Florida might just offer the most authentic space camp experiences in the U.S., especially with programs right at Kennedy Space Center. Here, real space missions launch, and campers get hands-on STEM education through immersive activities at America’s premier spaceport.
Participants get direct access to NASA facilities and space exploration technology. That’s a pretty rare opportunity.
Camp KSC runs right at the Kennedy Space Center Visitor Complex, so you’re smack in the middle of real NASA action. Campers dive into hands-on activities inside real NASA facilities like the Astronaut Training Experience (ATX), Mars Base 1, and the Apollo/Saturn V Center.
Actual space missions launch from here. If you’re lucky, you might catch a rocket launch during camp, though sometimes schedules shift and daily activities get adjusted.
Astronaut-training simulations are a huge part of camp. Kids work with real space technology and jump into mission scenarios at places like the Space Shuttle Atlantis exhibit and Gateway: The Deep Space Launch Complex.
The curriculum leans hard into real-world science, tech, engineering, and math. Teams tackle hands-on STEM challenges and labs that mirror what real astronauts do.
Camp KSC is a five-day summer day camp, running Monday to Friday. Each day starts at 8:00 AM and wraps up at 3:00 PM, so parents handle drop-off and pick-up.
The program runs for ten weeks, late May through early August. Every week covers the same curriculum, so if your kid attends more than once, they’ll repeat the activities.
Space Trek camps also happen at Kennedy Space Center but offer different durations. Three-day camps focus on Mission Robotics or Rocketry. Four-day options cover Near Space Investigation, and five-day camps dig into advanced Robotics.
All these camps put hands-on learning first. Students join team-based mission scenarios that push their problem-solving and critical thinking—skills they’ll need in the future.
Camp KSC sorts kids into five age-based teams, each named after a NASA mission. Pathfinder is for ages 7-9, Spirit covers 9-11, and Opportunity is for 11-13.
Curiosity takes ages 13-15, and Insight is for the oldest group, ages 15-16. Each team gets a curriculum tailored to challenge and engage them at their level.
The cost is $399 plus tax per camper. That covers daily lunch and snacks, a Camp KSC t-shirt, a completion certificate, a name badge with lanyard, and admission wristbands for up to four family members.
Camp KSC usually sells out fast—sometimes within minutes of registration opening. Parents need to make sure campers speak, read, and understand English, since all activities use English instructions.
Space camp programs in Florida happen at Kennedy Space Center Visitor Complex. Campers get access to real NASA facilities and some of the coolest space attractions in the country.
The complex has specialized training areas, historic spacecraft exhibits, and amenities built for immersive space education experiences.
Kennedy Space Center Visitor Complex is home base for Florida’s top space camps. The facility sits right on America’s busiest spaceport, so campers get a front-row seat to NASA operations and launches.
Campers train inside the Astronaut Training Experience (ATX) facility. This place has real astronaut simulators and mission control replicas. Students run through realistic mission scenarios using the same training NASA uses for its astronauts.
The complex also features Mars Base 1, where campers simulate Mars missions. They drive rover simulators, run science experiments, and practice the problem-solving needed for deep space.
Gateway: The Deep Space Launch Complex lets campers get their hands on the latest NASA tech. They learn about Artemis lunar missions and future Mars plans through interactive exhibits.
Being right at the spaceport means you might witness a rocket launch during camp. That’s not something you forget.
The Apollo/Saturn V Center has one of the world’s best collections of moon mission artifacts. Campers get up close with real Apollo equipment and hardware that actually went to the moon.
The star of the show is a fully restored Saturn V rocket, displayed horizontally. Students walk beneath this 363-foot giant, checking out each stage and learning how it got astronauts to the moon.
Interactive exhibits let campers walk through Apollo mission timelines. They try out lunar landing procedures with authentic controls and communication gear from the era.
Campers can see the actual Apollo 14 command module that made it back from the moon. They examine the heat shield, life support systems, and communication equipment that kept astronauts alive.
Space Shuttle Atlantis brings things into the modern era. The orbiter displays mission equipment, robotic arms, and cargo bay setups used for building the International Space Station.
Space camp is a day program, so families need to sort out their own accommodations. Most stay at hotels in Cocoa Beach, Titusville, or Orlando—each within about 45 minutes of camp.
Camp hours run from 8:00 AM to 3:00 PM, Monday through Friday. Parents take care of transportation, with clearly marked drop-off and pick-up spots at the complex.
Tuition includes lunch and snacks every day, so you don’t have to pack food or leave the facility during camp.
Each camper gets a t-shirt, certificate, and ID badge with a lanyard. These are handy during the week and make nice keepsakes.
Family access benefits are a nice bonus. After camp, up to four family members can use admission wristbands to explore the visitor complex, making it easy to turn camp into a family adventure.
The facility follows strict safety protocols and is fully accessible. All areas accommodate campers with different physical abilities, so everyone gets a shot at space education.
Florida’s top space camp programs combine hands-on STEM learning with real NASA facilities and advanced space tech. These range from five-day experiences at Kennedy Space Center to specialized astronomy camps that dive into deep space exploration.
Camp KSC runs at Kennedy Space Center Visitor Complex, welcoming campers ages 7-16. The five-day program goes Monday to Friday, 8:00 AM to 3:00 PM.
Campers jump into hands-on activities at the Astronaut Training Experience, Mars Base 1, and the Space Shuttle Atlantis exhibit. Each age group follows a curriculum built just for them.
Age Groups and Programs:
The program costs $399 plus tax per camper. That covers lunch, snacks, a t-shirt, certificate, name badge, and family admission passes for the last day.
NASA Camp U.S.A., run by Eventurous 365 in Orlando, focuses on space exploration and STEM education. It’s perfect for young space enthusiasts who want to get deep into NASA missions and tech.
Campers explore current NASA projects like Mars missions, International Space Station work, and future lunar plans. The curriculum highlights real-world science and engineering used in space.
The camp lets kids work with space simulation equipment and learn astronaut training protocols. They discover career paths in aerospace engineering, mission control, and space science.
Some specialized astronomy camps in Florida blend classic STEM with a focus on stars, planets, and deep space. These usually run during summer at different locations statewide.
Campers use telescopes, study planetary motion, and learn about things like stellar evolution and galaxies. The curriculum mixes theory with hands-on observation.
Many camps offer night sky sessions, where campers spot constellations, track planets, and use high-powered telescopes to see deep space objects. Advanced sessions might cover exoplanet discovery or mission planning.
These camps often team up with observatories and planetariums, so campers use pro equipment and learn from real astronomers.
Space camps in Florida bring together classroom learning and real-life applications. Campers work with real spacecraft tech, try astronaut training simulations, and tackle engineering projects that mirror NASA missions.
Campers get to use real space exploration equipment and simulators. At Kennedy Space Center, they train with the same tools NASA uses to prep astronauts.
Inside Mars Base 1, campers practice living and working on another planet. They learn about life support and even get to try growing food in controlled environments.
The Astronaut Training Experience puts kids through real mission scenarios. They use microgravity simulators and practice spacewalks in underwater training pools.
At the Apollo/Saturn V Center, campers examine real spacecraft parts. They even get to handle moon rocks and look at navigation systems from lunar missions.
Gateway: The Deep Space Launch Complex introduces campers to the latest tech. They use mission planning software and learn orbital mechanics with computer simulations.
Engineering challenges are at the heart of Florida space camps. Campers solve real problems astronauts and engineers face on missions.
Mission Control simulations have teams coordinate spacecraft operations. Campers learn communication protocols and practice troubleshooting technical issues in real time.
Labs focus on space science. Campers study how plants might grow in zero gravity and test materials that shield spacecraft from radiation.
Team-based challenges push campers to design solutions with limited resources. They have to work together to complete mission goals under tight deadlines.
Each age group gets challenges that match their skills. Younger kids learn basic engineering, while older ones dive into advanced propulsion.
Rocket building and launching is a highlight for many campers. They design, build, and test rockets with real materials and tools.
Model rocket programs start simple but can go all the way to complex, multi-stage designs. Campers learn about aerodynamics, propulsion, and recovery systems as they build.
On launch day, campers run pre-flight checks and follow safety steps just like real rocket crews. They track rocket performance and analyze flight data to improve their designs.
Propulsion labs let campers try out different engine types. They build solid fuel rockets and test out liquid propulsion in safe, controlled settings.
Advanced campers use computer-aided design software to create rocket blueprints. They learn about manufacturing and quality control—skills used in the aerospace industry.
Safety is a big deal here. Campers learn how to handle rocket parts and follow launch protocols. If they pass, they can keep rocketry as a hobby after camp.
Florida’s space camps give people an authentic astronaut training experience that feels surprisingly close to real NASA mission prep. They use actual NASA equipment and protocols, so you get to learn spacewalk techniques, mission operations, and the basics of spacecraft systems firsthand.
The Kennedy Space Center runs the ATX program, offering five-hour astronaut training sessions that pack in a lot. You move through three training modules: Launch Operations, Mars Operations, and Microgravity Operations.
They stick to authentic NASA gear and procedures at every stage. Students run through spacecraft launch sequences, following the same steps real astronauts use.
You’ll jump into Mission Control simulations, working with ground teams and learning to handle spacecraft systems. The program throws in mission challenges, so you have to think on your feet.
All this happens in the dedicated ATX Center, which is pretty high-tech. They welcome families, solo participants, and groups, and the scheduling is actually pretty flexible.
Plenty of motion-based simulators here try to match the physical intensity astronauts experience in space. The Multi-Axis Trainer spins you in three directions at once, mimicking spacecraft tumbling—it’s a wild ride.
The Microgravity Wall lets you try out spacewalk techniques using a harness system. You get to practice moving and working as if you’re weightless.
Then there’s the T-Chair trajectory simulator—it recreates the G-forces of reentry. They modeled these simulators after the hardware from Mercury, Gemini, Apollo, and Shuttle programs.
Safety briefings come before every simulation, and instructors show you the right techniques. Trained operators keep an eye on everything for safety.
Mars Base 1 throws you into Red Planet missions that feel surprisingly real. Teams have to work together to solve the kinds of problems astronauts might face on Mars.
Mission tasks include equipment repairs, sample collection, and habitat maintenance. You use real tools and follow actual protocols for each job.
Communication delays with “Earth” add to the challenge. Sometimes, you have to make decisions without any ground support.
After each mission, teams gather for a post-flight debrief. These sessions help you figure out what worked, what didn’t, and why.
Campers really get to dive into space exploration with interactive exhibits that showcase real NASA missions and spacecraft. These environments let you train like an astronaut and get a sense of what it’s actually like to tackle Mars, operate shuttles, and go deep into space.
Mars Base 1 gives campers mission scenarios based on actual NASA Mars exploration plans. Teams have to solve problems just like astronauts on the Red Planet.
Campers design and build habitats to protect against Mars’ harsh environment. They test materials for strength and try out radiation shielding, picking up real engineering skills along the way.
Mission simulations challenge teams to grow food in Martian soil. You experiment with hydroponics systems, like the ones used on the International Space Station. Water recycling experiments show how astronauts might survive on Mars.
Teams get to operate rovers across the Martian landscape. They collect samples and look for signs of life. Communication delays with Earth make missions more realistic.
The Space Shuttle Atlantis exhibit lets you walk underneath the actual shuttle that flew 33 missions. You can see the real heat shield tiles that protected astronauts during reentry.
Interactive simulators let you try launching into orbit and docking with the International Space Station. The training feels a lot like what astronauts go through. You can even operate the shuttle’s robotic arm to deploy satellites.
Hands-on activities include getting into replica spacesuits and practicing spacewalks. You learn how tricky it is to move in zero gravity. Even basic stuff like eating or sleeping in space is a whole new experience.
The exhibit displays actual artifacts from shuttle missions—tools, experiments, and personal items astronauts took to space. You get a sense of how the shuttle program boosted scientific research and international teamwork.
Deep space activities introduce campers to NASA’s Artemis program and future Mars missions. You learn about the rockets that will take us beyond Earth’s orbit.
Campers design spacecraft to reach places like Jupiter’s moons or Saturn’s rings. You figure out fuel needs and mission timelines for journeys that could last years. The activities stick to real physics and engineering limits.
Gateway station simulations show how the lunar outpost will support Moon missions. You practice operations astronauts will do while orbiting the Moon. Managing resources is a huge deal for longer missions.
Campers also dream up ideas for interstellar travel, like ion propulsion and solar sails. You design robotic probes that could reach other star systems. These activities bridge current tech with what could be possible in the future.
Florida’s space camps really focus on building strong teams through hands-on missions and leadership challenges. Participants have to communicate well and work together to solve tricky space problems.
Campers get split into teams named after NASA’s Mars rovers. The Kennedy Space Center Camp uses teams like Pathfinder, Spirit, Opportunity, Curiosity, and InSight.
Teams work together on simulated space missions that need everyone to coordinate. These include Mars habitat operations and docking exercises where you might have to handle an emergency as a team.
The STAR Teams program gives each member a unique role for every mission. Teams face challenges like escaping from the International Space Station when supplies run low.
Engineering challenges push groups to build and test projects together. Teams use problem-solving skills to optimize power systems for Mars bases, often using rover robotics.
Virtual reality experiences let teams explore Mars together. These shared adventures help campers bond and learn about space exploration challenges.
Space camp activities really make you practice clear communication, especially when things get stressful. Teams have to coordinate spacecraft operations and share important info fast.
Participants rotate through leadership roles, taking turns directing mission operations. Everyone learns how to guide a team through tricky procedures and make big decisions.
Camps encourage accountability within teams. Members learn to trust each other and take responsibility for their part in a mission.
Communication exercises prepare you for real astronaut training. You practice giving instructions and listening carefully to teammates during simulated spacewalks.
Problem-solving activities force teams to work through challenges together. You learn to combine different perspectives and skills to come up with creative solutions.
Florida space camps offer special field trips to the Kennedy Space Center Visitor Complex and behind-the-scenes tours that put students right in the heart of NASA action. Guest speakers, including retired astronauts, often stop by to share their stories.
Kennedy Space Center Visitor Complex opens up operational NASA facilities that most people never see. Students get to walk through the Vehicle Assembly Building, where rockets come together for launch.
They also visit Launch Control Center, where teams monitor real missions. It’s not something you forget.
These tours need to be booked ahead of time, and group sizes are limited. You get up-close views of launch pads and spacecraft prep areas. Sometimes, you might even catch rocket assembly or testing in action.
Tour Requirements:
The tours let you see engineers working on current space projects. You might spot the same facilities used for SpaceX Crew Dragon and Artemis missions.
The Aerospace Center for Excellence runs three immersive educational programs during each visit, each lasting 45 minutes and starting at 10:00 AM. They tailor programs to different grade levels.
You get to explore Innovation Skylab and the Florida Air Museum. Students take on engineering challenges and space simulation activities, while interactive exhibits show off rocket propulsion and orbital mechanics.
Kennedy Space Center Visitor Complex offers rover-building challenges for grades 5-12. The engineering program runs 90-120 minutes and costs $35 per person plus admission, with a minimum group size of 50-72.
Field trips include access to the Space Shuttle Atlantis exhibit and Apollo/Saturn V Center. Students stand right next to the 363-foot Saturn V Moon rocket. The Heroes & Legends attraction has the U.S. Astronaut Hall of Fame.
Space camps often set up “Chat With An Astronaut” sessions. Students meet retired NASA astronauts who share what it’s really like to fly in space and answer questions.
Workshops cover topics like Mars mission planning and building lunar bases. Students learn about aerospace careers and space science from people who actually work in the field.
Programs line up with national STEM standards and NASA education goals. Guest experts sometimes include mission controllers, spacecraft engineers, and space scientists, all eager to show how classroom subjects apply to real missions.
The KSC SmartGuide app adds extra info, so students can dive deeper into exhibits and spacecraft during their trip.
Florida space camps lay a solid foundation in science, technology, engineering, and math through hands-on activities. Students work with real NASA equipment and try astronaut training simulations based on actual missions.
Florida’s clear skies and the proximity to Kennedy Space Center make these camps perfect for astronomy. Students use professional telescopes to check out planets, star clusters, and—if they’re lucky—spacecraft launches that happen during camp.
Night sessions teach campers how to spot constellations and track satellites. Instructors, who really know their stuff, guide students through telescope use and celestial navigation.
At Kennedy Space Center, some students even get to watch rocket launches during camp. They learn about orbital mechanics by tracking the International Space Station and other spacecraft.
Many camps include planetarium visits, where students dive into deep space phenomena and learn about current NASA missions. These sessions connect classroom astronomy to real-world exploration happening nearby.
Students build and launch model rockets, learning physics and engineering as they go. These projects make propulsion, aerodynamics, and flight trajectories feel less abstract.
Campers also get hands-on with Mars rover simulators and robotic programming challenges. They learn to code commands and see how NASA engineers control spacecraft from millions of miles away.
Lab sessions include space science experiments like crystal growth in simulated zero gravity and testing materials under extreme temperatures. Students use the same methods astronauts use on the International Space Station.
Technology workshops introduce campers to mission control and spacecraft communication systems. Students practice radio protocols and see how ground teams keep in touch with astronauts during missions.
Engineering activities push students to design spacecraft heat shields. They use everyday materials and follow hands-on testing protocols. Teams go head-to-head, aiming to build the most effective thermal protection systems. Everyone learns through trial and error.
Students jump into simulated space missions that demand creative problem-solving—always on the clock. These scenarios echo the real-life challenges NASA engineers tackled during Apollo and now with Mars projects.
Construction challenges? Students build lunar habitats and design life support systems for long-term space travel. They have to factor in limited resources and harsh environments as they brainstorm solutions.
During the Astronaut Training Experience, participants troubleshoot spacecraft systems and perform emergency repairs. These activities force students to think on their feet, applying STEM skills under pressure in space exploration scenarios.
Camp KSC registration opens once a year—and honestly, it sells out almost instantly. The program runs $399 plus tax per camper, which covers meals, camp materials, and family admission passes.
Camp KSC uses a first-come, first-served system. Registration happens online, and parents get exactly 10 minutes to fill out the form.
Adults can register up to six children at once during that window. After 10 minutes, the system logs you out to keep things fair.
Campers need to be ages 7 to 16 on the first day of camp. The program splits kids into five age-based teams: Pathfinder (7-9), Spirit (9-11), Opportunity (11-13), Curiosity (13-15), and Insight (15-16).
Everyone has to speak, read, and understand English. The program relies on clear instructions for all activities.
Parents handle transportation to Kennedy Space Center Visitor Complex. Camp hours run 8:00 AM to 3:00 PM, Monday through Friday.
Camp KSC 2025 ran for 10 weeks, from late May through early August. Every session sold out—no surprise there.
The 2025 schedule included:
| Week | Dates |
|---|---|
| Week 1 | May 26 – May 30 |
| Week 6 | June 30 – July 4 |
| Week 10 | July 28 – August 1 |
Registration usually opens months before the first camp session. Families need to keep an eye on the Kennedy Space Center Visitor Complex website for 2026 announcements.
The camp sticks to the same curriculum each week. If campers attend more than once, they’ll repeat the same activities and lessons.
Camp KSC costs $399 plus tax per camper for five days. That covers pretty much everything you’d expect.
Included in tuition:
The cancellation policy depends on timing. Cancel five weeks ahead for a full refund.
Cancel or change plans within four weeks? There’s a $50 fee. Less than two weeks out, there’s no refund.
Sometimes camp activities get canceled if a rocket launch is scheduled during camp hours. Right now, the program doesn’t mention scholarships in their main materials.
Getting ready for space camp at Kennedy Space Center takes some planning. Safety comes first—trained staff supervise every activity. Campers should bring a few specific items to make their week smoother.
Parents need to check which age group their child fits before camp starts. Camp KSC organizes students into teams by birthdate. Each team gets its own set of activities.
Campers have to speak, read, and understand English. The hands-on activities require following detailed instructions.
Medical prep matters. Kids should be in good physical shape for astronaut training. Parents must tell staff about any medical issues or allergies.
Parents need to plan transportation. Drop-off is at 8:00 AM sharp, with pick-up at 3:00 PM at the visitor complex entrance.
Weather in Florida can be unpredictable. Summer days get hot—sometimes high 80s—with afternoon thunderstorms. Indoor activities continue at places like Space Shuttle Atlantis and Apollo Saturn V Center if storms roll in.
Kennedy Space Center enforces strict safety standards for every camp activity. Trained educators watch over each group throughout the week. Staff members hold certifications in both STEM education and safety protocols.
Adult-to-camper ratios stay low, so supervision never slips. Each team has counselors to guide students through exhibits and training. Emergency drills happen on the first day.
All activities stay inside the secure visitor complex. Campers wear identification badges and lanyards at all times. Staff runs headcounts during every transition.
Medical support is always on-site during camp hours. The facility has first aid stations and keeps in direct contact with local emergency services. Parents provide emergency contacts during registration.
Staff checks equipment before every hands-on activity. The Astronaut Training Experience and Mars Base 1 follow NASA-level safety procedures. Kids get clear instructions before using any training equipment.
Daily essentials: Comfortable walking shoes and clothes for Florida weather. Indoor attractions are air-conditioned, so light layers help. Camp t-shirt is provided, but not required every day.
Water bottles are a must for staying hydrated. Lunch is included, but parents should mention dietary restrictions when registering.
Personal items should be kept to a minimum. Small backpacks or drawstring bags work well for water and medications. Electronic devices aren’t encouraged during activities.
Sunscreen and hats help for outdoor parts of the program. There’s some walking between buildings in the sun.
Don’t bring valuables or big bags. The complex offers secure storage, but campers are responsible for their stuff. Camera phones are allowed for some activities, but not all, for safety reasons.
Space Camp Florida gives kids experiences they’ll remember for years. The program builds confidence through tough simulations, inspires a bunch of campers to chase STEM careers, and leaves everyone with some pretty great memories.
Space Camp Florida nudges kids outside their comfort zones with realistic astronaut training. Campers tackle complex mission simulations that call for quick thinking and teamwork.
The program puts kids in leadership roles during mock space missions. They take the lead as mission commanders or flight directors. These moments really boost confidence—sometimes in ways that surprise even the campers.
Technical challenges force campers to solve real engineering problems. They design and test rockets, troubleshoot equipment issues, and work through communication snags during missions.
The multi-axis trainer and microgravity simulators help campers face their fears. Plenty of kids feel nervous at first, but most walk away feeling accomplished.
Camp counselors cheer kids on and set the bar high. That mix of support and challenge helps campers figure out what they’re capable of.
Hands-on experiences at Space Camp Florida spark real interest in science and engineering. Campers work with actual NASA equipment and meet aerospace professionals.
A lot of former campers go on to study aerospace engineering, physics, or computer science. The simulations give them a real taste of what space careers are like.
Career exposure happens when NASA scientists and engineers visit the camp. They share their stories and current projects with campers.
Robotics programs introduce kids to technology used in real missions. Campers program rovers and operate robotic arms like those on the International Space Station.
The camp also puts extra effort into encouraging girls in STEM. Female role models share their experiences, which helps close the gender gap in aerospace fields.
Space Camp Florida has some traditions that stick with campers long after the week ends. The graduation ceremony features astronaut flight suit presentations—always a highlight.
Mission patches designed by each team become keepsakes. Campers team up to create designs that capture their group’s achievements.
The wall of fame showcases photos and stories of alumni now working in aerospace. It’s a cool way to connect current campers with past success stories.
Evening campfire sessions bring in veteran astronauts and space industry pros for storytelling. These gatherings let campers meet their heroes up close.
Team challenges and competitions build friendships and reinforce what campers learn. The final day’s competition pulls together all the week’s skills in a fun, high-energy event.
Space Camp programs in Florida raise plenty of questions for families planning their space education adventure. The Kennedy Space Center sets its own age requirements, costs, and program details—these can differ from other camps.
Kennedy Space Center’s Camp KSC welcomes students ages 7 through 16 for summer day camp. This range covers elementary to high schoolers who want NASA-based science experiences.
The camp actually targets younger kids than some other programs. Students get hands-on time with real space center exhibits and attractions.
Families with kids outside this age range should contact Kennedy Space Center directly. Sometimes special programs have different requirements.
Kennedy Space Center doesn’t post standard Camp KSC pricing on their main site. Costs change depending on program length and season.
Families need to call Kennedy Space Center Visitor Complex for current rates. The camp is a day program, so it usually costs less than overnight camps.
Registration fees cover activities, materials, and access to space center exhibits. Meals and transportation are extra, so families should budget for those.
Camp KSC at Kennedy Space Center runs as a summer day camp. They haven’t posted exact 2025 dates yet.
Most camps follow the traditional summer break schedule. Families should reach out to Kennedy Space Center’s education department for the latest info.
Registering early gives families more options. Popular weeks fill up fast.
Kennedy Space Center Visitor Complex hosts Camp KSC on Merritt Island, near Cape Canaveral.
Campers use actual Kennedy Space Center exhibits and attractions. They get access to real NASA facilities.
The location offers authentic space program experiences. Students learn where real missions launch and astronauts train.
Camp KSC focuses on hands-on STEM activities. Students dive into space concepts through interactive experiences.
The five-day program uses Kennedy Space Center’s exhibits and attractions. Campers work with real space hardware and simulators.
Activities stick to NASA-based science and engineering. Students explore space through experiments and demonstrations.
Camp KSC only offers a day camp program. Kids head home every evening instead of staying overnight at the facility.
This setup really suits younger campers, especially those between 7 and 16. Parents swing by to pick them up at the end of each day.
If you’re hoping for an overnight space camp, you’ll need to look elsewhere. Kennedy Space Center just sticks to day-based learning activities.
