Colorado leads the nation’s space sector, boasting the highest concentration of private aerospace employment. Every year, the state racks up over $5 billion in NASA contract activity.
Thanks to its strategic location and skilled workforce, Colorado supports more than 55,000 direct aerospace jobs. The pipeline of talent here seems almost custom-built for this industry.
The space industry drives a ton of economic activity across Colorado. In fiscal year 2023 alone, NASA contracts pumped more than $5 billion into the state.
That investment supported 21,600 jobs and brought in $190 million in state tax revenue. The numbers are hard to ignore.
Over 2,000 aerospace businesses operate in Colorado. They directly employ more than 55,000 people and support another 184,000 workers indirectly.
Nine major aerospace companies have significant facilities here, and more than 500 space-related companies and suppliers call Colorado home. That’s a lot of rocket scientists in one place.
More than 184 Colorado companies help supply NASA’s Artemis program. The Colorado Space Coalition brings together this web of contractors and suppliers.
Big names like Lockheed Martin, Boeing, Northrop Grumman, and United Launch Alliance anchor the state’s aerospace scene.
Colorado’s got some unique perks as a space industry hub. Denver, for example, offers a mix of capabilities you’d usually find spread out across other major space centers.
The state blends Florida’s launch know-how, Houston’s engineering chops, and LA’s startup energy. It’s a bit of everything, all in one spot.
Four military commands run operations here, making Colorado the U.S. center for military space activities. These commands push industry growth with research, development, and acquisition.
The infrastructure is dense. Over 30 federal laboratories work within the state, and five major research universities pitch in on aerospace innovation.
Each spring, Colorado Springs hosts the Space Symposium, drawing more than 10,000 space professionals from around the world. The event feels like the entire space community showing up in one place.
Colorado keeps its aerospace talent pipeline flowing strong. More than 30,000 aerospace workers are employed across 300+ companies.
Universities and research centers here train the next wave of space professionals. They’re not just teaching—they’re doing real, cutting-edge research.
State universities partner with industry leaders on advanced projects. They focus on hypersonics, interplanetary spacecraft, and even quantum computing. It’s pretty impressive.
Startups like Astroscale and Lunar Outpost are popping up alongside the big guys. These newcomers bring fresh ideas and innovative business models to the table.
The aerospace workforce here supports national security missions. Skilled professionals run space-based research and operations, and educational programs stay closely tied to what the industry actually needs.
Three aerospace giants—Ball Aerospace, Blue Canyon Technologies, and Raytheon Technologies—have shaped Colorado’s space economy for decades. Each brings its own specialty and a hefty share of federal contracts.
Ball Aerospace leads in satellite technology and space instruments. Blue Canyon Technologies zeroes in on small satellite systems, while Raytheon covers defense and space solutions across multiple programs.
Ball Aerospace, with headquarters in Broomfield, stands as one of Colorado’s most established space companies. They build satellites, spacecraft instruments, and ground systems for NASA, the Department of Defense, and commercial clients.
Their engineers designed and built the James Webb Space Telescope’s primary mirror and several key instruments. Ball also produces weather satellites for NOAA and military satellites for the Space Force.
The company employs over 5,000 people in Colorado across engineering, manufacturing, and testing. Ball Aerospace brings in about $2 billion in annual revenue from space and defense contracts.
Some recent projects include the Green Propellant Infusion Mission spacecraft and advanced missile warning satellites. Their Boulder facility houses clean rooms and specialized equipment for satellite assembly and instrument development.
Blue Canyon Technologies, based in Lafayette, focuses on small satellite design and manufacturing. They build CubeSats and small satellites up to 500 kilograms for government and commercial customers.
NASA tapped Blue Canyon to build the CAPSTONE CubeSat, which tested lunar orbit operations for Artemis. The satellite pulled off navigation and communication maneuvers around the Moon.
They produce satellite buses, reaction wheels, and attitude control systems. Their client list includes NASA, the Air Force Research Laboratory, and private space companies.
The X-Series satellite platform offers standardized solutions for Earth observation, communications, and technology demos. Blue Canyon employs around 400 engineers and technicians in Colorado.
Raytheon Technologies operates in Colorado Springs and Aurora, supporting space surveillance and missile defense programs. They provide software, hardware, and systems integration for military space missions.
Raytheon works on the Next Generation Overhead Persistent Infrared program, developing satellites that detect missile launches across the globe. They also support Space Force operations at Peterson and Schriever Space Force Bases.
Their Colorado teams focus on space situational awareness, satellite communications, and cybersecurity for space systems. Raytheon employs over 2,000 people at its Colorado locations.
Recent contracts include ground control systems for military satellites and advanced space-based missile warning tech. Raytheon often partners with other Colorado aerospace firms on big space defense projects.
Several organizations shape Colorado’s space industry through advocacy, education, and collaboration. They connect aerospace companies, government agencies, and academic institutions to keep Colorado at the forefront.
The Space Foundation, a nonprofit in Colorado Springs, focuses on education and collaboration across the global space industry. They’re kind of the glue that holds a lot of this together.
Every year, they host the Space Symposium in Colorado Springs. Thousands of space professionals from around the world show up for this one.
Key Space Foundation activities include:
The Space Foundation connects civilian space companies with military and government partners. They promote commercial spaceflight development and space tourism initiatives.
Having their headquarters in Colorado Springs keeps them close to the action.
The Colorado Space Coalition (CSC) works to make Colorado a top spot for aerospace activities. Members include aerospace companies, military leaders, academic groups, and economic development folks.
CSC members highlight Colorado’s space assets through focused advocacy. They push for legislation that helps the industry grow and thrive.
Coalition membership includes:
CSC emphasizes federal engagement to win support for Colorado’s space industry. They advocate for strong national security space programs and more defense spending.
The coalition connects local companies with federal procurement opportunities.
The Colorado Space Business Roundtable brings together leaders from across aerospace—engineering, manufacturing, business development, and policy all have a seat at the table.
They link up federal, state, and local players who support space industry services. The roundtable pushes advocacy efforts and helps member companies land contracts.
Workforce development agencies and congressional reps get involved, too. It’s a pretty broad coalition.
The group zeroes in on real business development for Colorado space companies. They build partnerships between commercial firms and government agencies.
Members work directly with military space organizations based in the state. Their initiatives help both big aerospace contractors and up-and-coming space tourism companies.
The roundtable assists businesses with regulatory hurdles and helps them find funding.
Colorado’s companies and research institutions play huge roles in NASA’s Artemis lunar program, Mars missions, and advanced space telescope operations. The state’s aerospace sector brings in billions in contracts while developing key technologies for deep space exploration.
Colorado aerospace companies build essential components for NASA’s Artemis program, which aims to send people back to the Moon. Lockheed Martin’s Littleton facility produces the Orion spacecraft, building the crew capsules that will carry astronauts.
They’ve already delivered multiple Orion vehicles to NASA. Each one features advanced life support and heat shields to keep crews safe during high-speed reentry.
Ball Aerospace in Boulder provides navigation and communication systems for Artemis missions. Their engineers develop star trackers and antennas for navigation between Earth and the Moon.
United Launch Alliance, headquartered in Centennial, manufactures Atlas V rockets for Artemis support missions. They’re also working on the Vulcan Centaur rocket for future lunar launches.
Colorado State University researchers design lunar science instruments. They’re working on tools that will analyze Moon rocks and soil samples collected by Artemis astronauts.
Colorado institutions lead some of NASA’s biggest Mars exploration efforts. The University of Colorado Boulder runs the Laboratory for Atmospheric and Space Physics, which builds instruments for Mars rovers and orbiters.
CU Boulder designed the MAVEN spacecraft to study Mars’ atmosphere. The mission reveals how the planet lost its water and became uninhabitable.
Lockheed Martin Space in Littleton builds Mars landers and rovers. Their facility produced components for the InSight lander, which studied marsquakes and the planet’s interior.
Ball Aerospace contributes cameras and scientific instruments to Mars missions. Their hardware captures high-res images of the Martian surface and analyzes rock samples.
Colorado companies also help with deep space missions beyond Mars. They build spacecraft parts for missions to Jupiter, Saturn, and asteroid programs.
The state’s research universities train the next generation of planetary scientists. Grad students here get hands-on experience working with active Mars missions.
Colorado organizations played big roles in developing and operating the James Webb Space Telescope. Ball Aerospace in Boulder served as the main contractor for Webb’s optical tech and instruments.
The company built the primary mirror segments and the advanced sunshield that protects the telescope from the Sun. Ball engineers spent over a decade perfecting the mirror alignment systems.
CU Boulder scientists help operate Webb’s scientific instruments. They analyze infrared images of distant galaxies and exoplanets, contributing to major discoveries.
The Space Science Institute in Boulder coordinates Webb observation programs. Their researchers study star formation, galaxy evolution, and potentially habitable exoplanets using telescope data.
Colorado State University astronomers use Webb to study the early universe. They examine light from galaxies that formed right after the Big Bang.
Lockheed Martin provided spacecraft integration services for Webb. Their engineers tested the telescope’s systems and got it ready for launch from French Guiana.
Colorado’s commercial space sector is booming, with more than 500 space-focused companies now operating in the state. New startups keep popping up, developing innovative tech, while established firms handle major satellite launches and operations.
Over the last twenty years, Colorado’s aerospace industry in the Denver and Boulder metro areas has grown by 88%. Now, the state supports more than 300 aerospace companies and employs over 30,000 people.
New players like Astroscale and Lunar Outpost keep popping up, shaking up the scene with fresh business models. These startups dive into satellite servicing, lunar exploration, and the tricky business of cleaning up space debris.
Colorado’s universities and research centers feed this startup ecosystem. They train new aerospace professionals and push forward with cutting-edge research.
Venture capital keeps flowing into Colorado space companies. Investors spot big opportunities in satellite tech, space manufacturing, and commercial lunar missions.
Small businesses often jump in as suppliers for larger programs. More than 184 Colorado companies help build NASA’s Artemis program supply chain, aiming to send humans back to the moon.
United Launch Alliance (ULA) calls Colorado home and offers launch services to military, government, and commercial customers. ULA is rolling out the Vulcan Centaur rocket to replace the old Atlas V and Delta IV vehicles.
The Vulcan rocket brings more flexibility and lower costs than its predecessors. It even boasts a reusable first stage and can be configured for all sorts of missions.
Sierra Space leads the way in commercial space manufacturing, drawing on over three decades of experience and 500 missions. The company recently opened a $45 million facility for solar power systems used on satellites.
Colorado companies handle all kinds of satellite operations, from earth observation to communications. They design, build, and run satellites for both government and commercial clients.
The state’s geography works in its favor. Colorado’s high altitude and clear skies make it a sweet spot for satellite tracking and communications.
Colorado stands as America’s epicenter for military space activities, hosting U.S. Space Command headquarters and over 150 defense contractors. Military installations team up with private companies to safeguard national security interests in space.
U.S. Space Command runs its operations out of Colorado Springs, serving as the country’s main military organization for space warfare. The command has grown from just 100 personnel in 2019 to 1,700 employees by 2025.
Space Operations Command (SpOC) works alongside U.S. Space Command, handling the day-to-day space operations. Both organizations coordinate their efforts from facilities in Colorado Springs.
NORAD, or North American Aerospace Defense Command, also operates out of Colorado Springs. NORAD keeps an eye on space threats and tracks objects orbiting Earth.
The Space Force Association supports these missions through its Colorado Chapter. It connects military folks, contractors, and academic partners throughout the state.
Colorado Springs is also home to the Air Force Academy, which trains “Guardians” for Space Force roles. This creates a steady pipeline of talent for space defense missions.
Colorado hosts more than 150 aerospace and defense companies. These contractors help with military space operations, satellite development, ground systems, and specialized tech.
Schriever Space Force Base sits just east of Colorado Springs. The base houses several space operations squadrons that control military satellites.
SpaceX has built strong ties with Colorado’s military installations. Its Starshield program delivers secure satellite communications for military use.
Defense contractors in the state work on classified projects for space surveillance and protection. These companies employ thousands of engineers and technicians.
Space Systems Command teams in Colorado focus on acquiring new space technologies. They evaluate emerging threats and come up with countermeasures.
Five major military institutions call Colorado Springs home. This cluster creates unique chances for collaboration between military units and private contractors.
Colorado has become a launchpad for groundbreaking spacecraft and mission systems that are shaping modern space exploration. Aerospace companies in the state deliver everything from crew vehicles for deep space to innovative lunar exploration gear.
Lockheed Martin’s Orion spacecraft stands out as Colorado’s biggest contribution to human spaceflight. Built in the Denver area, Orion carries astronauts to deep space and keeps them safe with advanced life support for long missions.
The spacecraft uses an advanced heat shield for high-speed returns from the Moon. Its emergency abort system can yank crews to safety if something goes wrong during launch.
Sierra Space developed the Dream Chaser spaceplane at its Colorado facilities. This reusable vehicle hauls cargo to the International Space Station and lands on regular runways like a plane.
The company also makes inflatable habitat modules that expand in space. These structures give astronauts extra living space on stations and future lunar bases.
Ball Aerospace, launched in Boulder back in 1956, builds sophisticated instruments and satellites. Their weather satellites watch over Earth’s climate and help predict severe storms worldwide.
Lunar Outpost has won NASA contracts to build rovers for future Moon missions. Their lunar terrain vehicle will help astronauts travel across the Moon’s surface during longer missions.
They design these rovers to handle wild temperature swings and the Moon’s rough terrain. Astronauts will use them to venture farther from their landing sites than ever before.
Lockheed Martin’s Lunar Trailblazer satellite, built in Littleton, hunts for water on the Moon. This small spacecraft uses advanced instruments to map ice, which could one day provide drinking water or rocket fuel for astronauts.
Blue Origin keeps a presence in Colorado’s Denver South area for its space tourism program. The company develops crew capsules and rocket engines at several Colorado locations.
Colorado’s aerospace sector keeps pushing the envelope in Earth observation with methane-detecting satellites and climate monitoring systems. Companies in the state develop cutting-edge sensors that track greenhouse gas emissions from space with impressive accuracy.
Colorado aerospace firms build specialized sensors that spot methane emissions from low Earth orbit. The instruments use infrared tech to pick up methane’s unique signature when sunlight passes through the atmosphere.
Ball Aerospace in Boulder crafts custom optical sensors for environmental satellites. Their gear scans Earth every few days, collecting data on methane levels in different regions.
These sensors find methane by detecting its infrared “fingerprint” in the atmosphere. When sunlight hits methane, the molecules absorb specific light wavelengths that satellites can measure.
Blue Canyon Technologies in Lafayette provides the satellite platforms for these methane-hunting instruments. Their small satellites offer stable rides for the sensitive equipment.
These Colorado-built systems help scientists track methane from oil and gas operations, landfills, and farms. The tech gives researchers the power to measure emissions that used to be invisible from space.
The Environmental Defense Fund’s MethaneSAT satellite marks a big win for Colorado’s space industry. Built by Ball Aerospace, this $90 million satellite tracks global methane emissions with remarkable precision.
MethaneSAT stands out because it can pinpoint methane hotspots and call out countries that underreport emissions. The satellite publishes its data online just days after collection.
Solar panels power the satellite’s advanced optical sensor, which keeps a constant watch over methane sources worldwide. MethaneSAT now provides direct measurements of emissions in places like Russia for the first time.
This data helps verify whether oil and gas companies are actually meeting their emission reduction promises. Companies like ExxonMobil, which claims it’ll reach near-zero methane emissions by 2030, now face real accountability thanks to MethaneSAT.
Colorado regularly hosts major space industry conferences that bring together military leaders, commercial companies, and government agencies. The Space Foundation’s annual symposium draws thousands of professionals, while other events focus on defense and emerging tech.
The National Defense Industrial Association (NDIA) Space Warfighter Forum stands as Colorado’s top military space conference. Defense contractors, Space Force officials, and industry experts gather to hash out evolving space operations and policy.
Military leaders use the forum to share insights on space domain awareness and defense technologies. Big names like Lockheed Martin, Boeing, and Northrop Grumman always show up.
Sessions dive into satellite constellation management, missile defense from space, and cyber threats to space assets. Government reps also announce new requirements and funding opportunities for contractors.
Networking here connects small businesses with prime contractors and military decision-makers. Many attendees walk away with new partnerships and contracts after the multi-day event in Colorado Springs.
The Space Foundation’s Space Symposium ranks as the world’s largest commercial space conference. Held every year in Colorado Springs, this four-day event brings in over 10,000 attendees from 40 countries.
The 40th Space Symposium features a sprawling exhibit center packed with the latest space technologies. Companies like SpaceX, Blue Origin, and Virgin Galactic show off their newest spacecraft and mission capabilities.
Military, civil, and commercial space sectors all come together at this networking hotspot. CEOs, astronauts, and government officials take part in panels on space exploration, satellite communications, and new markets.
The symposium keeps its edge with lively discussions about space tourism, lunar missions, and Mars exploration. Attendees get access to exclusive industry data and forecasts from top analysts.
Colorado’s universities and research institutions keep driving advances in space tech and train the next wave of aerospace pros. Research centers in the state lead missions and offer strong educational programs that prep students for space industry careers.
The University of Colorado Boulder leads the state’s space research with the Laboratory for Atmospheric and Space Physics (LASP). This lab started back in 1948 when the Air Force tapped CU’s physics department to study the Sun using surplus WWII rockets.
Today, LASP is one of CU Boulder’s 12 research institutes. The center brings together researchers, faculty, and students who work with government and industry partners on space missions.
The lab has helped CU Boulder become a major research hub for Colorado’s aerospace and defense economy. This sector now represents the largest per capita aerospace economy in the U.S.
Colorado State University contributes through its Center for National Security Initiatives. The center provides national security research to government and industry partners across the state and beyond.
It also addresses the growing need for qualified aerospace and defense professionals. As the state’s space industry keeps expanding, Colorado companies need more skilled workers.
Colorado universities get students ready for aerospace careers by offering hands-on programs and building strong industry partnerships.
The Colorado Space Grant Consortium puts students in direct contact with engineers and scientists from aerospace companies all over the state.
Students dive into real space hardware missions and snag seed grants for their own research projects.
Faculty and industry pros guide these programs, making sure students pick up practical experience with the latest tech.
Universities connect students with research opportunities that tackle big space challenges.
These projects focus on things like space debris management and environmentally friendly rocket fuels.
Educational programs here really zero in on sustainability efforts that back global space exploration.
Students learn how to create solutions for the long-term growth of the space industry.
Colorado’s universities crank out graduates who fill key jobs in the state’s $22.8 billion space economy.
These folks go on to work at companies like Sierra Nevada Corporation and help with operations at U.S. Space Command.
Colorado’s space industry faces some tough choices about workforce development and staying ahead of the curve.
The state needs to tackle talent shortages while building on its $22.8 billion space economy.
Colorado employs over 30,000 people in aerospace fields, which puts it right up there with the top states for space industry jobs.
But competition from Texas, Florida, California, and Virginia for skilled workers is only getting fiercer.
Recent NASA budget cuts could shake up education pipelines and workforce stability across Colorado.
Local lawmakers worry these cuts might hit collaborative research programs that train future space professionals.
Key talent challenges include:
Companies like Sierra Nevada Corporation and Special Aerospace keep expanding in Colorado.
The presence of U.S. Space Command makes the state a magnet for defense contractors and private firms.
Investment keeps flowing in, even with budget concerns swirling.
Colorado’s wide-ranging space economy—military, civil, and commercial—catches the eye of investors looking for steady returns.
Colorado companies push the envelope with technology like space debris management and eco-friendly rocket fuel.
These innovations help the state lead the way in space sustainability.
Every year, the Space Symposium in Colorado Springs brings together government agencies, space companies, and international officials.
This event really cements Colorado’s reputation as a hub for space innovation and collaboration.
Growth opportunities focus on:
The global space market can be unpredictable, creating both headaches and fresh opportunities for Colorado companies.
The state’s multidimensional approach helps it weather market swings better than places that only focus on one area.
Colorado’s $8.7 billion in value-added space output equals 3.8% of the state’s private-sector GDP.
This strong base supports ongoing investment in research facilities and infrastructure upgrades.
Balancing traditional aerospace strength with new sectors like quantum computing and advanced materials is tough but necessary.
Industry leaders, universities, and government agencies need to pull together if Colorado wants to stay on top.
Colorado’s space industry sparks a ton of interest from job seekers, researchers, and aerospace fans.
Here are some of the most common questions about the state’s top companies, geographic perks, mission types, academic contributions, career options, and recent breakthroughs.
Colorado is home to nine of the nation’s top aerospace companies with big operations.
United Launch Alliance (ULA) stands out, building the Vulcan Centaur rocket to replace the Atlas V and Delta IV.
Lockheed Martin runs major facilities here, producing the Orion spacecraft for NASA’s Artemis program.
Sierra Space is another big player, handling commercial lunar payload deliveries.
Boeing keeps a strong presence in Colorado, supporting Space Launch System (SLS) rocket development.
Northrop Grumman produces solid rocket boosters out of their Colorado facilities.
Ball Aerospace focuses on satellite systems and space instruments, developing advanced technologies for earth observation and exploration missions.
More than 300 aerospace companies operate in Colorado, including 180 primary aerospace firms and over 500 suppliers.
This ecosystem supports upwards of 30,000 aerospace workers across the state.
Colorado sits about a mile closer to space than sea-level spots.
That elevation cuts down on fuel needs for rocket launches and offers clearer skies.
The state’s central location gives companies easy access to both coasts and international markets.
They can coordinate with NASA in Florida and California-based aerospace hubs without much hassle.
Colorado’s stable weather and low humidity make it perfect for aerospace manufacturing and testing.
The region doesn’t see as many weather-related delays as coastal launch sites.
The Rocky Mountains offer huge open spaces for testing propulsion systems and running flight demos.
This advantage supports research in hypersonics and spacecraft development.
Military bases like Cheyenne Mountain and Peterson Space Force Base help blend commercial and defense aerospace work.
These facilities pull in more aerospace investments and skilled talent.
Colorado companies play a big role in NASA’s Artemis program, with more than 184 local firms feeding into the mission’s supply chain.
The program aims to put humans back on the moon using Colorado-built parts.
U.S. Space Command runs military space operations and satellite communications from Colorado.
They work closely with U.S. Space Force units based in the state.
Commercial satellite development is a major focus.
Colorado companies design and build satellites for earth observation, communications, and science missions.
Deep space exploration projects use Colorado-built instruments and spacecraft parts.
Companies here help out with Mars rovers, asteroid missions, and interplanetary research.
Quantum computing for space tech gets a lot of attention from Colorado researchers and companies.
These projects push both commercial and government space capabilities forward.
Cybersecurity for space systems is a growing field.
Colorado firms create protection systems for satellites and ground-based infrastructure.
The University of Colorado leads research in space science and aerospace engineering.
Faculty and students partner directly with industry on real-world space projects.
University research centers focus on hypersonics, quantum computing for space, and advanced materials science.
These programs support the needs of Colorado’s aerospace industry.
The university trains the next generation of aerospace professionals through specialized degrees.
Graduates land key jobs at major aerospace companies across the state.
Partnerships connect university researchers with companies like Lockheed Martin, ULA, and Ball Aerospace.
These collaborations help move tech from the lab to commercial use.
Student internships offer hands-on experience at Colorado aerospace firms.
This keeps a steady stream of qualified entry-level pros flowing into the industry.
Research facilities at the university support both academic work and industry testing.
Companies tap into specialized equipment and know-how through these partnerships.
Colorado’s aerospace sector employs more than 30,000 people at all skill levels.
Engineers make up the largest group—mechanical, electrical, and systems engineers are always in demand.
Manufacturing jobs support spacecraft and satellite production.
These roles call for skills in precision assembly, quality control, and advanced manufacturing.
Software development jobs center on flight control, satellite communications, and ground support.
Cybersecurity specialists work to protect space assets from digital threats.
Project managers coordinate complex aerospace programs.
These jobs need folks who can handle technical teams and big budgets.
Research and development careers push new space technologies forward.
Scientists focus on propulsion, materials science, and exploration instruments.
Technician roles keep testing, maintenance, and operations running for spacecraft and ground systems.
These positions usually require specialized training in aerospace systems.
United Launch Alliance rolled out the Vulcan Centaur rocket, which feels like a huge leap forward in tech. This next-gen vehicle cuts costs and offers way more mission flexibility than older rockets.
Colorado companies keep showing up at the center of NASA’s Artemis program. Lockheed Martin builds the Orion spacecraft, while ULA handles the propulsion systems that make lunar exploration possible.
Some startups, like Astroscale and Lunar Outpost, are shaking things up with fresh ideas for space tech. They’re coming up with new ways to handle satellite servicing and even lunar exploration—it’s exciting to see.
The Space Symposium just keeps getting bigger. Every year, over 10,000 people head to Colorado Springs for it. The event puts the latest space tech on display and gives folks a chance to connect across the industry.
Advanced manufacturing is another area where Colorado stands out. Local facilities use the latest methods for building lightweight spacecraft structures and super-precise components.
Quantum computing research for space is moving fast at Colorado institutions. These breakthroughs could totally change how we handle satellite communication and space navigation.
