解析美国国防部2022财年预算.docx
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1、Table of ContentsEXECUTIVE SUMMARY 4INTRODUCTION 6OVERVIEW OF THE FY 2022 TOPLINE AND TRENDS 7AREAS OF INVESTMENT: CONVENTIONAL AND NUCLEAR COMPETITION WITH CHINA8Pacific Deterrence Initiative8Long-Range Fires 8Naval Shipbuilding 11Research & Development and Readiness12Nuclear Modernization 14TRANSN
2、ATIONAL THREATS 15BALANCING THE BOOKS: DIVESTMENTS AND LOOKING BEYOND 2021 1620Figure 2: FY 2021 and Battle Force 2045 Shipbuilding Plan Comparisons35FY22FY23FY24FY25Fiscal Yoar SUBMARINES SEALIFT AUXILIARY WARSHIPS1510oThe December 2020 shipbuilding plan not only increased the total number of ships
3、 built, but it also significantly increased the planned buy of surface warships.To build Battle Force 2045, shipbuilding would need to accelerate with the procurement of 15 ships in FY23, 16 in FY24, 19 in FY25, and 20 in FY26. This growth would require a significant boost in the annual shipbuilding
4、 budget to nearly $34 billion by FY25a nearly $14 billion increase from the FY21 request.36 The Congressional Budget Office estimated that the December plan would require on average $28.8 billion per year for new ship construction, which is more than double the historical average and nearly 25 perce
5、nt higher than the Navys estimate.37 Trump planned to fund this naval buildup by cutting legacy systems, Army end strength, and withdrawing from Iraq and Afghanistan, although it remains unclear whether these savings would offset the costs of the ambitious shipbuilding plan.38The Biden administratio
6、ns budgetary request language indicates that the department is focused on developing an affordable shipbuilding plan and is heavily weighted toward undersea and unmanned vessels, which likely means fewer surface combatants. This does imply that the general contours of Battle Force 2045,s force desig
7、n have been embraced by the new administration, if not the specific fleet size. Battle Force 2045 aimed to improve the lethality, survivability, and sustainability of the fleet by reducing the number of large warships in favor of more small ships, unmanned surface vessels, and unmanned underwater ve
8、hicles, although as evidenced in Figure 2, it did not adhere to this particular fleet architecture in practice.Nevertheless, many questions remain. Will the Biden administration continue the past practice of identifying a desired fleet size (e.g., 355-ship goal), which foolishly focuses on capacity
9、instead of capability?39 Will the Pentagon accept more near-term risk by reducing the size of the surface fleet so that it can invest more in future unmanned and autonomous systems? There have been rumors that the Pentagon is revisiting a 2019 proposal to retire the aircraft carrier USS Harry S.Trum
10、an (CVN-75) early rather than undertake a costly mid-life refit and refueling.40 Finally, it is worth keeping in mind that the administration does not always get what it requests. Between 2012 and 2021, Congress appropriated $1.9 billion per year more on average for shipbuilding than the president r
11、equested.41RESEARCH & DEVELOPMENT AND READINESSTwo areas identified as Biden administration prioritiesresearch and development and readiness-are often in tension with each other, as the former focuses on long-term investments for the future force and the latter on availability of units for current d
12、eployments and operations.As a part of the 2018 National Defense Strategy (NDS), the Trump administration emphasized both restoring readiness for warfighting and maintaining the departments technological advantage.Over the last four years, the Department of Defense has consistently resourced researc
13、h, development, test, and evaluation (RDT&E) in an effort to ensure the U.S. technological advantage over China. Oddly, however, over the same period, science and technology funding, a subset of RDT&E that funds longer-term revolutionary research, has declined.42Since the Biden administration has em
14、phasized funding research in “breakthrough technologies” versus incremental improvements to existing technologies, one would expect more science and technology investments in FY22.43Figure 3: Total Department of Defense Research, Development, Test & Evaluation Request with Science & Technology Broke
15、n Out (Adjusted for Inflation)44At the same time, the Biden budget request also aims to fund the “best trained and equipped force in the world,n one that is “always ready to fulfill its obligation to protect the security of the American people.,,45 Joint doctrine defines readiness as “the ability of
16、 military forces to fight and meet the demands of assigned missions.,,46 Readiness is a difficult concept to measure and it is even more challenging to identify what parts of the budget have the greatest effect on readiness.47 As Todd Harrison has argued, nearly every part of the defense budget is r
17、elated to readiness in one form or another.,,48 This ambiguity about which defense accounts fund readiness is reflected in the services1 budget requests as their submissions related to key readiness investments report their end strengths in addition to investments in different domains.49Key Service
18、Investments in Readiness ($ billions)U.S.ArmyU.S.NavyU.S. Marine CorpsU.S. Air ForceFYI 922.2279.832.6FY2O23.731.511.835.9FY2123.829.79.630.9Total69.788.231.299.4U.S.ArmyU.S.NavyU.S. Marine CorpsU.S. Air ForceFYI 922.2279.832.6FY2O23.731.511.835.9FY2123.829.79.630.9Total69.788.231.299.4U.S. Space Fo
19、rce2.32.3Key readiness investments vary by service: The Army includes ground readiness, aviation readiness, depot maintenance, and infrastructure; the Navy includes ship readiness, aviation readiness, and infrastructure; the Marine Corps includes ground readiness, aviation readiness, and infrastruct
20、ure; the Air Force includes maintenance, flying hours and operations, and infrastructure; and the Space Force was only reported in FY21 and included space operations and space system sustainment.50Between FY19 and FY21, the Air Force and the Navy reported the largest key investments in readiness spe
21、nding, $99.4 billion and $88.2 billion respectively, while the Army came in a distant third having invested only $69.7 billion over the same period of time. The much smaller Marine Corps invested $31.2 billion in readiness, while the Space Force, which was established in December 2019, reported spen
22、ding $2.3 billion on readiness. Despite these allocations, a recent Government Accountability Office report concluded that efforts to improve readiness have only been partially effective. Between fiscal years 2017 and 2019, readiness improved for ground forces, but declined for maritime forces and f
23、luctuated for air, space, and cyber forces.51 Of the three large services, the Army, which invested the least in readiness, reaped the largest gains, while larger investments by the Navy and Air Force did not yield commensurate benefits. This suggests that readiness challenges are due to the mismatc
24、h between the available supply of forces and the insatiable demand of combatant commanders.52U.S. forces have been some of the busiest in the world since the end of the Cold War.53 The Biden administrations decision to withdraw all U.S. forces from Afghanistan by September 2021 should reduce the tem
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