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Japan Defense Market Data 2026-2035

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    Report

  • June 2026
  • Region: Japan
  • GlobalData
  • ID: 6262545
Japan's defense budget demonstrated a CAGR of 6.7% over the period 2022-2026, rising from $44.6 billion in 2022 to reach $57.8 billion in 2026. Defense expenditure is anticipated to increase from $65.5 billion in 2027 to $85.4 billion in 2031, reflecting a CAGR of 6.9%. This increase is expected to be driven by defense capability program, that are projected to be continued over the forecast period to shore up weakened defense capabilities. With Japan amending their constitution to permit military mobilization in support of its allies, the country is anticipated to embark upon development of robust offensive capabilities and transition from a defensive force structure to a fairly capable offensive capabilities.

Against this backdrop, Japan's acquisition expenditure is anticipated to grow from $13.6 billion in 2027 to reach $17.3 billion in 2027. However, the Japanese RDT&E expenditure is anticipated to be driven by massive investments in research & development initiatives to develop advanced defense technologies and capabilities and demonstrate substantial growth of 13.3%, rising from $5.3 billion in 2027 to reach $8.8 billion in 2027.

Stay ahead in the aerospace and defense market with an interactive, Excel-based country intelligence workbook from the analyst. This ready-to-use workbook features intuitive pivots and dashboards that allow users to analyze defense spending, procurement programs, platform inventories, and market trends across key segments within Japan. Easily slice and filter data, explore historical patterns and long-term forecasts, benchmark suppliers, and support strategic planning with transparent, analyst-curated insights through 2035.

Japan Defense Market Data report provides:

Defense Budget Allocations: The interactive excel sheet allows the user to analyze total defense expenditure with flexible filters across major budget heads, including Acquisitions, RDT&E, Infrastructure, Personnel, and Operations and Maintenance (O&M) expenditures. Users can further enhance analysis by viewing contextual indicators such as exchange rates, real and nominal GDP, population, defense spending as a percentage of GDP, and defense budget per capita.
Defense Program Forecasts: The interactive Excel sheet allows the user to explore forecast spending across defense sectors and sub-sectors, with the ability to drill down to individual programs and suppliers. Interactive filters enable users to assess funding priorities, program pipelines, and supplier exposure within the country’s defense ecosystem.
Fleet Size: The interactive excel sheet allows the user to evaluate current and future equipment inventories by filtering data on equipment variants, acquisition timelines, current unit counts, annual fleet maintenance costs, manufacturers, and countries of origin. The workbook also provides forward-looking indicators such as projected retirement years, replacement probabilities, and service life extension likelihoods, offering clear visibility into modernization and replacement opportunities.
Two interactive visualization sheets with charts and graphs provide expert insights, enabling users to explore quantitative trends within the selected aerospace and defense market. The visualization sheets are supported by detailed underlying datasets covering Defense Budget Allocations, Fleet Size and Platform Analysis, and Defense Program Forecasts

Key Highlights

  • Drivers: Defense modernization is driven by need to mantain of robust contingency response capabilities due to escalating threat from China and North Korea and alao mantain robust expeditionary warfare, logistics and sealift capabilities to support allies will drive defense capability enhancement expenditure.
  • Top 3 Sectors: Military Fixed Wing Aircraft, Naval Vessels and Surface Combatants and Missiles and Missile Defense Systems
  • Top Country of Origin of Existing Fleet: Indigenous, United States, United Kingdom, France, and Switzerland

Scope

This Excel deliverable gives important, expert insight you won’t find in any other source. The interactive model illustrates qualitative and quantitative trends within the specified market. Various sections covered in the workbook are as follows:
  • Interactive Visualizations: Two interactive dashboard sheets featuring charts and graphs that enable rapid analysis of qualitative and quantitative trends across the selected aerospace and defense market.
  • Defense Budget Allocations: Detailed coverage of total defense expenditure with breakdowns across acquisitions, RDT&E, infrastructure, personnel, operations and maintenance (O&M), and other spending categories, supported by key macroeconomic and contextual indicators.
  • Defense Program Forecasts: Forecast analysis of defense spending by sector, sub-sector, program, and supplier, enabling evaluation of procurement priorities, funding pipelines, and competitive positioning within the country.
  • Fleet Size and Platform Inventory: Comprehensive assessment of military equipment inventories, including platform variants, acquisition timelines, current unit counts, manufacturers, country of origin, maintenance costs, and projected retirement, replacement, and service life extension indicators.
  • Sources: Data compiled from a wide range of authoritative public and proprietary sources, including government budgets, defense ministries, armed forces disclosures, international organizations, industry reports, and the analyst’s internal databases.

Reasons to Buy

  • Identify high-growth investment and procurement opportunities by analyzing historical data and long-term trends in the Japan defense market across budget categories, sectors, and platforms through 2035.
  • Track and benchmark defense budget allocations across acquisitions, RDT&E, personnel, infrastructure, and O&M, supported by macroeconomic indicators such as GDP, population, and defense spending as a percentage of GDP.
  • Assess program-level funding priorities and pipelines by drilling down into defense programs by sector, sub-sector, and supplier, enabling evaluation of funding stability, growth potential, and competitive exposure.
  • Evaluate fleet modernization and replacement opportunities using detailed platform-level data covering current inventories, acquisition timelines, maintenance costs, projected retirements, and replacement and service life extension probabilities.
  • Strengthen competitive and supplier intelligence through comparative analysis of manufacturers, country of origin, and supplier participation across key defense programs and platforms.
  • Save time and improve decision-making efficiency with a ready-to-use, interactive Excel workbook featuring intuitive pivots and dashboards that allow rapid filtering, customization, and scenario exploration without the need for additional modeling.

Table of Contents

1 Executive Summary2 Construction Industry: At-a-Glance
3 Context
3.1 Economic Performance
3.2 Political Environment and Policy
3.3 Demographics
3.4 Risk Profile
4 Construction Outlook
4.1 All Construction
  • Outlook
  • Latest news and developments
  • Construction Projects Momentum Index
4.2 Commercial Construction
  • Outlook
  • Project analytics
  • Latest news and developments
4.3 Industrial Construction
  • Outlook
  • Project analytics
  • Latest news and developments
4.4 Infrastructure Construction
  • Outlook
  • Project analytics
  • Latest news and developments
4.5 Energy and Utilities Construction
  • Outlook
  • Project analytics
  • Latest news and developments
4.6 Institutional Construction
  • Outlook
  • Project analytics
  • Latest news and developments
4.7 Residential Construction
  • Outlook
  • Project analytics
  • Latest news and developments
5 Key Industry Participants
5.1 Contractors
5.2 Consultants
6 Construction Market Data
7 Appendix
7.1 What is this Report About?
7.2 Definitions
7.3 CRI Methodology
  • About the Analyst
  • Contact the Publisher
Table 1: Construction Industry Key Data
Table 2: The Philippines, Key Economic Indicators
Table 3: The Philippines, Commercial Construction Output by Project Type (Real % Change), 2021-30
Table 4: The Philippines, Top Commercial Construction Projects by Value
Table 5: The Philippines, Industrial Construction Output by Project Type (Real % Change), 2021-30
Table 6: The Philippines, Top Industrial Construction Projects by Value
Table 7: The Philippines, Infrastructure Construction Output by Project Type (Real % Change), 2021-30
Table 8: The Philippines, Top Infrastructure Construction Projects by Value
Table 9: The Philippines, Energy and Utilities Construction Output by Project Type (Real % Change), 2021-30
Table 10: The Philippines, Top Energy and Utilities Construction Projects by Value
Table 11: The Philippines, Institutional Construction Output by Project Type (Real % Change), 2021-30
Table 12: The Philippines, Top Institutional Construction Projects by Value
Table 13: The Philippines, Residential Construction Output by Project Type (Real % Change), 2021-30
Table 14: The Philippines, Top Residential Construction Projects by Value
Table 15: The Philippines, Key Contractors
Table 16: The Philippines, Key Consultants
Table 17: The Philippines Construction Output Value (Real, $ Million)
Table 18: The Philippines, Construction Output Value (Nominal, PHP Billion)
Table 19: the analyst Construction Market Definitions
Table 20: the analyst Construction Market Definitions
Table 21: Ratings, Scores and Definitions
Figure 1: South-East Asia, Construction Output (Real % Change), 2024-30
Figure 2: The Philippines, Construction Output by Sector (Real % Change), 2024-26 and 2027-30
Figure 3: The Philippines, Risk Summary
Figure 4: The Philippines, Risk Regional Comparison
Figure 5: The Philippines, Construction Output Value (Real, $ Million, 2022 Prices and Exchange Rate), 2021-30
Figure 6: The Philippines, Construction Output Value, by Sector (Real, $ Million), 2021-30
Figure 7: The Philippines, Construction Value-Add (PHP Billion, 2018 Constant Prices)
Figure 8: The Philippines, Gross Fixed Capital Formation in Construction (PHP Billion, 2018 Constant Prices)
Figure 9: The Philippines, Gross Domestic Capital Formation in Mining and Construction Machinery (PHP Million, 2018 Constant Prices)
Figure 10: The Philippines, Construction Materials Price Index in the National Capital Region
Figure 11: The Philippines, Loans Outstanding for Construction (PHP Billion)
Figure 12: The Philippines, Approved Building Permits (PHP Billion)
Figure 13: The Philippines, Employment in Construction, in thousands
Figure 14: The Philippines, Total Approved Foreign Investments (Current Prices, PHP Billion)
Figure 15: The Philippines, Construction Projects Momentum Index
Figure 16: South-East Asia, Construction Projects Momentum Index
Figure 17: The Philippines, Commercial Construction Output by Project Type (Real, $ Million), 2021-30
Figure 18: The Philippines, Commercial Construction Projects Pipeline, Value by Stage ($ Million)
Figure 19: The Philippines, Accommodation and Food Service Activities Value-Add (PHP Billion, 2018 Constant Prices)
Figure 20: The Philippines, Loans Outstanding for Accommodation and Food Service Activities (PHP Billion)
Figure 21: The Philippines, Wholesale and Retail Trade Value-Add, at 2018 Constant Prices, % Change YoY
Figure 22: The Philippines, Industrial Construction Output by Project Type (Real, $ Million), 2021-30
Figure 23: The Philippines, Industrial Construction Projects Pipeline, Value by Stage ($ Million)
Figure 24: The Philippines, Mining and Quarrying Value-Add (PHP Billion, 2018 Constant Prices)
Figure 25: The Philippines, Manufacturing Value-Add (PHP Billion, 2018 Constant Prices)
Figure 26: The Philippines, Loans Outstanding for Manufacturing (PHP Billion)
Figure 27: The Philippines, Total Exports ($ Billion)
Figure 28: The Philippines, Infrastructure Construction Output by Project Type (Real, $ Million), 2021-30
Figure 29: The Philippines, Infrastructure Construction Projects Pipeline, Value by Stage ($ Million)
Figure 30: The Philippines, Transportation and Storage Value-Add (PHP Billion, 2018 Constant Prices)
Figure 31: The Philippines, Loans Outstanding for Transportation and Storage (PHP Billion)
Figure 32: The Philippines, Energy and Utilities Construction Output by Project Type (Real, $ Million), 2021-30
Figure 33: The Philippines, Energy and Utilities Construction Projects Pipeline, Value by Stage ($ Million)
Figure 34: The Philippines, Electricity Generation, Steam, Water, and Waste Management Value-Add (PHP Billion, 2018 Constant Prices)
Figure 35: The Philippines, Information and Communication Value-Add (PHP Billion, 2018 Constant Prices)
Figure 36: The Philippines, Loans Outstanding for Electricity, Gas, Steam and Air-Conditioning Supply (PHP Billion)
Figure 37: The Philippines, Institutional Construction Output by Project Type (Real, $ Million), 2021-30
Figure 38: The Philippines, Institutional Construction Projects Pipeline, Value by Stage ($ Million)
Figure 39: The Philippines, Education Value-Add (PHP Billion, 2018 Constant Prices)
Figure 40: The Philippines, Human Health and Social Work Activities Value-Add (PHP Billion, 2018 Constant Prices)
Figure 41: The Philippines, Loans Outstanding for Education (PHP Billion)
Figure 42: The Philippines, Loans Outstanding for Human Health and Social Work Activities (PHP Billion)
Figure 43: The Philippines, Residential Construction Output by Project Type (Real, $ Million), 2021-30
Figure 44: The Philippines, Residential Construction Projects Pipeline, Value by Stage ($ Million)
Figure 45: The Philippines, Real estate and Ownership of Dwellings Value-Add (PHP Billion, 2018 Constant Prices)
Figure 46: The Philippines, Loans Outstanding for Real Estate Activities (PHP Billion)
Figure 47: The Philippines, Residential Property Price Index (2019=100)
Figure 48: The Philippines, Approved Residential Building Permits (PHP Billion)
Figure 49: The Philippines, Headquarters of Key Contractors (% of Total Project Pipeline)
Figure 50: The Philippines, Headquarters of Key Consultants (% of Total Project Pipeline)