The Maritime Launch Services lease at Spaceport Nova Scotia does not support civil launches.

Novaspace projects that 16,900 small satellites will require launch services between 2026 and 2035.

NASA projects that annual launches supported by Kennedy Space Center will reach 268 by 2030.

Military officials project West Coast launch cadence will increase from 66 missions in 2025 to 150 within five years at Vandenberg Space Force Base.

Blue Origin experienced a launch pad explosion that can set back launch operations for months.

The launch pad explosion can delay NASA’s Artemis program.

A NASA Office of Inspector General audit found severe capacity constraints and degraded infrastructure at Kennedy Space Center and Wallops Flight Facility.

Critical electrical power distribution and gas supply systems at Kennedy Space Center are operating beyond their designed lifespans.

Wallops Flight Facility could reach its current capacity limit of 32 launches per year as early as 2028.

A proposed new nitrogen system for Kennedy Space Center is estimated at up to $25 million and remains unfunded.

Kennedy Space Center’s road network includes 231 miles of paved roads and six bridges.

Launches supported by Wallops Flight Facility increased from 3 in 2020 to 17 in 2025 and are projected to reach 44 per year by 2030.

Repairs to replace Kennedy Space Center’s collapsed duct banks and aging transformers carry a combined price tag of $136 million and are not expected to begin until the end of fiscal year 2026.

NASA’s construction and maintenance budgets have declined between 11 and 47 percent in inflation-adjusted terms over the past five years.

Kennedy Space Center officials estimated that the center would need at least $1 billion to fully modernize its launch infrastructure.

The audit estimated that roadway traffic at Kennedy Space Center will grow by approximately 19,000 additional truck trips per year.

NASA’s Kennedy Space Center in Florida and Wallops Flight Facility in Virginia are projected to approach or reach operational capacity by 2028 to 2029.

Blue Origin officials told auditors that Kennedy Space Center’s nitrogen constraint created a major scheduling challenge ahead of the New Glenn-1 mission in January 2025.

Kennedy Space Center’s underground electrical conduits installed using Orangeburg pipe have partially collapsed.

Statutory restrictions prevent NASA from directly accepting money from commercial partners to fund shared infrastructure repairs.

Kennedy Space Center received $250 million for infrastructure improvements through the H.R.1 reconciliation bill.

NASA management concurred with three Inspector General recommendations for the Kennedy Space Center Director.

Kennedy Space Center’s gaseous nitrogen system cannot simultaneously support multiple high-demand users.

SpaceX plans to use Tesla Megapack battery storage systems as a short-term workaround at Launch Complex 39A.

Kennedy Space Center officials told auditors that a transformer failure could halt launch operations for at least a month.

Two of the three high-power transformers at Kennedy Space Center’s C-5 Substation were installed in 1995 and are now at the end of their 30-year design life.

Heavy truck traffic at Kennedy Space Center increased from 1,956 trips in 2019 to 8,752 trips in 2025.

A single SpaceX Starship launch could potentially exceed the available power at Launch Complex 39A.

Commercial partners account for approximately 70 percent of launches since 2020.

Launches supported by Kennedy Space Center increased from 31 in 2020 to 109 in 2025 and are projected to reach 268 per year by 2030.

Each NASA SEWP VI contract has a maximum potential value of $20 billion.

NASA SEWP VI includes three categories: Category A for IT solutions, Category B for enterprise IT services, and Category C for mission and program information services that require high data-processing and data-management capacity.

NASA SEWP VI will support NASA investments in digital infrastructure for space missions, data management, and scientific activities.

NASA SEWP VI has a 10-year ordering period that runs from November 1 through October 31, 2036.

NASA SEWP VI is organized into three categories: Category A for IT solutions, Category B for enterprise IT services, and Category C for mission- and program-specific IT services.

NASA SEWP VI is intended to provide continuing access to updated technologies and specialized services for federal activities and data-intensive missions.

NASA SEWP VI contract awards can have a maximum value of $20 billion each.

NASA SEWP VI will let authorized U.S. agencies access commercial hardware, software, cloud services, cybersecurity tools, and other advanced technology capabilities.

NASA SEWP VI contracts are indefinite-delivery, indefinite-quantity contracts.

NASA SEWP VI is a NASA procurement program for hardware, software, cloud services, cybersecurity tools, and other advanced technology capabilities.

NASA SEWP VI contracts allow ordering through fixed-price, labor-hour, time-and-materials, and other federally permitted pricing mechanisms.

NASA SEWP VI has a 10-year ordering period from November 1 to October 31, 2036.

NASA’s annual construction and maintenance budgets cannot support the estimated $1 billion cost to update Kennedy Space Center’s launch infrastructure.

NASA agreed to prioritize $250 million included in the reconciliation bill for launch-infrastructure improvements to electrical, gas, and transportation systems.

NASA agreed to study how increased vehicle traffic is affecting Kennedy Space Center’s roads and to develop a plan to address the issue.

Wallops Flight Facility’s launch count is expected to grow to 44 in 2030 from 17 in 2025.

Updating Kennedy Space Center’s launch infrastructure is estimated to cost at least $1 billion.

NASA’s Wallops Flight Facility in Virginia had its electrical system updated in 2018 and began construction on a causeway bridge in 2025.

NASA’s launch facilities are likely to reach capacity by the end of the decade.

Kennedy Space Center’s nitrogen and helium delivery system cannot support multiple users at once and could force launch delays.