Italy LiDAR Market Forecast, by Application 15.46.1. Corridor Mapping 15.46.2. ADAS & Driverless Car 15.46.3. Engineering 15.47. Italy LiDAR Market Forecast, by Range Type 15.47.1. Short Range 15.47.2. Medium & Long Range 15.48. Italy LiDAR Market Forecast, by End-User 15.48.1. DEFENSE AND AEROSPACE 15.48.2. Civil Engineering 15.48.3. Archaeology 15.48.4. Forestry and Agriculture 15.48.5. Mining Industry 15.48.6. Transportation 15.49. Spain LiDAR Market Forecast, by Component 15.49.1. GPS 15.49.2. Navigation (IMU) 15.49.3. Laser Scanners 15.49.4. Mobile & UAV 15.50. Spain LiDAR Market Forecast, by Type 15.50.1. Mechanical LiDAR 15.50.2. Solid-State LiDAR 15.51. Spain LiDAR Market Forecast, by Installation 15.51.1. Airborne 15.51.2. Ground-Based 15.52. Spain LiDAR Market Forecast, by Image Projection 15.52.1. 3D 15.52.2. 2D 15.53. Spain LiDAR Market Forecast, by Application 15.53.1. Corridor Mapping 15.53.2. ADAS & Driverless Car 15.53.3. Engineering 15.54. Spain LiDAR Market Forecast, by Range Type 15.54.1. Short Range 15.54.2. Medium & Long Range 15.55. Spain LiDAR Market Forecast, by End-User 15.55.1. DEFENSE AND AEROSPACE 15.55.2. Civil Engineering 15.55.3. Archaeology 15.55.4. Forestry and Agriculture 15.55.5. Mining Industry 15.55.6. Transportation 15.56. Rest of Europe LiDAR Market Forecast, by Component 15.56.1. GPS 15.56.2. Navigation (IMU) 15.56.3. Laser Scanners 15.56.4. Mobile & UAV 15.57. Rest of Europe LiDAR Market Forecast, by Type 15.57.1. Mechanical LiDAR 15.57.2. Solid-State LiDAR 15.58. Rest of Europe LiDAR Market Forecast, by Installation 15.58.1. Airborne 15.58.2. Ground-Based 15.59. Rest Of Europe LiDAR Market Forecast, by Image Projection 15.59.1. 3D 15.59.2. 2D 15.60. Rest Of Europe LiDAR Market Forecast, by Application 15.60.1. Corridor Mapping 15.60.2. ADAS & Driverless Car 15.60.3. Engineering 15.61. Rest Of Europe LiDAR Market Forecast, by Range Type 15.61.1. Short Range 15.61.2. Medium & Long Range 15.62. Rest of Europe LiDAR Market Forecast, by End-User 15.62.1. DEFENSE AND AEROSPACE 15.62.2. Civil Engineering 15.62.3. Archaeology 15.62.4. Forestry and Agriculture 15.62.5. Mining Industry 15.62.6. Transportation 15.63. Europe LiDAR Market Attractiveness Analysis 15.63.1. By Component 15.63.2. By Type 15.63.3. By Installation 15.63.4. By Image Projection 15.63.5. By Application 15.63.6. By Range Type 15.63.7. By End-User 15.64. PEST Analysis 16. Asia Pacific LiDAR Market Analysis 16.1. Key Findings 16.2. Asia Pacific LiDAR Market Overview 16.3. Asia Pacific LiDAR Market Value Share Analysis, by Component 16.4. Asia Pacific LiDAR Market Forecast, by Component 16.4.1. GPS 16.4.2. Navigation (IMU) 16.4.3. Laser Scanners 16.4.4. Mobile & UAV 16.5. Asia Pacific LiDAR Market Value Share Analysis, by Type 16.6. Asia Pacific LiDAR Market Forecast, by Type 16.6.1. Mechanical LiDAR 16.6.2. Solid-State LiDAR 16.7. Asia Pacific LiDAR Market Value Share Analysis, by Installation 16.8. Asia Pacific LiDAR Market Forecast, by Installation 16.8.1. Airborne 16.8.2. Ground-Based 16.9. Asia Pacific LiDAR Market Value Share Analysis, by Image Projection 16.10. Asia Pacific LiDAR Market Forecast, by Image Projection 16.10.1. 3D 16.10.2. 2D 16.11. Asia Pacific LiDAR Market Value Share Analysis, by Application 16.12. Asia Pacific LiDAR Market Forecast, by Application 16.12.1. Corridor Mapping 16.12.2. ADAS & Driverless Car 16.12.3. Engineering 16.13. Asia Pacific LiDAR Market Value Share Analysis, by Range Type 16.14. Asia Pacific LiDAR Market Forecast, by Range Type 16.14.1. Short Range 16.14.2. Medium & Long Range 16.15. Asia-Pacific LiDAR Market Forecast, by End-User 16.16. Asia Pacific LiDAR Market Forecast, by End-User 16.16.1. DEFENSE AND AEROSPACE 16.16.2. Civil Engineering 16.16.3. Archaeology 16.16.4. Forestry and Agriculture 16.16.5. Mining Industry 16.16.6. Transportation 16.17. Asia Pacific LiDAR Market Value Share Analysis, by Country 16.18. Asia Pacific LiDAR Market Forecast, by Country 16.18.1. China 16.18.2. India 16.18.3. Japan 16.18.4. ASEAN 16.18.5. Rest of Asia Pacific 16.19. Asia Pacific LiDAR Market Analysis, by Country/ Sub-region 16.20. China LiDAR Market Forecast, by Component 16.20.1. GPS 16.20.2. Navigation (IMU) 16.20.3. Laser Scanners 16.20.4. Mobile & UAV 16.21. China LiDAR Market Forecast, by Type 16.21.1. Mechanical LiDAR 16.21.2. Solid-State LiDAR 16.22. China LiDAR Market Forecast, by Installation 16.22.1. Airborne 16.22.2. Ground-Based 16.23. China LiDAR Market Forecast, by Image Projection 16.23.1. 3D 16.23.2. 2D 16.24. China LiDAR Market Forecast, by Application 16.24.1. Corridor Mapping 16.24.2. ADAS & Driverless Car 16.24.3. Engineering 16.25. China LiDAR Market Forecast, by Range Type 16.25.1. Short Range 16.25.2. Medium & Long Range 16.26. China LiDAR Market Forecast, by End-User 16.26.1. DEFENSE AND AEROSPACE 16.26.2. Civil Engineering 16.26.3. Archaeology 16.26.4. Forestry and Agriculture 16.26.5. Mining Industry 16.26.6. Transportation 16.27. India LiDAR Market Forecast, by Component 16.27.1. GPS 16.27.2. Navigation (IMU) 16.27.3. Laser Scanners 16.27.4. Mobile & UAV 16.28. India LiDAR Market Forecast, by Type 16.28.1. Mechanical LiDAR 16.28.2. Solid-State LiDAR 16.29. India LiDAR Market Forecast, by Installation 16.29.1. Airborne 16.29.2. Ground-Based 16.30. India LiDAR Market Forecast, by Image Projection 16.30.1. 3D 16.30.2. 2D 16.31. India LiDAR Market Forecast, by Application 16.31.1. Corridor Mapping 16.31.2. ADAS & Driverless Car 16.31.3. Engineering 16.32. India LiDAR Market Forecast, by Range Type 16.32.1. Short Range 16.32.2. Medium & Long Range 16.33. India LiDAR Market Forecast, by End-User 16.33.1. DEFENSE AND AEROSPACE 16.33.2. Civil Engineering 16.33.3. Archaeology 16.33.4. Forestry and Agriculture 16.33.5. Mining Industry 16.33.6. Transportation 16.34. Japan LiDAR Market Forecast, by Component 16.34.1. GPS 16.34.2. Navigation (IMU) 16.34.3. Laser Scanners 16.34.4. Mobile & UAV 16.35. Japan LiDAR Market Forecast, by Type 16.35.1. Mechanical LiDAR 16.35.2. Solid-State LiDAR 16.36. Japan LiDAR Market Forecast, by Installation 16.36.1. Airborne 16.36.2. Ground-Based 16.37. Japan LiDAR Market Forecast, by Image Projection 16.37.1. 3D 16.37.2. 2D 16.38. Japan LiDAR Market Forecast, by Application 16.38.1. Corridor Mapping 16.38.2. ADAS & Driverless Car 16.38.3. Engineering 16.39. Japan LiDAR Market Forecast, by Range Type 16.39.1. Short Range 16.39.2. Medium & Long Range 16.40. Japan LiDAR Market Forecast, by End-User 16.40.1. DEFENSE AND AEROSPACE 16.40.2. Civil Engineering 16.40.3. Archaeology 16.40.4. Forestry and Agriculture 16.40.5. Mining Industry 16.40.6. Transportation 16.41. ASEAN LiDAR Market Forecast, by Component 16.41.1. GPS 16.41.2. Navigation (IMU) 16.41.3. Laser Scanners 16.41.4. Mobile & UAV 16.42. ASEAN LiDAR Market Forecast, by Type 16.42.1. Mechanical LiDAR 16.42.2. Solid-State LiDAR 16.43. ASEAN LiDAR Market Forecast, by Installation 16.43.1. Airborne 16.43.2. Ground-Based 16.44. ASEAN LiDAR Market Forecast, by Image Projection 16.44.1. 3D 16.44.2. 2D 16.45. ASEAN LiDAR Market Forecast, by Application 16.45.1. Corridor Mapping 16.45.2. ADAS & Driverless Car 16.45.3. Engineering 16.46. ASEAN LiDAR Market Forecast, by Range Type 16.46.1. Short Range 16.46.2. Medium & Long Range 16.47. ASEAN LiDAR Market Forecast, by End-User 16.47.1. DEFENSE AND AEROSPACE 16.47.2. Civil Engineering 16.47.3. Archaeology 16.47.4. Forestry and Agriculture 16.47.5. Mining Industry 16.47.6. Transportation 16.48. Rest of Asia Pacific LiDAR Market Forecast, by Component 16.48.1. GPS 16.48.2. Navigation (IMU) 16.48.3. Laser Scanners 16.48.4. Mobile & UAV 16.49. Rest of Asia Pacific LiDAR Market Forecast, by Type 16.49.1. Mechanical LiDAR 16.49.2. Solid-State LiDAR 16.50. Rest of Asia Pacific LiDAR Market Forecast, by Installation 16.50.1. Airborne 16.50.2. Ground-Based 16.51. Rest of Asia Pacific LiDAR Market Forecast, by Image Projection 16.51.1. 3D 16.51.2. 2D 16.52. Rest of Asia Pacific LiDAR Market Forecast, by Application 16.52.1. Corridor Mapping 16.52.2. ADAS & Driverless Car 16.52.3. Engineering 16.53. Rest of Asia Pacific LiDAR Market Forecast, by Range Type 16.53.1. Short Range 16.53.2. Medium & Long Range 16.54. Rest of Asia Pacific LiDAR Market Forecast, by End-User 16.54.1. DEFENSE AND AEROSPACE 16.54.2. Civil Engineering 16.54.3. Archaeology 16.54.4. Forestry and Agriculture 16.54.5. Mining Industry 16.54.6. Transportation 16.55. Asia Pacific LiDAR Market Attractiveness Analysis 16.55.1. By Component 16.55.2. By Type 16.55.3. By Installation 16.55.4. By Image Projection 16.55.5. By Application 16.55.6. By Range Type 16.55.7. By End-User 16.56. PEST Analysis 17. Middle East & Africa LiDAR Market Analysis 17.1. Key Findings 17.2. Middle East & Africa LiDAR Market Overview 17.3. Middle East & Africa LiDAR Market Value Share Analysis, by Component 17.4. Middle East & Africa LiDAR Market Forecast, by Component 17.4.1. GPS 17.4.2. Navigation (IMU) 17.4.3. Laser Scanners 17.4.4. Mobile & UAV 17.5. Middle East & Africa LiDAR Market Value Share Analysis, by Type 17.6. Middle East & Africa LiDAR Market Forecast, by Type 17.6.1. Mechanical LiDAR 17.6.2. Solid-State LiDAR 17.7. Middle East & Africa LiDAR Market Value Share Analysis, by Installation 17.8. Middle East & Africa LiDAR Market Forecast, by Installation 17.8.1. Airborne 17.8.2. Ground-Based 17.9. Middle East & Africa LiDAR Market Value Share Analysis, by Image Projection 17.10. Middle East & Africa LiDAR Market Forecast, by Image Projection 17.10.1. 3D 17.10.2. 2D 17.11. Middle East & Africa LiDAR Market Value Share Analysis, by Application 17.12. Middle East & Africa LiDAR Market Forecast, by Application 17.12.1. Corridor Mapping 17.12.2. ADAS & Driverless Car 17.12.3. Engineering 17.13. Middle East & Africa LiDAR Market Value Share Analysis, by Range Type 17.14. Middle East & Africa LiDAR Market Forecast, by Range Type 17.14.1. Short Range 17.14.2. Medium & Long Range 17.15. Middle East & Africa LiDAR Market Value Share Analysis, by End-User 17.16. Middle East & Africa LiDAR Market Forecast, by End-User 17.16.1. DEFENSE AND AEROSPACE 17.16.2. Civil Engineering 17.16.3. Archaeology 17.16.4. Forestry and Agriculture 17.16.5. Mining Industry 17.16.6. Transportation 17.17. Middle East & Africa LiDAR Market Value Share Analysis, by Country 17.18. Middle East & Africa LiDAR Market Forecast, by Country 17.18.1. GCC 17.18.2. South Africa 17.18.3. Rest of Middle East & Africa 17.19. Middle East & Africa LiDAR Market Analysis, by Country/ Sub-region 17.20. GCC LiDAR Market Forecast, by Component 17.20.1. GPS 17.20.2. Navigation (IMU) 17.20.3. Laser Scanners 17.20.4. Mobile & UAV 17.21. GCC LiDAR Market Forecast, by Type 17.21.1. Mechanical LiDAR 17.21.2. Solid-State LiDAR 17.22. GCC LiDAR Market Forecast, by Installation 17.22.1. Airborne 17.22.2. Ground-Based 17.23. GCC LiDAR Market Forecast, by Image Projection 17.23.1. 3D 17.23.2. 2D 17.24. GCC LiDAR Market Forecast, by Application 17.24.1. Corridor Mapping 17.24.2. ADAS & Driverless Car 17.24.3. Engineering 17.25. GCC LiDAR Market Forecast, by Range Type 17.25.1. Short Range 17.25.2. Medium & Long Range 17.26. GCC LiDAR Market Forecast, by End-User 17.26.1. DEFENSE AND AEROSPACE 17.26.2. Civil Engineering 17.26.3. Archaeology 17.26.4. Forestry and Agriculture 17.26.5. Mining Industry 17.26.6. Transportation 17.27. South Africa LiDAR Market Forecast, by Component 17.27.1. GPS 17.27.2. Navigation (IMU) 17.27.3. Laser Scanners 17.27.4. Mobile & UAV 17.28. South Africa LiDAR Market Forecast, by Type 17.28.1. Mechanical LiDAR 17.28.2. Solid-State LiDAR 17.29. South Africa LiDAR Market Forecast, by Installation 17.29.1. Airborne 17.29.2. Ground-Based 17.30. South Africa LiDAR Market Forecast, by Image Projection 17.30.1. 3D 17.30.2. 2D 17.31. South Africa LiDAR Market Forecast, by Application 17.31.1. Corridor Mapping 17.31.2. ADAS & Driverless Car 17.31.3. Engineering 17.32. South Africa LiDAR Market Forecast, by Range Type 17.32.1. Short Range 17.32.2. Medium & Long Range 17.33. South Africa LiDAR Market Forecast, by End-User 17.33.1. DEFENSE AND AEROSPACE 17.33.2. Civil Engineering 17.33.3. Archaeology 17.33.4. Forestry and Agriculture 17.33.5. Mining Industry 17.33.6. Transportation 17.34. Rest of Middle East & Africa LiDAR Market Forecast, by Component 17.34.1. GPS 17.34.2. Navigation (IMU) 17.34.3. Laser Scanners 17.34.4. Mobile & UAV 17.35. Rest of Middle East & Africa LiDAR Market Forecast, by Type 17.35.1. Mechanical LiDAR 17.35.2. Solid-State LiDAR 17.36. Rest of Middle East & Africa LiDAR Market Forecast, by Installation 17.36.1. Airborne 17.36.2. Ground-Based 17.37. Rest of Middle East & Africa LiDAR Market Forecast, by Image Projection 17.37.1. 3D 17.37.2. 2D 17.38. Rest of Middle East & Africa LiDAR Market Forecast, by Application 17.38.1. Corridor Mapping 17.38.2. ADAS & Driverless Car 17.38.3. Engineering 17.39. Rest of Middle East & Africa LiDAR Market Forecast, by Range Type 17.39.1. Short Range 17.39.2. Medium & Long Range 17.40. Rest of Middle East & Africa LiDAR Market Forecast, by End-User 17.40.1. DEFENSE AND AEROSPACE 17.40.2. Civil Engineering 17.40.3. Archaeology 17.40.4. Forestry and Agriculture 17.40.5. Mining Industry 17.40.6. Transportation 17.41. Middle East & Africa LiDAR Market Attractiveness Analysis 17.41.1. By Component 17.41.2. By Type 17.41.3. By Installation 17.41.4. By Image Projection 17.41.5. By Application 17.41.6. By Range Type 17.41.7. By End-User 17.42. PEST Analysis 18. Latin America LiDAR Market Analysis 18.1. Key Findings 18.2. Latin America LiDAR Market Overview 18.3. Latin America LiDAR Market Value Share Analysis, by Component 18.4. Latin America LiDAR Market Forecast, by Component 18.4.1. GPS 18.4.2. Navigation (IMU) 18.4.3. Laser Scanners 18.4.4. Mobile & UAV 18.5. Latin America LiDAR Market Value Share Analysis, by Type 18.6. Latin America LiDAR Market Forecast, by Type 18.6.1. Mechanical LiDAR 18.6.2. Solid-State LiDAR 18.7. Latin America LiDAR Market Value Share Analysis, by Installation 18.8. Latin America LiDAR Market Forecast, by Installation 18.8.1. Airborne 18.8.2. Ground-Based 18.9. Latin America LiDAR Market Value Share Analysis, by Image Projection 18.10. Latin America LiDAR Market Forecast, by Image Projection 18.10.1. 3D 18.10.2. 2D 18.11. Latin America LiDAR Market Value Share Analysis, by Application 18.12. Latin America LiDAR Market Forecast, by Application 18.12.1. Corridor Mapping 18.12.2. ADAS & Driverless Car 18.12.3. Engineering 18.13. Latin America LiDAR Market Value Share Analysis, by Range Type 18.14. Latin America LiDAR Market Forecast, by Range Type 18.14.1. Short Range 18.14.2. Medium & Long Range 18.15. Latin America LiDAR Market Value Share Analysis, by End-User 18.16. Latin America LiDAR Market Forecast, by End-User 18.16.1. DEFENSE AND AEROSPACE 18.16.2. Civil Engineering 18.16.3. Archaeology 18.16.4. Forestry and Agriculture 18.16.5. Mining Industry 18.16.6. Transportation 18.17. Latin America LiDAR Market Value Share Analysis, by Country 18.18. Latin America LiDAR Market Forecast, by Country 18.18.1.1. Brazil 18.18.1.2. Mexico 18.18.1.3. Rest of Latin America 18.19. Latin America LiDAR Market Analysis, by Country/ Sub-region 18.20. Brazil LiDAR Market Forecast, by Component 18.20.1. GPS 18.20.2. Navigation (IMU) 18.20.3. Laser Scanners 18.20.4. Mobile & UAV 18.21. Brazil LiDAR Market Forecast, by Type 18.21.1. Mechanical LiDAR 18.21.2. Solid-State LiDAR 18.22. Brazil LiDAR Market Forecast, by Installation 18.22.1. Airborne 18.22.2. Ground-Based 18.23. Brazil LiDAR Market Forecast, by Image Projection 18.23.1. 3D 18.23.2. 2D 18.24. Brazil LiDAR Market Forecast, by Application 18.24.1. Corridor Mapping 18.24.2. ADAS & Driverless Car 18.24.3. Engineering 18.25. Brazil LiDAR Market Forecast, by Range Type 18.25.1. Short Range 18.25.2. Medium & Long Range 18.26. Brazil LiDAR Market Forecast, by End-User 18.26.1. DEFENSE AND AEROSPACE 18.26.2. Civil Engineering 18.26.3. Archaeology 18.26.4. Forestry and Agriculture 18.26.5. Mining Industry 18.26.6. Transportation 18.27. Mexico LiDAR Market Forecast, by Component 18.27.1. GPS 18.27.2. Navigation (IMU) 18.27.3. Laser Scanners 18.27.4. Mobile & UAV 18.28. Mexico LiDAR Market Forecast, by Type 18.28.1. Mechanical LiDAR 18.28.2. Solid-State LiDAR 18.29. Mexico LiDAR Market Forecast, by Installation 18.29.1. Airborne 18.29.2. Ground-Based 18.30. Mexico LiDAR Market Forecast, by Image Projection 18.30.1. 3D 18.30.2. 2D 18.31. Mexico LiDAR Market Forecast, by Application 18.31.1. Corridor Mapping 18.31.2. ADAS & Driverless Car 18.31.3. Engineering 18.32. Mexico LiDAR Market Forecast, by Range Type 18.32.1. Short Range 18.32.2. Medium & Long Range 18.33. Mexico LiDAR Market Forecast, by End-User 18.33.1. DEFENSE AND AEROSPACE 18.33.2. Civil Engineering 18.33.3. Archaeology 18.33.4. Forestry and Agriculture 18.33.5. Mining Industry 18.33.6. Transportation 18.34. Rest of Latin America LiDAR Market Forecast, by Component 18.34.1. GPS 18.34.2. Navigation (IMU) 18.34.3. Laser Scanners 18.34.4. Mobile & UAV 18.35. Rest of Latin America LiDAR Market Forecast, by Type 18.35.1. Mechanical LiDAR 18.35.2. Solid-State LiDAR 18.36. Rest of Latin America LiDAR Market Forecast, by Installation 18.36.1. Airborne 18.36.2. Ground-Based 18.37. Rest of Latin America LiDAR Market Forecast, by Image Projection 18.37.1. 3D 18.37.2. 2D 18.38. Rest of Latin America LiDAR Market Forecast, by Application 18.38.1. Corridor Mapping 18.38.2. ADAS & Driverless Car 18.38.3. Engineering 18.39. Rest of Latin America LiDAR Market Forecast, by Range Type 18.39.1. Short Range 18.39.2. Medium & Long Range 18.40. Rest of Latin America LiDAR Market Forecast, by End-User 18.40.1. DEFENSE AND AEROSPACE 18.40.2. Civil Engineering 18.40.3. Archaeology 18.40.4. Forestry and Agriculture 18.40.5. Mining Industry 18.40.6. Transportation 18.41. Latin America LiDAR Market Attractiveness Analysis 18.41.1. By Component 18.41.2. By Type 18.41.3. By Installation 18.41.4. By Image Projection 18.41.5. By Application 18.41.6. By Range Type 18.41.7. By End-User 18.42. PEST Analysis 19. Company Profiles 19.1. Market Share Analysis, by Company 19.2. Competition Matrix 19.3. Company Profiles: Key Players 19.3.1. Leica Geosystems Holdings AG 19.3.1.1. Company Overview 19.3.1.2. Financial Overview 19.3.1.3. Business Strategy 19.3.1.4. Recent Developments 19.3.1.5. Manufacturing Footprint 19.3.2. Teledyne Optech Inc. 19.3.3. Quantum Spatial, Inc. 19.3.4. Faro Technologies, Inc. 19.3.5. Velodyne LiDAR, Inc. 19.3.6. Sick AG 19.3.7. Geokno 19.3.8. Trimble, Inc. 19.3.9. RIEGL USA 19.3.10. YellowScan 19.3.11. Velodyne LiDAR 19.3.12. Beijing Surestar Technology 19.3.13. Optech Inc. 19.3.14. 3D Laser Mapping 19.3.15. Geodigital 19.3.16. Topcon Positioning Systems Inc. 19.3.17. Denso 19.3.18. Trimble, Inc. (US) 19.3.19. HEXAGON, 19.3.20. SICK AG 19.3.21. Trimble Inc. 19.3.22. Phoenix LiDAR Systems 19.3.23. LeddarTech Inc. 19.3.24. Quanergy Systems, Inc. 19.3.25. Innoviz Technologies Ltd. 19.3.26. ZX Lidars 19.3.27. Vaisala 19.3.28. Waymo LLC 19.3.29. Valeo 19.3.30. Lumibird Canada 19.3.31. Ouster, Inc. 20. Primary Key Insights

About This Report

Report ID 15107
Category Electronics
Published Date Sept 2019
Updated Date Sept 2022
Contact Us