Blog

Short rolling posts in reverse chronological order.

Projected Two-Month Cost of Operation Epic Fury

PWBM ·

PWBM estimates Operation Epic Fury has cost $27–28 billion in the first 32 days, with projected two-month direct costs of $38–47 billion if fighting continues to the end of April, with another $5 billion in indirect costs.

More

The U.S. federal government has spent an estimated $27–28 billion on Operation Epic Fury in the first 32 days since strikes on Iran began February 28, 2026. Assuming operations continue through end of April, the total two-month direct cost lands in a range of $38 to $47 billion, with a base-case estimate of approximately $42.5 billion. These costs do not include around $5 billion in indirect costs or potential interest costs if deficit financed.

Budget Estimates (2 Months)

The estimates in the accompanying data file are built from four cost phases, each anchored to official government data or authoritative independent analysis and summarized in Table 1.

Table 1: Operation Epic Fury β€” Cost Phases

DOWNLOAD DATA
Table 1: Operation Epic Fury β€” Cost Phases
Phase Days Dates Daily Rate
Phase 1 Days 1–6 Feb 28 – Mar 5 ~$2.1B/day
Phase 2 Days 7–24 Mar 6 – Mar 23 ~$601M/day
Phase 3 Days 25–32 Mar 24 – Mar 31 ~$500M/day
Phase 4 (projected) Days 33–62 Apr 1 – Apr 30 $350–650M/day

Phase 1 (Days 1–6, Feb 28 – Mar 5) averaged roughly $2.1 billion per day β€” dominated by the use of expensive standoff munitions. The Pentagon briefed the Senate on March 10–11 that just the first six days cost at least $11.3 billion in unbudgeted outlays, primarily munitions replacement. The Center for Strategic and International Studies (CSIS) revised that figure upward to approximately $12.7 billion once attrition, equipment losses, and base damage were included. The high burn rate reflects the cost structure of the opening salvo: Tomahawk cruise missiles (~$3.5 million each), SM-3 and SM-6 interceptors (up to $4–5 million each), and AGM-154 glide bombs (~$600,000 each) were expended by the hundreds in the first days.

Phase 2 (Days 7–24, Mar 6 – Mar 23) saw costs fall sharply to approximately $601 million per day, as the military shifted to cheaper precision-guided munitions β€” primarily JDAM kits costing under $100,000 each β€” and Iranian ballistic missile launches dropped by roughly 90% from their peak, dramatically cutting U.S. air defense interceptor expenditures. CSIS estimated cumulative costs at $16.5 billion by Day 12, and the Center for American Progress (CAP), applying the same $601 million/day rate forward, projected costs crossing $25 billion around Day 26. Cumulative costs through the end of Phase 2 (March 23) stand at approximately $23.5 billion.

Phase 3 (Days 25–32, Mar 24 – Mar 31) applies a further step-down to approximately $500 million per day, consistent with CSIS’s forward projection as operations settled into a sustained but lower-intensity tempo and ceasefire negotiations began β€” though no deal was reached. This adds roughly $4 billion, bringing the total through March 31 to approximately $27.5 billion. The Low and High columns in the data file are blank through the end of Phase 3, as these days are treated as known point estimates rather than scenarios.

Figure 1: Cumulative Direct Cost of Operation Epic Fury
February 28 – April 30, 2026 ($ billions)

DOWNLOAD DATA

Note: Phases 1–3 (Feb 28 – Mar 31) show the base-case cumulative cost treated as known point estimates; the solid line transitions to dashed at April 1. Phase 4 (Apr 1 – Apr 30) is projected under three daily-rate scenarios: $350M/day (low), $500M/day (base), and $650M/day (high). The projection fan opens from the March 31 cumulative estimate of $27.5 billion. Sources: CENTCOM, DoD, CSIS, Center for American Progress, AEI.

Phase 4 (Days 33–62, Apr 1 – Apr 30) is fully projected. With no ceasefire in effect as of April 1, the base case continues at $500 million per day for all 30 days of April, adding $15 billion. A low scenario of $350 million/day applies if operations wind down significantly or a ceasefire takes hold early in the month; a high scenario of $650 million/day reflects possible re-escalation.

End-of-April cumulative totals by scenario are shown in Table 2:

Table 2: Projected Total Direct Costs Through April 30, 2026

Table 2: Projected Total Direct Costs Through April 30, 2026
Scenario April Daily Rate Total, Feb 28 – Apr 30
Low $350M/day $38.0 billion
Base $500M/day $42.5 billion
High $650M/day $47.0 billion

Not Included

The figures above count only direct, unbudgeted federal military spending β€” and even on that narrow definition, they likely understate the true cost. The Pentagon’s $11.3 billion figure explicitly excluded pre-strike repositioning costs (estimated at ~$630 million by AEI’s Elaine McCusker), routine O&M costs for ships, aircraft, and personnel in theater (~$196 million in the first six days alone, per CSIS), and allied resupply transfers. Extending those omitted routine O&M costs across all 62 days adds a further $2–3 billion not captured in any public estimate. Beyond accounting gaps, long-term veterans’ care and disability benefits for the almost 300 U.S. service members already injured thus far will accumulate over several decades.

References

  • CENTCOM Press Release β€” β€œU.S. Forces Launch Operation Epic Fury,” U.S. Central Command, February 28, 2026.
  • DoD/Pentagon Fact Sheet β€” β€œOperation Epic Fury Fact Sheet: The First 29 Days,” U.S. Department of Defense, March 28–29, 2026.
  • Mark F. Cancian, β€œIran War Cost Estimate Update: $11.3 Billion at Day 6, $16.5 Billion at Day 12,” Center for Strategic and International Studies, March 12, 2026.
  • Mark F. Cancian, β€œ$3.7 Billion: Estimated Cost of Epic Fury’s First 100 Hours,” Center for Strategic and International Studies, March 5 (published March 16), 2026.
  • Center for American Progress, β€œBy the End of the Week, the Trump Administration’s War in Iran Will Likely Have Cost $25 Billion,” March 23, 2026.
  • Elaine McCusker (AEI), β€œThe Dollars and Cents of Military Action Against Iran,” Forbes, February 26, 2026.

Gas Tax Holidays: Price and Revenue Effects by State

PWBM ·

Projected per-gallon price drops and two-month revenue losses if states suspend gasoline and diesel taxes.

More

Several states are considering suspending state-level gasoline and diesel taxes (excluding the federal tax). Table 1 presents the projected impact on the per-gallon price of gasoline and diesel, as well as the estimated revenue loss to each state from suspending these taxes for two months. Revenue loss estimates are adjusted for leakage due to existing partial exemptions and refunds (e.g., diesel used in farming and food processing, and gasoline used in off-highway agricultural activities).

Table 1: State-by-State Projected Price Drops and Revenue Losses
from a Two-Month Gas Tax Holiday

DOWNLOAD DATA
Table 1: State-by-State Projected Price Drops and Revenue Losses from a Two-Month Gas Tax Holiday
State Gas Price Drop ($/gal) Diesel Price Drop ($/gal) Revenue Loss, 2 Months ($)
Alabamaβˆ’$0.22βˆ’$0.20$210,062,428
Alaskaβˆ’$0.06βˆ’$0.05$8,577,309
Arizonaβˆ’$0.13βˆ’$0.16$127,254,311
Arkansasβˆ’$0.18βˆ’$0.17$95,318,174
Californiaβˆ’$0.51βˆ’$0.52$1,522,425,187
Coloradoβˆ’$0.21βˆ’$0.21$108,055,255
Connecticutβˆ’$0.18βˆ’$0.29$80,440,979
Delawareβˆ’$0.17βˆ’$0.13$21,715,820
District of Columbiaβˆ’$0.26βˆ’$0.21$4,619,160
Floridaβˆ’$0.29βˆ’$0.24$724,647,729
Georgiaβˆ’$0.25βˆ’$0.23$361,958,590
Hawaiiβˆ’$0.13βˆ’$0.11$15,661,593
Idahoβˆ’$0.24βˆ’$0.20$65,082,395
Illinoisβˆ’$0.48βˆ’$0.44$651,423,204
Indianaβˆ’$0.39βˆ’$0.37$391,988,330
Iowaβˆ’$0.22βˆ’$0.20$107,816,097
Kansasβˆ’$0.18βˆ’$0.16$88,506,891
Kentuckyβˆ’$0.19βˆ’$0.14$125,994,963
Louisianaβˆ’$0.15βˆ’$0.13$105,980,039
Maineβˆ’$0.22βˆ’$0.19$45,796,583
Marylandβˆ’$0.33βˆ’$0.28$241,795,466
Massachusettsβˆ’$0.20βˆ’$0.17$133,660,518
Michiganβˆ’$0.49βˆ’$0.30$561,281,455
Minnesotaβˆ’$0.24βˆ’$0.19$189,533,011
Mississippiβˆ’$0.15βˆ’$0.13$70,812,952
Missouriβˆ’$0.22βˆ’$0.18$206,014,044
Montanaβˆ’$0.24βˆ’$0.18$45,243,639
Nebraskaβˆ’$0.24βˆ’$0.19$81,562,856
Nevadaβˆ’$0.17βˆ’$0.17$65,851,140
New Hampshireβˆ’$0.17βˆ’$0.14$31,078,590
New Jerseyβˆ’$0.35βˆ’$0.31$416,999,691
New Mexicoβˆ’$0.14βˆ’$0.14$60,951,201
New Yorkβˆ’$0.17βˆ’$0.14$285,526,677
North Carolinaβˆ’$0.30βˆ’$0.24$401,233,621
North Dakotaβˆ’$0.17βˆ’$0.14$29,476,766
Ohioβˆ’$0.28βˆ’$0.28$483,656,426
Oklahomaβˆ’$0.14βˆ’$0.12$106,672,826
Oregonβˆ’$0.29βˆ’$0.24$161,425,600
Pennsylvaniaβˆ’$0.42βˆ’$0.45$561,462,090
Rhode Islandβˆ’$0.30βˆ’$0.25$30,117,875
South Carolinaβˆ’$0.21βˆ’$0.17$160,473,600
South Dakotaβˆ’$0.22βˆ’$0.18$35,164,500
Tennesseeβˆ’$0.20βˆ’$0.17$211,028,160
Texasβˆ’$0.14βˆ’$0.12$576,828,000
Utahβˆ’$0.28βˆ’$0.24$107,519,264
Vermontβˆ’$0.23βˆ’$0.20$19,874,505
Virginiaβˆ’$0.30βˆ’$0.26$351,410,250
Washingtonβˆ’$0.43βˆ’$0.37$329,081,019
West Virginiaβˆ’$0.26βˆ’$0.21$70,362,406
Wisconsinβˆ’$0.24βˆ’$0.20$180,315,324
Wyomingβˆ’$0.17βˆ’$0.14$25,652,784

Sources and Notes:
Gas Tax Rate ($/gal): Federation of Tax Administrators (FTA) / State Revenue Departments. Rates projected as of January 1, 2026; state portion only.
Diesel Tax Rate ($/gal): Federation of Tax Administrators (FTA) / State Revenue Departments. Rates projected as of January 1, 2026; state portion only.
Actual Reported Annual Revenue ($): Net treasury receipts (Highway Fund) as reported by FHWA Table MF‑1 and state ACFRs.
Gas Consumption (gal): EIA SEDS Table F10 (Motor Gasoline). One barrel = 42 gallons. Data represent 2024 transportation‑sector estimates.
Diesel Consumption (gal): EIA SEDS Table F12 (Distillate Fuel Oil). One barrel = 42 gallons. Data represent 2024 transportation‑sector estimates.
Price Drop Methodology: PWBM Synthetic Control findings. Gasoline pass‑through = 0.72; diesel pass‑through = 0.60 (assumed lower due to commercial supply stickiness). See Effects of a State Gasoline Tax Holiday.


A Lower Cap on the Marginal Tax Benefit of Itemized Deductions

PWBM ·

Revenue and distributional effects of lowering the cap on the marginal tax benefit of itemized deductions to 32% or 24%.

More

The One Big Beautiful Bill Act (OBBBA) instituted a cap on the marginal tax benefit of itemized deductions of 35 percent beginning in 2026. We present conventional 10-year revenue forecasts and distributional tables for two options: Lower the cap on the marginal tax benefit of itemized deductions from 35 percent to 32 percent (Option 1) or to 24 percent (Option 2), beginning in 2026.

Table 1 shows that the 32 percent cap would raise $110 billion over ten years. The 24 percent cap would raise $475 billion over ten years.

Table 1: Estimated Revenue Effects,
FY 2026–2035

DOWNLOAD DATA
Table 1: Estimated Revenue Effects, FY 2026–2035
Provision 2026 2027 2028 2029 2030 2031 2032 2033 2034 2035 Total, 2026–2035
Option 1: Cap Itemized Deductions at 32% 4.8 10.0 10.4 10.9 11.2 11.3 12.0 12.6 13.2 14.0 110.4
Option 2: Cap Itemized Deductions at 24% 21.0 44.6 46.9 49.1 50.2 47.0 49.7 52.6 55.6 58.6 475.3

Note: Change in revenue, billions of dollars.

Table 2 presents conventional distributional analysis. Option 1 mostly impacts those in the top 10 percent of the income distribution while Option 2 impacts those in the top 20 percent.

Table 2: Estimated Distributional Effects,
TY 2027

DOWNLOAD DATA
Table 2: Estimated Distributional Effects, TY 2027
Income Group Lower Cutoff ($) Avg. Change in After-Tax Income ($) Avg. % Change in After-Tax Income
Option 1: Cap Itemized Deductions at 32%
First quintile 0 0 0%
Second quintile 18,000 0 0%
Middle quintile 53,000 0 0%
Fourth quintile 96,000 0 0%
80–90% 179,000 0 0%
90–95% 272,000 βˆ’55 0%
95–99% 401,000 βˆ’470 βˆ’0.1%
99–99.9% 1,020,000 βˆ’2,425 βˆ’0.2%
Top 0.1% 4,451,000 βˆ’22,990 βˆ’0.2%
Option 2: Cap Itemized Deductions at 24%
First quintile 0 0 0%
Second quintile 18,000 0 0%
Middle quintile 53,000 0 0%
Fourth quintile 96,000 0 0%
80–90% 179,000 βˆ’50 0%
90–95% 272,000 βˆ’255 βˆ’0.1%
95–99% 401,000 βˆ’2,680 βˆ’0.6%
99–99.9% 1,020,000 βˆ’9,190 βˆ’0.7%
Top 0.1% 4,451,000 βˆ’90,535 βˆ’0.7%

Note: TY = tax year.