PARI's Mission is to reveal the unseen and empower people to
reach their next frontier.
Space sciences and their underlying disciplines touch every aspect of new technology development.
From food to communication, transportation to public safety, space is the next frontier and exploring it has become more important than ever. If we don’t arm future explorers with what they need to reach the next frontier, they’ll miss opportunities and be left behind.
PARI can help inspire and prepare today’s learners for tomorrow’s exciting challenges.
Weather forecasting modern 7–10 day forecasts, hurricane tracking, storm surge prediction
GPS-based navigation turn-by-turn driving, aviation routing, precision agriculture
Wildfire detection satellite thermal imaging that alerts firefighters within minutes
Drought and crop monitoring vegetation maps used by farmers and food agencies
Climate science sea-level rise measurements, ice sheet monitoring, CO₂ mapping
Global distress beacons (COSPAS–SARSAT) hikers, sailors, and pilots rescued via satellite alerts
Ship tracking (AIS relays) preventing collisions and locating missing vessels
Aviation safety satellite relays for real-time aircraft positions
Disaster response satellite imagery after earthquakes, floods, and volcanic eruptions
Improved vaccines microgravity-grown protein crystals used in vaccine design
Medical imaging sensor technology from astronomy used in MRI and CT scanners
Robotic surgery teleoperation techniques derived from remote spacecraft control
Water purification space station filtration tech adapted for hospitals and remote communities
Bone health research osteoporosis treatments informed by astronaut bone loss studies
HACCP food safety NASA’s system now used worldwide to prevent contamination
LED grow lights plant-optimized lighting developed for space greenhouses
Precision agriculture satellite soil moisture and crop health maps
Freeze-drying improvements originally for space meals, now in camping food and pharmaceuticals
Memory foam developed for spacecraft seats, now in mattresses and helmets
Scratch-resistant lenses coatings derived from astronaut visor technology
Heat-resistant materials ceramics and ablatives from reentry research
Metal alloys microgravity experiments improving turbine blades and welding techniques
Lubricants & bearings vacuum-tested materials used in cars, wind turbines, and appliances
Satellite TV and radio direct broadcast systems
Global broadband satellite internet constellations
Timing signals GPS atomic clocks enabling banking, stock markets, and power grids
Emergency communications satellite phones and disaster-resilient networks
Anti-icing systems aircraft wing tech derived from thermal research
Improved tires materials from rover wheel research
Traffic management GPS timing and satellite mapping
Fuel efficiency aerodynamic modeling techniques from spacecraft design
Wearable health monitors astronaut biometrics → consumer fitness trackers
Air filtration systems HEPA and activated carbon systems refined for spacecraft
Radiation monitoring dosimetry tools used in hospitals and nuclear facilities
Sleep research circadian lighting systems inspired by space station experiments
Heat island mapping satellites identifying overheated neighborhoods
Flood risk modeling elevation and soil moisture data
Transportation planning satellite imagery for road and rail expansion
Utility monitoring detecting pipeline leaks and power grid issues from orbit
CMOS and CCD sensors the backbone of smartphone cameras
Noise-reduction algorithms originally for deep-space signal processing
Miniaturized electronics low-power chips adapted from spacecraft needs
Virtual reality simulation tech from astronaut training
STEM education space missions inspiring generations of scientists and engineers
Global cooperation international missions as models for collaboration
Planetary protection ethics shaping environmental stewardship on Earth
Art & storytelling space imagery influencing design, film, and imagination
Astronaut psychology research on resilience and adaptation in isolation
Extreme environment studies analog missions informing mental health support
Behavioral monitoring tools for stress, sleep, and cognitive performance
Human factors engineering designing habitats that sustain emotional wellbeing
RTG innovation radioisotope generators powering deep-space missions
Battery research high-density storage for rovers and habitats
Compact nuclear design safe, scalable power for long-duration exploration
Thermal management converting waste heat into usable energy
Critical element mapping identifying rare metals in asteroids and moons
Autonomous extraction robotic systems reducing human risk
Infrastructure development building supply chains beyond Earth
Economic & environmental balance minimizing cost and planetary impact
Construction first began at the PARI site in 1962, when NASA selected the location for one of the nation’s first satellite tracking stations. During the next three decades, NASA and the Department of Defense invested several hundred million dollars in the secure, 200-acre campus until operations were relocated in 1995. Recognizing its continued potential, Don and Jo Cline acquired the site in 1998 and PARI was born.
PARI, along with the help of gracious donors and business partners, has invested significantly in facility and equipment upgrades and offers expanded capabilities to businesses and institutions which include advanced infrastructure for satellite tracking and broadband services, centers for data hosting and secure equipment hosting.
PARI also welcomes guests of all ages with a love of science and space, offering summer space camps, tours and events grounded in the education of STEM principles but also promising adventure and fun in nature.
Step into a world where science and wonder meet. Our museum invites you to stand beside authentic NASA artifacts like a real rocket engine, a historic satellite, and objects that have journeyed through space itself. Each piece tells a story of human ingenuity and exploration.
Then explore our mineral gallery, home to more than 3,000 specimens from North Carolina and across the globe. Marvel at rocks that glow under ultraviolet light in our fluorescent display, and discover the geological diversity that shapes our planet.
Finally, our meteorite collection showcases fragments from hundreds of documented falls, representing nearly every class and subclass, including famous and scientifically significant specimens that reveal the origins of our solar system.
PARI reserves copyright on all content on this site except where otherwise noted. © 2026 Pisgah Astronomical Research Institute