Infrastructure — The Common Good Party Policy Document

Section 01

Executive Summary

The American Society of Civil Engineers gave the United States a C in its 2025 Infrastructure Report Card — the highest grade in 27 years, and still a failing mark. Nine of eighteen categories remain in the D range. The total investment needed over the next decade is $9.1 trillion; planned spending covers $5.45 trillion, leaving a gap of $3.7 trillion that grew by $1.1 trillion despite the Bipartisan Infrastructure Law — because costs rose faster than funding.

The Common Good Party's position: the richest country on earth should have infrastructure worthy of the 21st century. This platform proposes a $4 trillion, 10-year investment organized around nine pillars: National High-Speed Rail, Public Transit Revolution, Clean Water, Broadband as Public Utility, Electric Grid Modernization, Aviation/Ports/Freight, Build Smart Procurement Reform, National Infrastructure Fund, and Climate-Resilient Infrastructure. Every $1 billion invested creates 13,000–25,000 jobs. The $269 billion in annual congestion costs, $121 billion in annual outage costs, and $2,700 per household in infrastructure-failure costs are the price of not acting.

The U.S. spends 0.51% of GDP on infrastructure — below France (0.88%), Germany (0.77%), Japan (1.1%), South Korea (1.32%), and China (4.8%). Infrastructure spending peaked at 2.77% of GDP in 1975 and has declined every decade since. The problem is not a lack of resources. It is a lack of political will, compounded by an institutional structure that pays 3–5 times more per mile than peer nations for equivalent projects. The Transit Costs Project confirmed in 2023 that this cost premium is almost entirely institutional — not geography, not labor, not terrain. It is fixable.

The Interstate Highway System — the greatest infrastructure investment in American history — returned $6 for every $1 invested in long-run GDP growth. $4 trillion at comparable returns produces $24 trillion in economic benefit. This is not spending. It is investment.

Section 02

The Problem

Infrastructure failure is not abstract. It is the hour lost to traffic, the lead in the tap water, the power out for two days after a storm, the broadband that doesn't reach the farm. Four structural failures define the crisis.

Crumbling Grades, Real Costs

ASCE 2025: C overall, but nine categories still D range — transit (D), stormwater (D), roads (D+), energy (D+, downgraded), schools (D+). The $3.7T gap is not theoretical: traffic congestion costs $269B per year (record); power outages cost $121B in 2024; 27 billion-dollar climate disasters totaled $182.7B in 2024. Every American household loses $2,700 per year to infrastructure failure in lost time, vehicle costs, and wasted energy.

The Spending Collapse

Infrastructure spending peaked at 2.77% of GDP in 1975 and has declined every decade since — now at 0.51%. The IIJA (2021) was historic at $550B in new spending, but as of January 2026 only 43% has been paid out, the Trump administration revoked Justice40 commitments, and the $3.7T gap continues to widen. The federal gas tax has been frozen at 18.4¢/gallon since 1993, losing 45% of its purchasing power.

The Cost Disease

America pays 3–5 times more per mile for infrastructure than peer nations. NYC's Second Avenue Subway cost $2.6B per mile; Madrid built 35 miles of metro for the same price as NYC's 1.5-mile Hudson Yards extension. California HSR runs $200M+ per mile vs. Spain's $20.5M. The Transit Costs Project (2023) confirmed: the difference is almost entirely institutional — sequential regulatory review averaging 4.5 years, consultant bloat inflating costs 20%, hollowed-out government capacity, and adversarial procurement. This is fixable.

Equity & Access Deficits

42 million Americans lack broadband access, concentrated in rural areas and communities of color. 9.2 million lead service lines remain — 94% of Illinois lead lines are in Black and Latinx areas. Black Americans were 11% of the 1960 population but 55% of those displaced by highway construction, destroying generational wealth and creating the car dependency that traps millions today. Infrastructure failure is not random — it falls hardest on those with the least political power.

Section 03

How We Got Here

America's infrastructure crisis was not inevitable. It was the product of deliberate choices: a gas tax frozen for political convenience, agencies stripped of internal expertise, a regulatory structure designed sequentially rather than concurrently, and a reflexive turn toward privatization that consistently transferred public value to private shareholders.

1975–Present

The Investment Retreat — From 2.77% to 0.51% of GDP

Infrastructure spending peaked at 2.77% of GDP in 1975 — the year the Interstate Highway System was nearing completion. It has declined every decade since. Today the U.S. invests 0.51% of GDP in infrastructure, while China invests 4.8%, South Korea 1.32%, and Japan 1.1%. The compounding consequence is a deferred maintenance backlog measured in the trillions, a system aging past its design life, and a nation whose physical backbone is quietly failing beneath the surface.

1993

The Gas Tax Frozen — A Funding Mechanism Designed for 1993

The federal gas tax was set at 18.4 cents per gallon in 1993 and has never been raised since — losing 45% of its purchasing power to inflation. The Highway Trust Fund has run structural deficits since 2008, requiring more than $270 billion in general fund transfers. As vehicles became more fuel-efficient, the revenue base eroded further. No elected official has been willing to raise the gas tax. The result: a 21st-century infrastructure deficit financed by a mechanism frozen in the Clinton administration's first year.

1980s–Present

Hollowed Government Capacity — The Consultant Dependency Trap

Federal, state, and local transportation agencies systematically outsourced engineering and project management to private consultants beginning in the 1980s. Brookings research documents that every standard deviation increase in in-house DOT capacity produces a 16% cost decrease, while consultant dependency inflates costs 20%. Spain, Japan, South Korea, and Australia maintain large in-house engineering agencies; the U.S. gutted them. The result: agencies without internal expertise to evaluate bids, manage contractors, or catch cost overruns before they compound.

Sequential by design

The Regulatory Stack — Sequential Where It Could Be Concurrent

U.S. infrastructure projects face a sequential stack of independent regulatory obligations — NEPA environmental review (averaging 4.5 years), state environmental review, multi-agency permitting, freight railroad negotiation, right-of-way litigation, and FRA safety certification — each of which can independently kill a project. No other high-income country imposes all of these simultaneously in sequence. Every peer nation runs these reviews concurrently. Spain, France, and Japan conduct thorough environmental review and build HSR in 4–8 years. The U.S. review takes 4.5 years on average — before a shovel touches the ground.

1994–2024

Privatization Failures — Capturing Value, Delivering Less

The 2008 Chicago parking meter deal received $1.15 billion for a 75-year lease worth an estimated $11.6 billion — a $10.45 billion giveaway to private investors. The UK privatized British Rail in 1994; the result was 30 years of fragmented service, rising fares, declining safety, and a 2024 renationalization. Private water systems charge 59% more than public systems for equivalent service. The pattern is consistent: privatization of public monopoly infrastructure extracts value from the public and delivers it to shareholders while service quality declines.

Section 04

What Other Countries Do

Every peer nation provides the U.S. a blueprint for what is achievable. The barriers to world-class infrastructure are political and institutional — not physical or financial.

Country / System	Performance	Cost / Efficiency	Key Lesson
JapanShinkansen HSR	31,000+ miles; 10B passengers; zero fatalities since 1964	245% farebox recovery; $40–60M/mile construction	Dedicated ROW + public ownership = self-sustaining operations
SpainAVE High-Speed Rail	3,700 miles; 35 operational corridors	$20.5M/mile vs. U.S. $200M+ — a 10× gap	Standardized designs + in-house ADIF engineering agency eliminates consultant bloat
GermanyElectric Grid	Average outage: 11.7 min/year vs. U.S. 118 min/year	0.77% GDP infrastructure spending; 10× better reliability	Consistent grid investment produces dramatically better reliability at comparable cost
ViennaPublic Transit	€365/year pass (€1/day); transit mode share 39% → 43%	Car traffic fell 6% after low-fare introduction	Affordable transit drives mode shift without mandates
NYCCongestion Pricing	Year 1: traffic −11%; ridership +7%; pedestrian fatalities −9%	$550M+ annual revenue; 27M fewer vehicles/year	Congestion pricing delivers across every metric it has been tried
Hong KongMTR Transit	161.55% farebox recovery — profitable transit system	60%+ of capital funded by transit-adjacent development	Value capture around stations finances world-class transit without taxpayer subsidy
IsraelWater Reuse	90% of wastewater recycled for agricultural use	Model for arid-region water security at scale	Federal investment + technology = water independence; directly applicable to Western U.S.
ChinaHSR + Grid	31,000+ miles HSR; 97% of cities 500K+ connected; 40,000+ km HVDC grid	4.8% GDP infrastructure spending	Pre-committed funding + concurrent permitting produces scale and speed impossible under U.S. sequential model

The consistent lesson: countries that treat infrastructure as a long-term public investment — with pre-committed funding, in-house institutional capacity, concurrent permitting, and permanent public ownership — build faster, cheaper, and better. Spain's $20.5M/mile HSR vs. California's $200M+ is almost entirely explained by institutional structure, not geography. The Transit Costs Project (2023) confirmed this. France, Spain, Japan, and South Korea run legal challenges concurrently with construction. The U.S. is the only HSR-aspiring nation where a process deficiency can physically stop a train from being built.

Section 05

Our Policy — The 9 Pillars

The Common Good Party's infrastructure platform addresses every layer of the failure — from the physical assets to the institutional structures that determine whether they get built on time and on budget. All regulatory agencies referenced are subject to the Universal Mandatory Duty to Act Standard.

Pillar 01

National High-Speed Rail Network

The American High-Speed Rail Act establishes a national HSR network — true 220 mph high-speed rail, not enhanced conventional — over 20 years. A companion HSR Fast-Track Rail Act provides the full regulatory architecture to build at world-class speed without gutting environmental protections.

Phase 1 priority corridors: Northeast (Boston–NYC–DC, sub-2-hour NYC–DC), Texas Triangle, California (reformed procurement), Cascadia (Portland–Seattle–Vancouver), Southeast (Atlanta–DC), and Midwest Hub (Chicago)
Federal Rail Authority with minimum 1,000 in-house engineers and standardized designs — ending consultant dependency that inflates costs 20%
Dedicated passenger right-of-way — eliminating Amtrak's freight-priority on-time collapse (currently 22–45% on-time outside the NEC)
Target construction cost: $40–60M/mile (vs. current U.S. $100–200M+), achieved through standardized designs, design-build as default, and in-house engineering
Statutory 2-year hard EIS clock with mandatory concurrent NEPA + ESA + CWA + NHPA review — the sequential structure is a choice, not a necessity
Federal quick-take eminent domain: authority deposits just compensation and takes possession immediately; litigation on price only — construction does not wait
Judicial remedies limited to remand-only with 150-day statute of limitations; courts may not halt construction on projects with a final Record of Decision
Deemed-approved provisions: state/local permits not acted upon within 90 days are automatically approved
Permanent public ownership mandated by statute: HSR infrastructure may never be sold or leased; 2/3 supermajority required to modify — citing UK's 1994 privatization and 2024 renationalization as cautionary precedent
Japan's Shinkansen achieves 245% farebox recovery — HSR can pay for itself operationally once built

Funding: $250B over 20 years from the National Infrastructure Fund and a dedicated HSR Trust Fund funded by freight rail user fees ($8–12B/yr), aviation surcharge ($2–4B/yr), and parallel freight track leasing revenue ($3–8B/yr at maturity).

Enforcement: National HSR Authority (in-house, not consultant-dependent) · 2-year EIS hard deadline · Mandatory Duty to Act on all permits · Courts cannot halt construction

Pillar 02

Public Transit Revolution

Every peer nation funds transit operations federally. The U.S. prohibition on federal operating support — a unique American constraint — forces transit agencies into a permanent funding crisis that produces service cuts, not service improvements.

End the U.S.-only prohibition on federal funds for transit operations — cities should not choose between cutting routes and cutting maintenance
Congestion pricing in all metro areas over 1 million population: NYC Year 1 confirmed — traffic down 11%, $550M+ revenue, ridership up 7%, pedestrian fatalities down 9%; revenue funds transit expansion
Free or $1/day transit in cities over 500,000: Vienna's €365/year pass increased transit mode share while reducing car traffic 6%; Kansas City's free bus saw ridership rise 30%+
Reconnecting Communities: $20B to remove or cap urban highways built through Black neighborhoods — every removal project has increased property values, reduced pollution, and improved mobility
Bus Rapid Transit as rapid deployment for mid-sized cities (Bogotá's TransMilenio: 2.4M riders/day at 1/10 the cost of a subway)
Electric bus mandate: all new transit purchases zero-emission by 2030 (Shenzhen has already electrified 99% of its fleet)

Enforcement: FTA oversight · Congestion pricing revenue dedicated to transit · EV mandate with compliance timeline

Pillar 03

Clean Water for America Act

9.2 million lead service lines remain in the American water system. 94% of Illinois lead lines are in Black and Latinx communities. PFAS contamination has been found in water systems serving hundreds of millions of Americans. Clean water is not a luxury — it is the most basic infrastructure of a functioning society.

Lead Zero by 2035: Replace every lead service line — $60B federal investment (4× the IIJA funding); emergency pace in minority communities where exposure is most severe; criminal liability for officials knowingly allowing lead exposure
PFAS eradication: Full remediation for all affected water systems ($140–170B), funded by Superfund cost recovery from manufacturers — the companies that created the contamination pay for the cleanup; ban on all non-essential PFAS uses
End combined sewer overflows: $50B for CSO separation and green infrastructure to end raw sewage discharge into waterways
Dam safety: fund the full $165B rehabilitation backlog; prioritize high-hazard dams in populated areas — 6,000+ U.S. dams are in poor or unsatisfactory condition
No water privatization: private water systems charge 59% more than public systems for equivalent service; federal grants conditioned on continued public ownership
Tribal water justice: $10B dedicated fund; resolve all pending settlements in 5 years; legislatively overturn Arizona v. Navajo Nation (cross-ref Issue 23)
Agricultural water: national aquifer management, Colorado River mandatory conservation, federal water recycling investment (Israel model: 90% agricultural reuse)

Enforcement: EPA Superfund cost recovery · Criminal liability for lead exposure · No-privatization funding conditions · Universal Mandatory Duty to Act Standard

Pillar 04

Broadband as Public Utility

42 million Americans lack broadband access. In a knowledge economy, that is not a telecommunications gap — it is an economic exclusion. Chattanooga's public broadband network generates $5.3 billion in economic impact from a public investment. Sixteen states currently ban municipal broadband to protect incumbent ISP profits. Those bans end here.

Preempt all state bans on municipal broadband — communities have the right to build their own networks
$50B Universal Broadband Fund prioritizing fiber-to-the-home — rejecting technology-neutral backsliding toward satellite or fixed wireless that cannot deliver true parity
100/100 Mbps symmetric as the national standard — not download-only asymmetric connections that limit video, remote work, and telehealth
Digital redlining enforcement: FTC enforcement and private right of action for ISPs that provide inferior service in communities of color at equivalent pricing
All broadband infrastructure subject to the Universal Mandatory Duty to Act Standard

This pillar reinforces and operationalizes provisions locked in Issues 20, 21, and 23 (tribal broadband).

Enforcement: FTC digital redlining enforcement · Private right of action · State ban preemption · Universal Mandatory Duty to Act Standard

Pillar 05

Electric Grid for the 21st Century

Germany averages 11.7 minutes of power outage per year. The U.S. averages 118 minutes. The gap is investment, not geography. 2,600 GW of clean energy sits in interconnection queues with a 4–5 year wait. The Texas 2021 freeze killed hundreds of people and cost the economy $130B+ because of grid infrastructure decisions that prioritized cost over resilience.

$2.5 trillion grid investment through 2035 — locked in Issue 11's clean energy provisions
National HVDC transmission backbone connecting all three U.S. grids: China has 40,000+ km of ultra-high-voltage DC transmission; the U.S. has virtually none — this is the single biggest bottleneck to clean energy deployment
18-month interconnection mandate: the 4–5 year queue for clean energy connections is regulatory, not technical; a hard deadline resolves it
Grid hardening: all components in high-risk zones built to 100-year weather standards; mandatory weatherization programs (Texas 2021 proves the cost of inaction)
Energy storage: 500 GWh of grid-scale battery storage by 2035; South Australia's Hornsdale battery saved $150M in its first year of operation
Coal ash cleanup: full EPA enforcement at 300 facilities, prioritizing environmental justice communities

Enforcement: FERC interconnection mandate · EPA coal ash enforcement · Universal Mandatory Duty to Act Standard · Hardening standards with compliance timeline

Pillar 06

Aviation, Ports & Freight

The U.S. air traffic control system uses technology from the 1960s. American airports are not connected to national rail networks. Freight rail deregulation since 1980 has prioritized shareholder returns over network safety and reliability. Every major European and Asian airport is rail-connected. The U.S. is the outlier.

Complete FAA NextGen modernization — end 1960s-era radar-based air traffic control; every year of delay costs the economy billions in delays and fuel waste
Airport capacity investment at congested hub airports; connect every major airport to rail within 10 years — every major European and Asian airport achieved this decades ago
Re-regulate Class I freight railroads: Surface Transportation Board service standards and mandatory network capacity reinvestment; Staggers Act deregulation (1980) prioritized shareholders over shippers and safety
Port electrification: zero-emission port equipment by 2035; channel deepening for next-generation container vessels; inland port infrastructure to reduce coastal congestion

Enforcement: FAA modernization mandate · STB freight rail service standards · Port electrification timeline · Mandatory Duty to Act Standard

Pillar 07

Build Smart Act — Procurement Reform

The problem is not that government cannot build — it is that the government has been stripped of the institutional capacity to do so. The solution is restoring that capacity, not outsourcing it further.

Federal infrastructure delivery agency with in-house engineering (Australia/South Korea model) — ending the consultant dependency that inflates costs 20% and hollows out institutional knowledge
Design-build as default procurement: 6.1% cheaper and 33.5% faster than traditional design-bid-build; most peer nations use it as standard practice
Standardized federal design library of pre-approved templates for bridges, tunnels, stations, and transit infrastructure — ending the custom-engineering of every individual structure that inflates costs and timelines
Permitting reform — faster AND better: 2-year EIS / 1-year EA hard deadlines; One Federal Decision with a lead agency coordinating all reviews; categorical exclusions for clean energy, transit, and lead pipe replacement; double NEPA staffing — the process is staffed and concurrent, not eliminated
Community Benefit Agreements required for all projects over $100M — ensuring local communities receive workforce development, local hiring, and mitigation commitments
Davis-Bacon prevailing wage on all federally funded projects (cross-ref Issue 13)
Buy America strengthened to 75% domestic content (cross-ref Issue 14), paired with domestic manufacturing investment to build the U.S. supply chain rather than outsource it

Enforcement: In-house engineering capacity mandate · Hard permitting deadlines · Davis-Bacon compliance · Buy America certification requirements

Pillar 08

National Infrastructure Fund

The infrastructure funding architecture combines multiple proven mechanisms — none requiring a single massive tax increase. The gas tax model is dead; the VMT fee is its successor. The National Infrastructure Bank is the missing U.S. equivalent of Germany's KfW. Together they finance $4 trillion over a decade.

Vehicle-Miles-Traveled (VMT) fee replacing the gas tax over 10 years: odometer-based (privacy-protected, no GPS tracking), progressive (scales with vehicle weight and miles driven), technology-neutral (works for EVs and ICE equally)
National Infrastructure Bank: $50B capitalization leveraged to $500B+ in low-cost infrastructure loans — Germany's KfW lends $84.5B per year; the U.S. has no equivalent public finance institution
Build America Bonds (restored permanently): taxable municipal bonds with federal interest subsidy; the 2009–2010 program raised $182B at 84 basis points in savings; it was allowed to expire
HSR Trust Fund: freight rail user fees ($8–12B/yr) + aviation surcharge ($2–4B/yr) + parallel freight track leasing revenue ($3–8B/yr at maturity)
Value capture: transit-adjacent Tax Increment Financing districts and the Hong Kong MTR model (60%+ of construction funded by property development around stations)
End privatization giveaways: public infrastructure stays public; the Chicago parking meter deal — $1.15B received for a concession worth $11.6B — is the model for what this platform prohibits

Total 10-year target: $4 trillion — closing the $3.7T ASCE gap and bringing U.S. infrastructure spending to approximately 2% of GDP.

Enforcement: VMT fee collection via DMV odometer reads · National Infrastructure Bank charter · Anti-privatization statute with supermajority to override

Pillar 09

Climate-Resilient Infrastructure

The 2024 hurricane season, 2021 Texas freeze, and 2023 Maui wildfires demonstrate that historical climate data is no longer a valid design basis. Every piece of infrastructure built today will operate in a climate significantly different from the one in which it was designed. Building to yesterday's standards is building to fail.

Climate resilience standard: all federally funded projects designed for projected climate conditions through their full useful life — not historical averages; a bridge built in 2026 will still be standing in 2126
Managed retreat fund: $20B for communities where adaptation is not cost-effective — ending the cycle of repetitive-loss rebuilding in known flood and fire zones that costs taxpayers billions per disaster event
Levee and flood protection: fund the full Army Corps backlog; 6,814 levee systems in the U.S. average 60 years old — older than most were designed to last
Heat resilience: urban tree canopy mandates, cool pavement requirements, cooling center networks — heat is now the leading cause of weather-related death in the United States
Green infrastructure buffers: nature-based solutions that reduce stormwater, reduce heat, and reduce costs — at a fraction of the price of engineered equivalents
Environmental Justice screening on all federally funded projects: frontline communities receive investment, not disproportionate pollution burden (cross-ref Issues 11, 22)

Enforcement: Climate resilience standard for all federal funding · Army Corps Mandatory Duty to Act · Environmental Justice screening requirement · Managed retreat funding with community consent

Section 06

How We Pay For It

The $4 trillion, 10-year investment is large but achievable. The U.S. currently loses the equivalent in deferred maintenance costs, congestion losses, outage damages, and health costs from lead and PFAS exposure. The funding architecture combines eight streams, each with proven precedent.

VMT Fee (replacing gas tax)

$400–600B

Odometer-based fee replacing the 18.4¢/gallon gas tax frozen since 1993. Progressive (scales with vehicle weight), technology-neutral (works for EVs), privacy-protected (no GPS). Restores the user-pays principle that funded the Interstate Highway System.

National Infrastructure Bank

$500B+

$50B capitalization leveraged to $500B+ in low-cost loans (German KfW model: $84.5B/year). The U.S. has no equivalent public finance institution. Low-cost federal lending enables projects that are viable at 3% but not at 6% market rates.

Build America Bonds (restored)

$300–500B

Taxable municipal bonds with federal interest subsidy — the 2009–2010 program raised $182B with 84 basis points in savings before being allowed to expire. Restoration makes these permanent, mobilizing private capital at subsidized rates.

HSR Trust Fund

$100–150B

Freight rail user fees ($8–12B/yr) + aviation surcharge ($2–4B/yr) + parallel freight track leasing revenue ($3–8B/yr at maturity). Modeled directly on the Highway Trust Fund (1956) that financed the Interstate Highway System.

Value Capture

$200–400B

Transit-adjacent Tax Increment Financing and the Hong Kong MTR model — 60%+ of MTR's capital construction funded by property development around stations. Infrastructure investment creates property value; value capture returns a portion to fund the infrastructure.

Carbon Fee Allocation

$150–300B

Portion of the carbon fee-and-dividend (Issue 11) allocated to grid modernization and climate resilience infrastructure — directly tying the revenue from carbon pricing to the transition it is designed to finance.

Federal Appropriations (IIJA successor)

$1.5–2T

Annual infrastructure appropriations ramped to 2% GDP target (from current 0.51%). The CBO has consistently found infrastructure investment pays for itself through long-run GDP growth, productivity gains, and reduced maintenance costs. This is the core direct appropriation stream.

Anti-Privatization Savings

$100B+

Eliminating below-market privatization deals nationwide — the Chicago parking meter model surrendered $10.45B in value to private investors. Keeping public assets public and monetizing their value through public finance rather than private sale captures this value for the public.

The return on investment case: The CBO has consistently found that infrastructure investment pays for itself through long-run GDP growth, productivity gains, and reduced maintenance costs. Every $1 billion invested creates 13,000–25,000 jobs. The Interstate Highway System returned $6 for every $1 invested. The $269B/year in congestion costs, $121B/year in outage costs, and $2,700/household/year in infrastructure-failure costs are the real price of not investing. Bringing spending from 0.51% to 2% of GDP over 10 years closes the ASCE gap and positions the United States to compete in the 21st-century economy.

Section 07

Implementation Timeline

Infrastructure investment delivers results on a long time horizon. The sequencing prioritizes immediate executive action, followed by foundational legislation, then the major construction phase, and finally full national buildout to world-class standards.

Phase 1 — Immediate

Months 1–6

Executive orders: climate resilience standard; restore Justice40 commitments; accelerate IIJA disbursement (only 43% paid out)
Introduce American HSR Act, Clean Water for America Act, and Build Smart Act in Congress
DOJ PFAS manufacturer cost recovery initiated

Phase 2 — Foundation

Years 1–2

Lead Zero emergency deployment begins
National Infrastructure Bank capitalized at $50B
Permitting reform enacted; 2-year EIS clock starts
NEC HSR upgrades commence
Municipal broadband state ban preemption
VMT fee pilot program launched; NHA staffed to 1,000 professionals

Phase 3 — Construction

Years 2–5

Phase 1 HSR corridors under construction (NEC, Texas Triangle, California)
HVDC national backbone construction begins
CSO remediation underway; PFAS cleanup active
Airport–rail connections in top 20 hubs
BRT networks operational in 50 mid-sized cities
Congestion pricing in all metros over 1M

Phase 4 — Delivery

Years 5–10

First HSR corridors operational: NEC and Texas Triangle
Lead Zero complete — all lead service lines replaced
500 GWh energy storage deployed
Universal broadband coverage achieved
Dam rehabilitation 50%+ complete
Free/$1 transit in 25+ cities

Phase 5 — World Class

Years 10–20

Full national HSR network operational
All infrastructure categories at state of good repair
Grid reliability matches Germany/Japan (sub-20 min outage/yr)
ASCE grade: B+
U.S. infrastructure spending at 2% GDP

Section 08

Addressing Counterarguments

The arguments against infrastructure investment are predictable and have been answered by the evidence repeatedly. Here is that evidence.

"We can't afford $4 trillion."

We can't afford not to invest. Poor infrastructure already costs American households $2,700 per year, businesses $269 billion in congestion annually, and the economy $121 billion in power outage costs — just in 2024. The $3.7 trillion ASCE gap grows larger every year of inaction. The question is not whether we pay — it is whether we pay now through planned investment or later through emergency repairs, productivity loss, and economic decline. The Interstate Highway System returned $6 for every $1 invested in long-run GDP growth. $4 trillion at comparable returns produces $24 trillion in economic benefit. Framing investment as spending and inaction as savings has it exactly backward: deferred maintenance costs multiples of timely investment.

"Government can't build."

The Interstate Highway System was built by the federal government, on budget and on schedule, over 35 years. So was the Hoover Dam. The Tennessee Valley Authority. The Rural Electrification Administration — which brought electricity to rural America when no private company would. The Apollo program. The problem is not that government cannot build. It is that the government has been systematically stripped of the institutional capacity to do so over 40 years: hollowed-out engineering agencies, mandatory consultant dependency, and a procurement system optimized for distributing contracts rather than delivering projects. Pillar 7's Build Smart Act directly addresses this by restoring in-house capacity modeled on Australia, South Korea, and Spain — nations that consistently deliver infrastructure at 20–60% of U.S. costs for comparable projects.

"Privatization is more efficient."

The evidence is unambiguous and consistent. The Chicago parking meter deal: $1.15 billion received for a concession worth $11.6 billion — a $10.45 billion giveaway. British Rail privatization (1994): 30 years of fragmented service, rising fares, declining safety, and a 2024 renationalization at enormous cost. Private water systems charge 59% more than public systems for equivalent service. The theoretical case for privatization efficiency depends on competitive markets; infrastructure is a natural monopoly, not a competitive market. In monopoly conditions, privatization produces rent extraction from a captive public, not efficiency gains. This is not a theory — it is the documented outcome of every major infrastructure privatization in the last 30 years.

"Environmental review slows everything down."

Environmental review is not the problem. The sequential structure with inadequate staffing is the problem. Spain, Japan, and France all conduct thorough environmental review — and build HSR in 4–8 years. The U.S. review takes 4.5 years on average not because there is more to protect, but because reviews happen one after another with chronically underfunded agencies. This platform doubles NEPA staffing, mandates concurrent review (NEPA + ESA + CWA + NHPA simultaneously — the Warp Speed model), and sets hard 2-year deadlines with real enforcement. We speed the process. We do not gut the protections that prevent the next Love Canal, the next Flint, the next community destroyed by a highway routed through it by a government that never asked permission.

Section 09

Key Statistics

The following statistics underpin the policy positions in this document. Each is sourced from engineering organizations, federal agencies, peer-reviewed research, or established investigative reporting.

C grade (2025) ASCE Infrastructure Report Card — highest in 27 years; nine of eighteen categories still in the D range including transit, stormwater, roads, and energy Source: ASCE 2025 Infrastructure Report Card

$3.7 trillion gap Infrastructure investment gap over the next decade — grew by $1.1T despite the Bipartisan Infrastructure Law because costs rose faster than funding Source: ASCE 2025 / GlobalX

$2,700/household/year Annual cost to each American household from infrastructure failure — in lost time, higher vehicle costs, and wasted energy Source: ASCE 2025 Takeaways

$269 billion Annual cost of traffic congestion in 2024 — a record; time and fuel wasted in traffic that world-class transit would eliminate Source: USA Today / INRIX

$121 billion Cost of power outages in 2024 — from an aging grid that Germany, Japan, and South Korea have solved through investment Source: Washington Post / Lawrence Berkeley Lab

0.51% of GDP U.S. infrastructure spending — below France (0.88%), Germany (0.77%), Japan (1.1%), South Korea (1.32%), and China (4.8%) Source: GlobalX ETFs

42 million Americans without adequate broadband access — concentrated in rural areas and communities of color; an economic exclusion in a knowledge economy Source: FCC / BroadbandNow

9.2 million Lead service lines remaining in the U.S. water system — 94% of Illinois lead lines are in Black and Latinx communities Source: Water Program Portal

118 min vs. 11.7 min Average annual power outage duration in the U.S. versus Germany — a 10× reliability gap closed entirely by investment, not geography Source: EIA / Bundesnetzagentur

$20.5M vs. $200M+ HSR construction cost per mile in Spain versus California — a 10× gap explained almost entirely by institutional structure, not geography or labor Source: HSRail.org / Transit Costs Project

245% farebox Japan's Shinkansen farebox recovery — operationally self-sustaining since 1964; 10 billion passengers carried with zero fatalities Source: JR Central / HSRail.org

13,000–25,000 jobs Jobs created per $1 billion of infrastructure investment — making the $4T program one of the largest job creation initiatives in U.S. history Source: ASCE 2025

$11.6B giveaway Chicago parking meter value surrendered for $1.15B in 2008 — the archetypal infrastructure privatization failure that this platform's anti-privatization statute would prohibit Source: Chicago Tribune

$4 trillion / 10 years Total Common Good Party infrastructure investment target — closing the ASCE gap and bringing U.S. spending to approximately 2% of GDP Source: Common Good Party Platform

Section 10

Cross-References

Issue 25 is the physical infrastructure backbone for much of the Common Good Party platform. The following issues either provide locked provisions this issue builds on, or are directly enabled by the investments proposed here.

#1	Healthcare	Clean water (lead and PFAS elimination) has direct public health impact — lead exposure causes irreversible neurological damage; broadband enables telehealth access in rural and underserved communities.
#2	Taxation & Economic Policy	Infrastructure investment as job creation and GDP driver; VMT fee as progressive transportation tax reform; National Infrastructure Bank as public finance institution.
#3	Housing	Federal surplus land for housing along transit corridors; transit-oriented development enabled by HSR and BRT investment; value capture around stations funds both transit and affordable housing.
#9	Defense Spending	Dual-use logistics infrastructure; secure grid hardening as national security investment; port capacity for naval logistics; defense budget reallocation partially funds infrastructure investment.
#11	Climate & Energy Locked	$2.5T grid investment locked in Issue 11's clean energy provisions; carbon fee allocation funds climate resilience; FERC reform; 100% clean grid target requires the HVDC backbone in this pillar.
#13	Labor & Minimum Wage Locked	Davis-Bacon prevailing wage locked on all federally funded infrastructure projects; $20 minimum wage; infrastructure investment as federal jobs program for working-class Americans.
#14	Trade Policy Locked	Buy America 75% domestic content locked; American Industrial Renaissance Act builds the domestic supply chains that make Buy America achievable without cost premium.
#20	Corporate Power & Antitrust Locked	Public broadband preemption locked; $50B broadband fund; anti-privatization provisions preventing Chicago-meter-style giveaways of public infrastructure.
#21	Internet, Privacy & Big Tech Locked	Net neutrality by statute locked; universal broadband as a right; $30/month affordable tier for subsidized ISPs — Issue 25's broadband pillar operationalizes these commitments physically.
#22	Racial Justice	Environmental justice screening on all projects; Reconnecting Communities ($20B) repairs highway damage to Black neighborhoods; Flint Prevention Act; lead pipe replacement prioritizes majority-minority communities.
#23	Indigenous Rights Locked	Tribal water $10B fund locked; tribal broadband at 100/100 Mbps; uranium mine cleanup; climate relocation fund for Alaska Native villages — Issue 25 provides the infrastructure fulfillment of Issue 23's treaty obligations.
#24	Campaign Finance	Political corruption is the direct cause of the frozen gas tax (highway lobby), the Chicago parking meter giveaway (privatization lobby), and the failure to fund transit (auto industry lobby). Issue 24's reforms are what make Issue 25 politically achievable.

"The richest country on earth should have infrastructure worthy of the 21st century. $4 trillion over 10 years. World-class rail, water, energy, and broadband for every American."

— The Common Good Party