Statements (669)
| Predicate | Object |
|---|---|
| gptkbp:instance_of |
gptkb:spacecraft
|
| gptkbp:air_traffic_control |
Fly-by-wire
autonomous fly-by-wire autonomous and manual autonomous and manual control autonomous landing system |
| gptkbp:aircraft_operated |
up to 30 days
up to 14 days low Earth orbit Mach 0.8 15,000 meters up to 60 days Up to 60 days up to 30 days in orbit |
| gptkbp:application |
microgravity research
scientific research missions Scientific research and experiments scientific experiments on lunar surface |
| gptkbp:budget |
$1 billion
estimated at $1 billion Cost-effective operations competitive with other cargo spacecraft competitive with other spacecraft $1 billion for development $2 billion for full program |
| gptkbp:capacity |
up to 7 crew members
up to 5,500 kg |
| gptkbp:cargo_capacity |
3,000 kg
5,500 kg up to 3,000 kg up to 5,500 kg |
| gptkbp:cargo_types |
gptkb:scientific_experiments
gptkb:sports_equipment gptkb:Dream_Chaser_Cargo_System satellites supplies capable of returning cargo to Earth scientific instruments, supplies Science experiments, supplies |
| gptkbp:challenges |
thermal management
overcome during development overcoming atmospheric re-entry stresses overcoming technical challenges in design Funding and technical hurdles Overcoming technical challenges addresses engineering challenges in design. |
| gptkbp:collaborates_with |
gptkb:NASA
|
| gptkbp:collaboration |
gptkb:NASA's_Artemis_program
gptkb:ESA gptkb:Yes yes global partnerships NASA, ESA global space exploration efforts involves multiple countries with various countries with universities for research collaborates with international space agencies collaborations with international space agencies with ESA with JAXA involvement with global space initiatives with European Space Agency involves international partners in missions partnered with ESA |
| gptkbp:communication |
high data rate communication system
|
| gptkbp:communication_system |
advanced communication systems
solar panels S-band and Ku-band advanced telemetry high-data-rate communication high data rate communication high-frequency radio high-data-rate communication links |
| gptkbp:community |
international space agencies
NASA and international partners growing user community in space research scientists, researchers, and commercial entities |
| gptkbp:community_engagement |
Community outreach programs
outreach programs educational outreach programs engages with local communities outreach programs planned engages with public outreach programs |
| gptkbp:competitors |
gptkb:Dragon
gptkb:Northrop_Grumman_Cygnus gptkb:Blue_Origin_New_Glenn |
| gptkbp:configuration |
cargo variant
|
| gptkbp:constructed_in |
commercial use
|
| gptkbp:contract |
gptkb:NASA_Commercial_Resupply_Services
gptkb:NASA |
| gptkbp:control_surfaces |
flaps
rudder elevons elevons and rudders |
| gptkbp:control_system |
Fly-by-wire
fly-by-wire fly-by-wire system |
| gptkbp:cooling_system |
Ablative heat shield
ablative heat shield |
| gptkbp:crew |
gptkb:launch_escape_system
Not applicable simulator training uncrewed physical training emergency procedures training extensive training required simulator-based training simulator training available meets NASA safety standards user-friendly crew interface extensive crew training program monitors crew health during missions selects highly trained astronauts |
| gptkbp:crew_capacity |
gptkb:None
gptkb:none gptkb:7 up to 7 up to 7 astronauts 7 astronauts up to 7 crew members |
| gptkbp:current_status |
in development
|
| gptkbp:data_return |
glide landing
controlled descent and landing |
| gptkbp:design |
gptkb:true
completed reusable completed in 2019 Experienced aerospace engineers multiple prototypes lifting body design modular components for upgrades completed design phase Sierra Nevada Corporation engineers Sierra Nevada engineers |
| gptkbp:design_feature |
lifting body design
delta wing configuration |
| gptkbp:design_features |
modular design
multi-mission capability advanced avionics high reliability high maneuverability Delta wing design delta wing design environmentally friendly materials low drag design cargo transport capability autonomous landing capability lifting body design modular payload bay high lift capability delta wing configuration winged design winged spacecraft advanced thermal protection crew transport capability high reusability Delta wing configuration |
| gptkbp:design_purpose |
low Earth orbit missions
|
| gptkbp:designed_by |
gptkb:Sierra_Nevada_Corporation
|
| gptkbp:designed_for |
gptkb:International_Space_Station
gptkb:Mars_missions exploration missions lunar landings cargo resupply missions research missions deep space missions crewed missions lunar missions payload delivery science missions ISS resupply missions cargo missions commercial missions lunar resupply |
| gptkbp:developed_by |
gptkb:NASA's_Artemis_program
gptkb:United_States gptkb:Sierra_Nevada_Corporation gptkb:NASA's_Commercial_Crew_Program |
| gptkbp:development |
gptkb:2004
gptkb:2006 gptkb:2010 2010 to present 2010 to 2025 |
| gptkbp:development_cost |
$1 billion
estimated at $1 billion |
| gptkbp:durability |
gptkb:spacecraft
gptkb:Yes gptkb:true yes reusable |
| gptkbp:economic_impact |
positive economic impact on local economies
|
| gptkbp:educational_programs |
STEM initiatives
supports STEM education initiatives |
| gptkbp:elevation |
up to 500 km
low Earth orbit up to 400 km |
| gptkbp:enables |
sustainable lunar presence
|
| gptkbp:engine_type |
gptkb:Team_Rocket
liquid rocket engines |
| gptkbp:enhances |
space exploration capabilities
|
| gptkbp:environmental_concerns |
gptkb:health_services
life support systems |
| gptkbp:environmental_impact |
Completed
low emissions ongoing completed Minimized emissions designed to minimize environmental impact designed for minimal impact designed for minimal environmental footprint |
| gptkbp:expansion_plans |
human spaceflight opportunities
|
| gptkbp:expected_service_start |
gptkb:2023
2024 2025 |
| gptkbp:facilitates |
research in microgravity
|
| gptkbp:features |
advanced avionics
wings for landing |
| gptkbp:first_cargo_mission |
2024
|
| gptkbp:first_flight |
gptkb:2022
gptkb:2023 gptkb:Edwards_Air_Force_Base gptkb:Spaceport_America Ongoing 2023-05-20 ongoing successful planned planned for 2024 Planned for 2024 planned for 2023 Suborbital and orbital missions suborbital and orbital planned for 2025 completed in 2021 planned for 2022 suborbital and orbital flights planned test flights validate flight performance completed in 2017 collected for analysis Planned for 2023 suborbital and orbital missions Dream Chaser free flight test scheduled test flights demonstrates reusability free flight test planned flight tests |
| gptkbp:flight_style |
suborbital and orbital missions
|
| gptkbp:flight_test_duration |
approximately 30 minutes
|
| gptkbp:flight_test_type |
suborbital test flight
|
| gptkbp:fuel_type |
RP-1 and liquid oxygen
liquid oxygen and RP-1 |
| gptkbp:funding |
NASA and private investment
|
| gptkbp:future_goals |
to support long-term human presence in space
Leading in commercial spaceflight. |
| gptkbp:future_plans |
gptkb:Mars_missions
deep space exploration lunar missions commercial missions commercial missions to LEO crewed missions planned expand to lunar and Martian missions prepare for operational flights expansion to crewed variant expansion to lunar missions |
| gptkbp:future_prospects |
gptkb:Mars_missions
gptkb:space_mission Lunar missions |
| gptkbp:growth_rate |
Significant revenue potential
from commercial missions |
| gptkbp:has |
modular design
solar panels crew escape system |
| gptkbp:has_ability |
cargo transport
reusable crew transport vertical landing landing on runways |
| gptkbp:has_collaborations_with |
gptkb:European_Space_Agency
|
| gptkbp:has_flight_tests |
yes
|
| gptkbp:has_mission |
resupply missions
|
| gptkbp:has_part |
gptkb:cybernetic_enhancements
thermal protection system |
| gptkbp:has_programs |
gptkb:Commercial_Crew_Program
gptkb:NASA's_Commercial_Crew_Program gptkb:logistics gptkb:NASA's_Commercial_Resupply_Services |
| gptkbp:has_style |
lifting body
|
| gptkbp:height |
3.5 meters
|
| gptkbp:historical_event |
part of space exploration history
|
| https://www.w3.org/2000/01/rdf-schema#label |
Dream Chaser
|
| gptkbp:include |
crew transport services
|
| gptkbp:increased |
international collaboration in space
|
| gptkbp:influence_on |
future spacecraft designs
|
| gptkbp:influenced_by |
commercial spaceflight trends
|
| gptkbp:infrastructure |
ground support equipment
|
| gptkbp:innovation |
focus on innovative solutions
|
| gptkbp:inspiration |
gptkb:Space_Shuttle
human space exploration for future generations of astronauts inspired by NASA's Space Shuttle inspired by previous space shuttle designs inspired by the need for reliable space access |
| gptkbp:inspired_by |
gptkb:Space_Shuttle
|
| gptkbp:integrates_with |
gptkb:International_Space_Station
|
| gptkbp:integration |
gptkb:International_Space_Station
modular design for easy upgrades with International Space Station integrated with ISS integrated with ISS operations |
| gptkbp:integration_with_iss |
gptkb:Yes
|
| gptkbp:involved_technology |
gptkb:launch_facilities
gptkb:communication_systems gptkb:robotics propulsion systems data analysis tools monitoring systems simulation tools ground support equipment navigation systems software systems advanced avionics safety systems life support systems testing facilities mission planning software advanced robotics and AI structural materials thermal control systems integration facilities recovery systems robotic arms for payload handling payload integration systems |
| gptkbp:is |
commercially available
|
| gptkbp:is_a_destination_for |
gptkb:International_Space_Station
Low Earth Orbit |
| gptkbp:is_a_supporter_of |
planned for 2025
|
| gptkbp:is_based_on |
gptkb:Dream_Chaser_Cargo_System
Space Shuttle technology |
| gptkbp:is_capable_of |
cargo transport
crew transport returning experiments |
| gptkbp:is_compatible_with |
gptkb:International_Space_Station
various launch vehicles |
| gptkbp:is_designed_for |
sustainable space exploration
multiple missions |
| gptkbp:is_designed_to |
low Earth orbit missions
carry cargo |
| gptkbp:is_designed_to_carry |
gptkb:sports_equipment
|
| gptkbp:is_equipped_with |
life support systems
autonomous landing system |
| gptkbp:is_expected_to |
reduce launch costs
enhance research capabilities support international partnerships support lunar missions support technology demonstrations contribute to space economy enable deep space missions enable scientific experiments in space enhance commercial spaceflight enhance global collaboration in space facilitate space tourism provide cargo delivery services provide commercial launch services provide crew transport services support ISS resupply missions support satellite deployment |
| gptkbp:is_expected_to_assist |
commercial space activities
|
| gptkbp:is_often_accompanied_by |
supplies to ISS
|
| gptkbp:is_part_of |
gptkb:Sierra_Nevada_Corporation's_space_program
Sierra Nevada's vision for space access next generation spacecraft |
| gptkbp:is_similar_to |
gptkb:Dream_Chaser_Cargo_System
|
| gptkbp:is_tested_for |
gptkb:suborbital_flights
gptkb:NASA ongoing scheduled for 2024 currently in testing phase |
| gptkbp:is_used_for |
cargo resupply missions
|
| gptkbp:key_feature |
versatile design for various missions
|
| gptkbp:key_people |
gptkb:Mark_Sirangelo
|
| gptkbp:landing_distance |
Runway landing
approximately 200 km/h runway landing |
| gptkbp:landing_site |
commercial spaceports
|
| gptkbp:launch_date |
2024
2025 annual up to 6 missions per year up to 12 missions per year multiple launches planned planned for multiple launches per year 20 missions Regular missions planned Regular resupply missions up to 6 launches per year |
| gptkbp:launch_price |
$10 million per flight
|
| gptkbp:launch_site |
gptkb:Cape_Canaveral
gptkb:Vandenberg_Space_Force_Base gptkb:Kennedy_Space_Center gptkb:Cape_Canaveral_Space_Force_Station |
| gptkbp:launch_vehicle |
gptkb:Vulcan_Centaur
gptkb:Atlas_V |
| gptkbp:launch_window |
2023-2024
multiple per year flexible launch windows multiple launch windows |
| gptkbp:launched |
planned for 2024
Multiple planned Multiple planned missions Short turnaround time |
| gptkbp:length |
9.3 m
9.3 meters |
| gptkbp:lifespan |
10 years
15 years designed for multiple missions over years |
| gptkbp:manufacturer |
gptkb:United_States
gptkb:Sierra_Nevada_Corporation |
| gptkbp:marketed_as |
satellite deployment
|
| gptkbp:mass |
3,000 kg
12,000 kg 2,500 kg approximately 10,000 kg approximately 5,000 kg approximately 3,000 kg approximately 2,500 kg |
| gptkbp:max_speed |
Mach 2.5
|
| gptkbp:media_coverage |
Extensive
extensive extensive media coverage Significant media attention significant media coverage extensive media interest significant during development |
| gptkbp:mission |
gptkb:Commercial_Crew_Program
gptkb:Mars_exploration gptkb:Lunar_Gateway gptkb:Mars_missions gptkb:logistics deep space missions lunar surface missions Commercial resupply missions planned for lunar missions ISS resupply missions Asteroid missions Support ISS operations Mars missions planned Lunar Gateway resupply Lunar missions planned Targeting 100% success |
| gptkbp:mission_duration |
up to 30 days
up to 60 days planned missions to ISS |
| gptkbp:mission_type |
gptkb:NASA_Commercial_Resupply_Services
gptkb:NASA's_Commercial_Resupply_Services gptkb:scientific_research cargo transport low Earth orbit cargo resupply Cargo resupply low Earth orbit missions resupply missions commercial cargo missions cargo and crew transport |
| gptkbp:navigation_system |
gptkb:navigation_system
Inertial navigation system GPS and inertial navigation GPS-based GPS-based navigation |
| gptkbp:negotiated_by |
gptkb:NASA
|
| gptkbp:operated_by |
gptkb:NASA
|
| gptkbp:operational_by |
gptkb:NASA
|
| gptkbp:operational_cost |
competitive with other spacecraft
aims to reduce operational costs for space missions Lower than traditional methods |
| gptkbp:operational_since |
gptkb:2023
|
| gptkbp:operational_status |
In development
in development |
| gptkbp:operational_use |
gptkb:ground
gptkb:International_Space_Station 15 years up to 10 years ground support equipment low Earth orbit Lunar missions provides operational support for ISS |
| gptkbp:operations |
capable
|
| gptkbp:orbit_type |
Low Earth Orbit
low Earth orbit |
| gptkbp:orbital_altitude |
capable of orbital maneuvers
|
| gptkbp:origin |
Space Shuttle heritage
inspired by Space Shuttle Inspired by Space Shuttle derived from Space Shuttle technology inspired by space shuttle design |
| gptkbp:part_of |
gptkb:NASA's_Artemis_program
gptkb:NASA's_Commercial_Crew_Program |
| gptkbp:partnerships |
gptkb:European_Space_Agency
gptkb:Lockheed_Martin gptkb:Northrop_Grumman gptkb:United_Nations gptkb:United_Launch_Alliance gptkb:United_Nations_Office_for_Outer_Space_Affairs gptkb:NASA Various aerospace companies international space agencies collaboration with universities NASA, ESA Collaborations with other companies collaborations with private sector multiple aerospace companies NASA, ESA, and other space agencies NASA and other international space agencies NASA, ESA, and private sector NASA, ESA, private sector various aerospace partnerships |
| gptkbp:payload_bay |
pressurized and unpressurized sections
|
| gptkbp:payload_bay_volume |
30 cubic meters
|
| gptkbp:payload_capacity |
gptkb:scientific_experiments
gptkb:power_adapter 5 meters yes modular design 5,500 kg Modular design interchangeable science experiments modular payload system up to 3,000 kg to ISS up to 5,500 kg Up to 1,500 kg Flexible payload options scientific experiments, supplies, equipment Up to 3,000 kg to ISS up to 3,000 kg to lunar surface scientific instruments, supplies, experiments |
| gptkbp:power_source |
Solar panels
solar panels |
| gptkbp:primary_mission |
gptkb:Moon
gptkb:scientific_research International Space Station resupply satellite deployment resupply missions to the ISS ISS resupply resupply the International Space Station Lunar Gateway resupply |
| gptkbp:production_location |
gptkb:Louisville,_Colorado
Sierra Nevada Corporation facilities |
| gptkbp:production_status |
active
in production In development in development |
| gptkbp:project |
gptkb:advanced_propulsion_systems
2025 upgraded systems incorporates advanced technologies autonomous landing systems enhanced lunar capabilities 2025 for full operational capability incorporating future space technologies initial development started in 2006 potential for advanced propulsion systems Incorporating advanced materials |
| gptkbp:projected_end_of_service |
2030s
|
| gptkbp:propulsion |
liquid rocket engines
|
| gptkbp:public_interest |
gptkb:High
high high public interest high interest from space enthusiasts high due to space exploration high public interest in commercial spaceflight high due to lunar missions high interest from commercial sector High interest in commercial spaceflight |
| gptkbp:purpose |
cargo transport
crew transportation Cargo resupply missions resupply missions |
| gptkbp:recovery_method |
aircraft landing
Landing on runway land recovery ground recovery land on runway after re-entry |
| gptkbp:regulatory_compliance |
In progress
requires FAA approval |
| gptkbp:released |
2024
2025 |
| gptkbp:replaces |
gptkb:spacecraft
|
| gptkbp:research |
microgravity experiments
|
| gptkbp:research_opportunities |
for scientific experiments
offers research opportunities for scientists supports scientific experiments |
| gptkbp:safety_features |
gptkb:parachute
redundant systems multiple redundant systems multiple redundancy systems Parachute system autonomous landing system |
| gptkbp:safety_measures |
in progress
meets NASA safety standards NASA safety standards extensive safety testing conducted Rigorous safety testing conducted undergoes rigorous safety testing |
| gptkbp:safety_record |
high reliability
High safety standards high safety standards designed with high safety standards high standards maintained designed with multiple redundancies |
| gptkbp:scientific_instruments |
various scientific payloads
|
| gptkbp:speed |
28,000 km/h
controlled reentry up to 28,000 km/h shallow reentry |
| gptkbp:squadrons |
commercial spacecraft fleet
Sierra Nevada's space vehicles |
| gptkbp:status |
In development
|
| gptkbp:supply_chain |
Robust supply chain management
utilizes local supply chains |
| gptkbp:support |
gptkb:NASA_Artemis_program
ISS resupply missions growing interest in space travel |
| gptkbp:supports |
gptkb:scientific_research
custom ground support systems |
| gptkbp:sustainability |
Reusable spacecraft
designed for minimal environmental impact designed for multiple flights environmentally friendly materials Reusable design designed for long-term missions |
| gptkbp:sustainability_efforts |
aligns with sustainability goals
aims for sustainable space operations aligned with NASA's objectives |
| gptkbp:sustainability_features |
solar panels
green propellant technology |
| gptkbp:target_market |
NASA, commercial partners
|
| gptkbp:training |
astronaut training programs
|
| gptkbp:training_programs |
dedicated training facilities
|
| gptkbp:transportation |
satellites
|
| gptkbp:type |
gptkb:spacecraft
gptkb:monoplane |
| gptkbp:upgrades |
gptkb:Yes
planned upgrades for technology Planned enhancements planned for enhanced capabilities |
| gptkbp:user |
gptkb:NASA
commercial customers |
| gptkbp:user_feedback |
Positive feedback from stakeholders
|
| gptkbp:uses |
liquid rocket engines
runway landings |
| gptkbp:was_a_demonstration_of |
gptkb:Yes
gptkb:true yes demonstrates new technologies new space technologies |
| gptkbp:weight |
approximately 10,000 kg
approximately 3,000 kg approximately 2,500 kg |
| gptkbp:wingspan |
8.5 meters
7.3 m 22.5 meters 7.3 meters 27.4 meters |
| gptkbp:bfsParent |
gptkb:Sierra_Nevada_Corporation
gptkb:Sierra_Space |
| gptkbp:bfsLayer |
4
|