Infrastructure — Roads, Rails, Grids, and Broadband
Nine of eighteen ASCE categories still in the D range. Poor infrastructure costs every American household $2,700 per year. Build it right. Build it fast.
The two-minute version.
A C grade is still a failing mark. Nine of eighteen ASCE categories are in the D range. Poor infrastructure costs every American household $2,700 per year.
Nine pillars. $4 trillion over 10 years. High-speed rail, transit, water, broadband, grid modernization, procurement reform, climate resilience.
First HSR corridors operational. Lead pipes gone. Outages cut 10×. Universal broadband. 20+ million jobs across a decade.
The ASCE gave US infrastructure a C in 2025 — the highest grade in 27 years — yet nine of eighteen categories still fall in the D range. The investment gap is $3.7 trillion. Poor infrastructure costs every American household $2,700 per year. The US pays 3–5 times more per mile than peer nations — not because American workers are overpaid, but because the system is structurally broken.
The price is real and measurable. Traffic congestion costs $269 billion per year (record). Power outages cost $121 billion in 2024. 27 billion-dollar climate disasters totaled $182.7 billion in 2024. Every American household loses $2,700 per year to infrastructure failure in lost time, vehicle costs, and wasted energy.
Infrastructure spending peaked at 2.77% of GDP in 1975 and has declined every decade since. Today the US 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.
Four structural failures drive this: crumbling grades with real household costs; spending collapse from 2.77% GDP (1975) to 0.51% (2025); cost disease — the US pays 3–5× more per mile due to sequential permitting, consultant bloat, and hollowed government capacity; and equity deficits — 42 million Americans without broadband, 9.2 million lead service lines (94% in minority communities).
How the US compares.
What Americans face vs. what peer nations achieve.
| Measure | US | Peer Nation |
|---|---|---|
| Infrastructure spending (% GDP) | 0.51% | 4.8%(🇨🇳 China) |
| Power outage duration (annual avg) | 118 min | 11.7 min(🇩🇪 Germany · 10× worse) |
| High-speed rail cost per mile | $200M+ | $20.5M(🇪🇸 Spain · 10× higher) |
| Lead service lines remaining | 9.2M | ~0(Peer nations) |
"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 — Infrastructure Policy
What the CGP plan actually does
For riders, the first high-speed rail corridors become operational: Northeast Corridor (sub-2-hour NYC–DC) and Texas Triangle. Lead service lines are completely replaced — ending 9.2 million sources of irreversible neurological damage to children. Grid reliability matches Germany and Japan standards: sub-20 minute outages per year vs. current 118 minutes. Universal broadband reaches all 50 states.
For workers, infrastructure investment is a jobs program. Every $1 billion invested creates 13,000–25,000 jobs. The Interstate Highway System returned $6 in long-run GDP for every $1 invested; $4 trillion at comparable returns produces $24 trillion in economic benefit. Davis-Bacon prevailing wage and Buy America 75% domestic content ensure those jobs pay union wages and use American steel.
For equity, 42 million Americans gain broadband access. 9.2 million households escape lead exposure (94% of which is in minority communities). Black neighborhoods lose the urban highway scars of the 1960s through Reconnecting Communities ($20B highway removal fund). 25+ cities achieve free or $1/day transit, driving mode shift without mandates. Tribal communities get the water infrastructure Arizona v. Navajo Nation refused them.
For the economy, by year 10 all infrastructure categories reach state-of-good-repair. ASCE grade rises from C to B+. US infrastructure spending reaches ~2% of GDP — competitive with peer nations. $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. Those costs vanish.
What changes on day one
"The institutional lesson is consistent: countries that treat infrastructure as long-term public investment with pre-committed funding, in-house capacity, and concurrent permitting build faster, cheaper, and better. Spain's $20.5M/mile vs. California's $200M+ is explained entirely by institutional structure, not geography."
— CGP Infrastructure Paper — §What Other Countries Do
See where every side actually stands.
Current federal law, the Democratic Party's 2024 platform, the Republican Party's 2024 platform, and our plan — side by side, sourced to the record.
Open the side-by-side comparisonThe homework other parties skip. We did it.
Sourced, cited, costed, and written to a standard that could walk into a legislative office tomorrow. 2,702 words across 9 pillars.
- ASCE 2025 Infrastructure Report Card
- Transit Costs Project — Why US infrastructure costs more
- USA Today / INRIX — Traffic congestion costs ($269B)
- Lawrence Berkeley Lab — Power outage costs ($121B)
- Brookings — Highway cost analysis
- JR Central / HSRail.org — Shinkansen safety and farebox recovery
- Berkeley Lab — Grid interconnection queue