Resilient Local Transportation Initiatives
Language:
Japanese
Product Code No:
C67125200
Issued In:
2026/03
#of Pages:
154
Publication Cycle:
Format:
PDF
Geographic Coverage:
Japan
Industry:
Jump to the Japanese Page:
Coverage: (Product/service)
Local Transporation
Research Target:
Local governments, local transportation service operators
Research Content:
This market report explores the economic sustainability of Japan’s local transportation through the introduction of autonomous shuttle (Level 4 driverless shuttles) and Demand-Responsive Transport (DRT), as well as by redesigning existing transportation systems.
The report highlights the implications of the revised Road Traffic Act, which now permits Level 4 autonomous vehicles for specific commercial applications, while addressing the operational challenges of full-scale commercialization. Currently, 2,057 districts in Japan face severe transportation deficits, leaving 14 million people without immediate access to gas stations or public bus stops. Furthermore, 98% of regional shuttle operators are operating at a loss while navigating critical driver shortages. To sustain essential regional mobility, transit providers must urgently transition away from subsidy dependency by adopting next-generation mobility technologies. Additionally, the report examines key industry developments—including Demand-Responsive Transport (DRT) implementations and taxi industry restructuring—aimed at shifting traditional fare-reliant revenue models toward more sustainable, resilient business frameworks.
The report highlights the implications of the revised Road Traffic Act, which now permits Level 4 autonomous vehicles for specific commercial applications, while addressing the operational challenges of full-scale commercialization. Currently, 2,057 districts in Japan face severe transportation deficits, leaving 14 million people without immediate access to gas stations or public bus stops. Furthermore, 98% of regional shuttle operators are operating at a loss while navigating critical driver shortages. To sustain essential regional mobility, transit providers must urgently transition away from subsidy dependency by adopting next-generation mobility technologies. Additionally, the report examines key industry developments—including Demand-Responsive Transport (DRT) implementations and taxi industry restructuring—aimed at shifting traditional fare-reliant revenue models toward more sustainable, resilient business frameworks.
TOC:
I Structural Changes Surrounding Local Transportation
1-1. Pressing Needs for Local Transportation and Erosion of Viability
- 99.6% of transit providers face financial ‘death spiral’
- Aging demographics
- Voluntary surrender (license return)
1-2. Structural Challenges Stemming From Labor Shortages and Fiscal Constraints
- Transportation deserts
- Decrease in the number of gas stations
1-3. Initiatives to Adopt Autonomous Vehicles (AVs) for Local Transporation
1-4. Mobility as a Service (MaaS)
- Current implementation status of maas in Japan
- Comparison with MaaS in European countries
- An inconvenient truth about MaaS: cases in the Western countries
- Will Robotaxi be a savior?
- Modern Luddite Actions Against Robotaxis
1-5. Solutions Addressing “Death Spiral”
- Micromobility, minicar
- Demand Responsive Transport (DRT)
- Green Slow Mobility (last-mile transit)
- Issues regarding autonomous shuttles
- Reassessing the value of local transportation through Cost-Benefit Analysis
II Current Status of Specified Automated Operation
2-1. Permits for Specified Automated Operation
2-1-1. Revised Road Traffic Act
2-1-2. Requirements for permits, challenges in commercial operation from field research
2-2. Driverless Shuttle
2-2-1. Operational Design Domain (ODD) and Minimal Risk Maneuver (MRM)
2-2-2. Limitations in managing drastic environmental changes and ‘edge cases’
2-3. Potentials of Driverless Shuttle
2-3-1. (Technology) Limitations of ODD, shift toward end-to-end (E2E) architectures
2-3-2. (Operation) Remote monitoring, cybersecurity strategy
2-3-3. (Business) Labor cost reduction
2-4. Consensus Building with Residents
III Practical Approach to Sustain Local Transportation
3-1. Restructuring / Increasing Efficiency of Existing Public Transit Systems
3-1-1. Examples
- Restructuring into hub-and-spoke model
- Reducing vehicle size, increasing the number of services, demand creation
- Integration of existing resources to avoid overlapping investment
3-1-2. Limitations in restructuring and political barriers
3-2. Demand Responsive Transport (DRT), Hitting the Wall of Expense Ratio at 15%
- Need for removing psychological barriers and increasing convenience
- Digital divide, limitation in booking
- Will ride share be a savior?
- Case Studies: mobi, Uber
3-3. Conditions for the Long-term Viability of Autonomous Shuttles in Local Transit
3-4. Type of MaaS by Objective
3-4-1. Characteristics by Application
- Healthcare
- Tourism
- Disaster Preparedness
3-4-2. Enhancing Local Transportation from Cost to Asset
3-5. Forecast on Market Size of MaaS as Resilient Local Transportation
3-5-1. Challenges
3-5-2. Market size forecasting assumptions
3-5-3. Market size forecast up to 2035
3-5-4. Make A Decision & Make It Right for revitalizing local economies
IV Case Studies
4-1. Local Governments (12 Cases)
Kamishihoro Town, Hokkaido
Hitachi City, Ibaraki Prefecture
Kashiwa City, Chiba Prefecture
Eiheiji Town, Fukui Prefecture
Gifu City, Gifu Prefecture
Taki Town, Mie Prefecture
Higashiōmi City, Shiga Prefecture
Kyōtango City, Kyoto Prefecture
Maniwa City, Okayama Prefecture
Fukuoka City, Fukuoka Prefecture
Kumamoto City, Kumamoto Prefecture
Nakagusuku Village, Okinawa Prefecture
4-2. Local Transportation Operators (5 Cases)
Kanagawa Chuo Kotsu Co., Ltd.
Meitetsu Bus Co., Ltd.
Iyotetsu Bus Co., Ltd.
Nishi-Nippon Railroad Co., Ltd.
Daiichi Koutsu Sangyo Co., Ltd.