Robotaxi Market Overview

Robo Taxi Market size is estimated to reach USD 110.49 Billion by 2030, growing at a CAGR of 80.2% from 2022 to 2030, and it was calculated at USD 1.40 Billion in 2022.

The need for emission-free and fuel-efficient vehicles is anticipated to contribute to the global robo-taxi market development. Progress in the first stage, robo taxis will encourage new driving abilities using better cameras, rule-based algorithms, improved artificial intelligence, and robust sensors.

What is Robotaxi?

A robo taxi is a self-driving and autonomous vehicle driven by shared and on-demand mobility assistance. The emergence of robo taxis is caused by their usefulness, such as enhancing fleet management and decreasing the cost of ownership. The autonomous driving technology of robo taxis is the major driver for decreasing the cost of ownership to mass-transportation levels. Robo taxis will decrease the total cost of ownership of a fleet operator by 30%-50%, approximated with private-vehicle ownership.

Growth Drivers

Growing Awareness on Road Safety

Self-driving taxis have several benefits over conventional vehicles as they are equipped with advanced LiDAR, RADAR, sensors, and cameras for their operation. The technologically developed fast and long-range sensors obstacles around the vehicles and decrease the rate of road accidents. These vehicles also support to facilitate traffic congestion while running on the road. For instance, according to the study of the University of Illinois, if one is attached to a traffic jam with around 20 vehicles caused by humans, the robo taxi holds its speed and detects vehicles about it and moves at a steady speed in a single lane, and support to reduce the congestion on the road.

Opportunities

Government support to drive the market

The race to deploy autonomous vehicles, mainly in advanced countries, has noticed the attention of public policymakers in autonomous transportation and its potential influence. Governments of different countries have already loosened legal hindrances to test self-driving vehicles. The government of Transport and Communications of Finland has gone a stage forward as it has designed a legal system for testing autonomous vehicles. Many other jurisdictions in countries such as Austria, France, Netherlands, the UK, and the US are also following suit. For instance, in 2020, the California Public Utilities Commission (CPUC) introduced two new commercial programs, which are anticipated to allow companies to test their robotaxi’s for commercial ride-hailing services.

Restraints

Increased Research and Development Expenses

A robotaxi contained more than 40 sensors such as RADAR, cameras, and LiDAR that enable the vehicle’s efficient functioning. These developed sensors are costly, and their work relies on the type of hardware and software operated during functional movements. Automotive LiDAR can price up to USD 50,000, which adds up to the price of the vehicle. Further, level-4 and level-5 autonomous automobiles are inaccessible for examining and testing as these vehicles are in the growth stage.

Pre Covid-19 Impact on Global Robotaxi Market

Before the covid-19 period, the expansion of the global Robo taxi market was driven by several advantages, such as reduced traffic, lower CO2 emission, more comfortable parking, and decreased rate of accidents. The favorably automated technology of Robo taxis will be suitable in decreasing traffic congestion, as these autonomous taxis are provided with interconnected car technology. With this technology, these taxis can intercommunicate and interconnect with each other; based on that, they can enhance their ways for a particular vehicle. Similarly, incorporating sensors and developed techniques in robo taxis will donate to an improved solution for reducing the rate of road accidents.

Covid-19 Impact on Global Robotaxi Market

During the covid-19 period, many nations had levied a complete lockdown of more than two months, which, in turn, has affected vehicle production. Manufacturing units worldwide were shut down, and vehicle sales have brought a huge impact. The manufacturing and sales of the latest vehicles had come to a halt worldwide and disputed the whole ecosystem in the outbreak of covid-19. The automotive industry is highly capital-intensive and depends on periodic financing. Thus, the production suspension during the initial months of the outbreak and lower demand had an unprecedented influence on electric vehicle manufacturers in the months of the pandemic.

Post Covid-19 Impact on Global Robotaxi Market

After the covid-19 outbreak, there were market disturbances in the initial stage of Covid-19 in the robotaxi market due to lockdowns, lower need for ride-sharing services etc. However, in the afterward period, the market for robotaxis increased due to their driving model. An expansion in government endeavors and a rise in investments by the leading participants in the automation industry encourage the growth of the global Robo taxi market. Moreover, an upsurge in development and creation also fuels the Robo-taxi industry. In addition, the favorable influence of developments connected to autonomous vehicles accepted by multiple startups and top participants fuels the market across the world, which raises the Robo taxi market size.

By Application Type Segmental Analysis

The market is segmented into Goods and passengers based on application segmental analysis. The passenger component is expected to dominate the market during the forecast period. Conventional taxis are more prone to road casualties than independent passenger taxis and are the main heads of air pollution. Moreover, independent passenger taxis decrease travel costs from one destination to another, showing substantial fuel and driver costs. In current years, different automobile companies have presented innovative products to enhance the convenience of public transportation. These aspects will contribute to the segment’s growth in the upcoming years.

By Component Type Segmental Analysis

Based on component type segmental analysis, the market is segmented into LiDar, RADAR, Camera and Sensor. The LiDAR is predicted to be the fastest-growing segment during the forecast period. LiDAR is one of the important elements in the robotaxis and is operated to reflect pulse light to compute the distance between two cars. It allows measurement reflected pulsed light when combined with advanced sensors and works more specifically. Approximated to RADAR, LiDAR can scan the road surface a hundred times within seconds. This scanned knowledge is sent to the vehicle’s smart computer and automatically modifies vehicle speed.

By Production Type Segmental Analysis

Based on production type segmental analysis, the market is segmented into Electric vehicles, Hybrid Vehicles and Fuel Cells. Electric vehicles are predicted to monopolize the market during the forecast period. Electric vehicles have achieved popularity due to several benefits over conventional vehicles, such as zero-emission, very low maintenance, and increased efficiency. Key OEMs worldwide have partnered with other players to create developed infrastructure for charging electric & hybrid electric vehicles, which will increase the market over the forecast period.

By Regional Segmental Analysis

Based on the regional segmental analysis, the market is segmented into North America, Europe, Asia-Pacific, South America and The Middle East & Africa. The Asia-Pacific has anticipated the largest share in the global robotaxi market. It is due to the increasing acceptance of high-end technologies. Key countries such as India, South Korea, and China are prominent automotive and technologically developed features markets. Elements such as the increasing number of road accidents, growing disposable income of consumers, and expanding traffic congestion are the major causes for adopting autonomous vehicles in the region. Additionally, supporting government endeavors is increasing the demand for the robotaxi market.

Competitors Analysis

The companies include Tesla Inc., Waymo LLC, Aptiv, Uber Technologies, Daimler AG, Lyft Inc., Baidu, Didi Chuxing, Amazon and other prominent players in the global robotaxi market.

Key Stakeholders

• Market research and consulting firms

• Robotaxi Market Associates
• Local Governments
• Regulatory bodies
• Robotaxi Market
• Suppliers
• Service Providers

Recent Developments

• In August 2022, With the service of the autonomous vehicle business Motional, Lyft Inc., a ride-hailing company, is present its all-electric robot-taxi service in Las Vegas, Nevada.
• In March 2022, Waymo LLC, an autonomous driving technology startup owned by Alphabet, declared intentions to deliver completely driverless transportation for its employees in San Francisco, California.
• In May 2021, Baidu announced its first driverless, commercial robotaxi assistance in Beijing, China. Using the Apollo Go App, users can discover a robotaxi in the area and command a driverless ride through an automated system. Further, Baidu said virtual reality navigation and remote-controlled car horns would allow users to identify the car’s location. In addition, to unlock autonomous vehicles, users are needed to scan a QR code and health code on the car for identity verification and pandemic deterrence purposes.
• In May 2021, Argo AI directed the new LiDAR sensor, which can be very helpful in autonomous driving technology because it protects approximately 400 m down the road. Moreover, the Argo Self-Driving System (SDS) is capable of 360-degrees attention day or night and can safely drive on busy city roads in suburban neighborhoods.
• In January 2021, AutoX announced its driverless commercial taxi assistance, robotaxi, in Shenzhen, China. AutoX has been working test robotaxi service in Shanghai with the support of safety drivers. These cars are now supported for real robotaxi service after being tested at Shenzhen’s Chinese governance self-driving test center.

Scope of the Report

Market Modelling

By Application Type

• Goods
• Passenger

By Component Type

• LiDar
• RADAR
• Camera
• Sensor

By Production type

• Electric Vehicle
• Hybrid Vehicles
• Fuel Cell

By Region

• North America
• Europe
• Asia-Pacific
• South America
• The Middle East & Africa

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Report Content

1.     Research Strategic Development

1.1.   Market Modelling

1.2.   Product Analysis

1.3.   Market Trend and Economic Factors Analysis

1.4.   Market Segmental Analysis

1.5.   Geographical Mapping

1.6.   Country Wise Segregation

2.     Research Methodology

2.1.   Identification of Target Market

2.2.   Data Acquisition

2.3.   Refining of Data/ Data Transformations

2.4.   Data Validation through Primary Techniques

2.5.   Exploratory Data Analysis

2.6.   Graphical Techniques/Analysis

2.7.   Quantitative Techniques/Analysis

2.8.   Visual Result/Presentation

3.     Executive Summary
4.     Market Insights

4.1.  Supply Chain Analysis

4.2.  Economic Factor Analysis

4.2.1.            Drivers

4.2.2.            Trends

4.2.3.            Opportunities

4.2.4.            Challenges

4.3.  Technological Landscape

4.4.  Competitors & Product Analysis

4.5.   Regulatory Framework

4.6.   Company market share analysis, 2022

4.7.  Porter’s Five Forces Analysis

4.8.  Price point analysis

4.9.  New Investment Analysis

4.10.                    PESTEL Analysis

4.11.                    Pre Covid-19 Impact

4.12.                    Covid-19 Impact

4.13.                    Post Covid-19 Impact

5. Global Robotaxi Market, 2017-2030

5.1.  Market size & Forecast, 2017-2030

5.1.1.            Demand

5.1.1.1.          By Value (USD Million)

5.1.2.            Consumption

5.1.2.1.          By Volume (In Units)

5.2.  Market Share & Forecast, 2017-2030

5.2.1.            By Application Type

5.2.1.1.          Goods

5.2.1.2.          Passenger

5.2.2.            By Component Type

5.2.2.1.          LiDar

5.2.2.2.          RADAR

5.2.2.3.          Camera

5.2.2.4.          Sensor

5.2.3.            By Production Type

5.2.3.1.          Electric Vehicle

5.2.3.2.          Hybrid Vehicles

5.2.3.3.          Fuel Cell

5.2.4.            By Region

5.2.4.1.          North America

5.2.4.2.          Europe

5.2.4.3.          Asia Pacific

5.2.4.4.          The Middle East & Africa

5.2.4.5.          South America

6. North America Robotaxi Market, 2017-2030

6.1.  North America Robotaxi Market size & Forecast, 2017-2030

6.1.1.            Demand

6.1.1.1.          By Value (USD Million)

6.1.2.            Consumption

6.1.2.1.          By Volume (In Units)

6.2.  North America Robotaxi Market Share & Forecast, 2017-2030

6.2.1.            By Application Type

6.2.1.1.          Goods

6.2.1.2.          Passenger

6.2.2.            By Component Type

6.2.2.1.          LiDar

6.2.2.2.          RADAR

6.2.2.3.          Camera

6.2.2.4.          Sensor

6.2.3.            By Production Type

6.2.3.1.          Electric Vehicle

6.2.3.2.          Hybrid Vehicles

6.2.3.3.          Fuel Cell

6.2.4.            By Country

6.2.4.1.          US

6.2.4.2.          Canada

6.2.4.3.          Mexico

7. Europe Robotaxi Market, 2017-2030

7.1.  Europe Robotaxi Market size & Forecast, 2017-2030

7.1.1.            Demand

7.1.1.1.          By Value (USD Million)

7.1.2.            Consumption

7.1.2.1.          By Volume (In Units)

7.2.  Europe Robotaxi Market Share & Forecast, 2017-2030

7.2.1.            By Application Type

7.2.1.1.          Goods

7.2.1.2.          Passenger

7.2.2.            By Component Type

7.2.2.1.          LiDar

7.2.2.2.          RADAR

7.2.2.3.          Camera

7.2.2.4.          Sensor

7.2.3.            By Production Type

7.2.3.1.          Electric Vehicle

7.2.3.2.          Hybrid Vehicles

7.2.3.3.          Fuel Cell

7.2.4.            By Country

7.2.4.1.          Germany

7.2.4.2.          UK

7.2.4.3.          France

7.2.4.4.          Italy

7.2.4.5.          Rest of Europe

8. Asia Pacific Robotaxi Market, 2017-2030

8.1.  Asia Pacific Robotaxi Market size & Forecast, 2017-2030

8.1.1.            Demand

8.1.1.1.          By Value (USD Million)

8.1.2.            Consumption

8.1.2.1.          By Volume (In Units)

8.2.  Asia Pacific Robotaxi Market Share & Forecast, 2017-2030

8.2.1.            By Application Type

8.2.1.1.          Goods

8.2.1.2.          Passenger

8.2.2.            By Component Type

8.2.2.1.          LiDar

8.2.2.2.          RADAR

8.2.2.3.          Camera

8.2.2.4.          Sensor

8.2.3.            By Production Type

8.2.3.1.          Electric Vehicle

8.2.3.2.          Hybrid Vehicles

8.2.3.3.          Fuel Cell

8.2.4.            By Country

8.2.4.1.          China

8.2.4.2.          India

8.2.4.3.          Japan

8.2.4.4.          Australia

8.2.4.5.          Rest of Asia pacific

9. The Middle East & Africa Robotaxi Market, 2017-2030

9.1.  The Middle East & Africa Robotaxi Market size & Forecast, 2017-2030

9.1.1.            Demand

9.1.1.1.          By Value (USD Million)

9.1.2.            Consumption

9.1.2.1.          By Volume (In Units)

9.2.  The Middle East & Africa Robotaxi Market Share & Forecast, 2017-2030

9.2.1.            By Application Type

9.2.1.1.          Goods

9.2.1.2.          Passenger

9.2.2.            By Component Type

9.2.2.1.          LiDar

9.2.2.2.          RADAR

9.2.2.3.          Camera

9.2.2.4.          Sensor

9.2.3.            By Production Type

9.2.3.1.          Electric Vehicle

9.2.3.2.          Hybrid Vehicles

9.2.3.3.          Fuel Cell

9.2.4.            By Country

9.2.4.1.          Saudi Arabia

9.2.4.2.          UAE

9.2.4.3.          South Africa

9.2.4.4.          Rest of The Middle East & Africa

10. South America Robotaxi Market, 2017-2030

10.1.1.        Demand

10.1.1.1.      By Value (USD Million)

10.1.2.        Consumption

10.1.2.1.      By Volume (In Units)

10.2.                    South America Robotaxi Market size & Forecast, 2017-2030

10.3.                    South America Robotaxi Market Share & Forecast, 2017-2030

10.3.1.        By Application Type

10.3.1.1.      Goods

10.3.1.2.      Passenger

10.3.2.        By Component Type

10.3.2.1.      LiDar

10.3.2.2.      RADAR

10.3.2.3.      Camera

10.3.2.4.      Sensor

10.3.3.        By Production Type

10.3.3.1.      Electric Vehicle

10.3.3.2.      Hybrid Vehicles

10.3.3.3.      Fuel Cell

10.3.4.        By Country

10.3.4.1.      Brazil

10.3.4.2.      Argentina

10.3.4.3.      Rest of South America

11. Competitor Analysis

11.1. Company Description

11.2. Financial Analysis

11.3. Key Products

11.4. Key Management Personnel

11.5. Contact Address

11.6. SWOT Analysis

11.7. Company profile

11.7.1.        Tesla Inc.

11.7.2.        Waymo LLC

11.7.3.        Aptiv

11.7.4.        Uber Technologies

11.7.5.        Daimier AG

11.7.6.        Lyft Inc.

11.7.7.        Baidu

11.7.8.        Didi Chuxing

11.7.9.        Amazon

11.7.10.   Other Prominent Players.