Spacecraft in a sentence
Synonym: space vehicle, shuttle.
Meaning: A vehicle designed for travel or operation in outer space.
Spacecraft sentence for class 2
- The spacecraft flew high above the clouds.
- A colorful spacecraft landed on the moon.
- The astronauts waved from their spacecraft.
- My favorite toy is a small spacecraft.
- The spacecraft zoomed past the stars.
- We learned about how a spacecraft works in class.
- The big spacecraft carried many astronauts.
- I want to be an astronaut and fly a spacecraft.
- The spacecraft took pictures of Earth from space.
- In the movie, the spacecraft traveled to another galaxy.
- The spacecraft was shiny and bright in the sunlight.
- She drew a picture of a spacecraft with her crayons.
- The spacecraft had a rocket to help it fly.
- Our teacher showed us a video of a spacecraft launch.
- The tiny spacecraft explored the surface of Mars.
- I read a book about a brave spacecraft and its crew.
- The spacecraft spun around as it entered orbit.
- The children built a model of a spacecraft in art class.
- A spacecraft can travel very fast through space.
- The spacecraft's lights twinkled like stars.
- The scientists designed a new spacecraft for their mission.
- My dream is to see a real spacecraft someday.
- The spacecraft carried supplies to the space station.
- We watched the spacecraft blast off into the sky.
- The colorful spacecraft was part of a fun game.
- The spacecraft glided silently through the darkness of space.
- I imagined being the pilot of a powerful spacecraft.
- The spacecraft sent back messages to Earth.
- The kids pretended their cardboard box was a spacecraft.
- The spacecraft landed safely back on Earth after its journey.
Spacecraft sentence for class 3
- The spacecraft zoomed through the stars.
- We learned about how a spacecraft is built.
- The astronaut waved from the spacecraft.
- A spacecraft can travel to the moon.
- The colorful spacecraft looked amazing in the sky.
- My favorite movie has a cool spacecraft in it.
- Scientists study how a spacecraft works.
- The spacecraft landed gently on the planet.
- We drew pictures of a spacecraft in art class.
- The spacecraft carried many important tools.
- A spacecraft can explore distant planets.
- The spacecraft had big solar panels on it.
- My dream is to fly in a spacecraft one day.
- The spacecraft took off with a loud roar.
- We watched a documentary about a famous spacecraft.
- The spacecraft sent back pictures of Mars.
- A spacecraft can go faster than a car.
- The astronauts trained to live in a spacecraft.
- The spacecraft was filled with exciting gadgets.
- We imagined what it would be like inside a spacecraft.
- The spacecraft traveled beyond our solar system.
- The bright lights on the spacecraft twinkled.
- The spacecraft floated silently in space.
- A spacecraft needs fuel to reach the stars.
- The spacecraft brought back samples from the moon.
- We learned about the different types of spacecraft.
- The spacecraft had a special shield to protect it.
- I saw a model of a spacecraft at the museum.
- The spacecraft's journey lasted many months.
- The team celebrated the successful launch of the spacecraft.
Spacecraft simple sentence
- The spacecraft launched successfully into orbit.
- She learned about different types of spacecraft in science class.
- The spacecraft collected data from the planet.
- He dreamed of being an astronaut in a spacecraft.
- The spacecraft was equipped with advanced technology.
- They watched the spacecraft land on the moon.
- The spacecraft traveled millions of miles in space.
- She was excited to see the spacecraft launch.
- The spacecraft had a special design for aerodynamics.
- He read about the history of famous spacecraft.
- The spacecraft communicated with mission control.
- They studied the spacecraft's journey through the stars.
- She admired the beauty of the spacecraft in the photos.
- The spacecraft was part of an important mission.
- He learned how to operate a spacecraft simulator.
- The spacecraft's mission was to explore Mars.
- They watched a documentary about the spacecraft's adventures.
- She imagined traveling in a spacecraft to distant galaxies.
- The spacecraft gathered information about asteroids.
- He was fascinated by the design of the spacecraft.
- The spacecraft was built to withstand extreme conditions.
- She followed the news about the spacecraft's discoveries.
- The spacecraft returned safely to Earth after its mission.
- He studied the components of a spacecraft in detail.
- The spacecraft's launch was a historic event.
- She dreamed of designing her own spacecraft one day.
- The spacecraft's journey inspired many young scientists.
- He was amazed by the images sent back from the spacecraft.
- The spacecraft docked with the space station smoothly.
- She felt proud of the advancements in spacecraft technology.
(1) The spacecraft launched airward.
(2) The space shuttle is a spacecraft.
(3) The space vehicle is a spacecraft.
(4) The shuttle is a type of spacecraft.
(5) The spacecraft orbits around the planet.
(6) The space shuttle is a type of spacecraft.
(7) The unmanned spacecraft landed on the moon.
(8) The space shuttle is a reusable spacecraft.
(9) The astronaut would dote on his spacecraft.
(10) The carrier rocket is a type of spacecraft.
Spacecraft sentence
(11) Hoshide's spacecraft is called Crew Dragon.
(12) The Voyager spacecraft was launched in 1977.
(13) The spacecraft is orbiting in a polar orbit.
(14) The spacecraft can hover with its thrusters.
(15) Cosmodromes are launch sites for spacecraft.
(16) The astronaut solely piloted the spacecraft.
(17) The spacecraft is currently orbiting the sun.
(18) The docking of the spacecraft was successful.
(19) The unmanned spacecraft flew away from Earth.
(20) The shuttle was replaced by other spacecraft.
Spacecraft make sentence
(21) An engineer can help design a new spacecraft.
(22) The sun's energy is used to power spacecraft.
(23) The Hyperion spacecraft was launched in 2005.
(24) The spacecraft crash landed on a distant moon.
(25) The spacecraft began to chamber up into orbit.
(26) The astronaut will ascend into the spacecraft.
(27) The spacecraft orbits in a heliocentric orbit.
(28) The Challenger spacecraft exploded in mid-air.
(29) The spacecraft will launch from Cape Canaveral.
(30) The spacecraft is scheduled to launch to Venus.
Sentence of spacecraft
(31) Nuclear energy can be used to power spacecraft.
(32) The astronaut hit the moon with his spacecraft.
(33) The space shuttle is a spacecraft used by NASA.
(34) The astronaut will descend from the spacecraft.
(35) The spacecraft will orbit through the exosphere.
(36) The spacecraft will land into the lunar surface.
(37) The spacecraft lifts off from the space station.
(38) The astronaut was ready to enter the spacecraft.
(39) The toy rocket was a model of a real spacecraft.
(40) The alien's spacecraft was shaped like a saucer.
Spacecraft meaningful sentence
(41) The ion engine is used in spacecraft propulsion.
(42) The spacecraft is orbiting around a distant star.
(43) They piloted the spacecraft to the moon and back.
(44) The Lyra spacecraft was launched by NASA in 2018.
(45) Imagine behind the controls of a NASA spacecraft.
(46) The spacecraft was sent unmanned into deep space.
(47) The astronaut is the sovereign of his spacecraft.
(48) The solar sail is a spacecraft propulsion system.
(49) The space debris can be dangerous for spacecraft.
(50) Rockets are used to launch spacecraft into space.
Spacecraft sentence examples
(51) The combustion of rocket fuel propels spacecraft.
(52) The spacecraft needs to vent fuel before takeoff.
(53) The maiden voyage of the spacecraft was a success.
(54) The astronaut is going in to board the spacecraft.
(55) The spacecraft's speed was reduced by aerobraking.
(56) Vapor can be used to power rockets and spacecraft.
(57) The astronaut was excited to enter the spacecraft.
(58) The space debris posed a danger to the spacecraft.
(59) The hatch on the spacecraft was closed for launch.
(60) The Astra spacecraft was launched by NASA in 1993.
Sentence with spacecraft
(61) The spacecraft will orbit through the thermosphere.
(62) The pilotless spacecraft explored distant galaxies.
(63) Juno is a popular spacecraft that explored Jupiter.
(64) The spacecraft was designed to fly around the moon.
(65) The supercurrent was used to propel the spacecraft.
(66) The spacecraft yawed as it adjusted its trajectory.
(67) The spacecraft began to chamber forward into space.
(68) The astronauts voyaged to the moon on a spacecraft.
(69) The Aquila spacecraft was designed to explore Mars.
(70) The unmanned spacecraft landed on the planet below.
Use spacecraft in a sentence
(71) Ashley the astronaut alliterates in her spacecraft.
(72) Io's surface is constantly monitored by spacecraft.
(73) The spacecraft will orbit through the asteroid belt.
(74) The unmanned spacecraft successfully landed on Mars.
(75) The spacecraft was left unmanned during the mission.
(76) The astronaut entered the shaft from the spacecraft.
(77) The astronaut has sovereignty over their spacecraft.
(78) The astronaut will dispatch the spacecraft to space.
(79) The rocket burner was used to launch the spacecraft.
(80) The liftoff of the spacecraft was captured on camera.
Sentence using spacecraft
(81) The Magellan spacecraft was launched by NASA in 1989.
(82) The mission to Mars will require a manned spacecraft.
(83) NASA has sent spacecraft to study asteroids up close.
(84) The pilotless spacecraft successfully landed on Mars.
(85) The spacecraft will face intense heat nearperihelion.
(86) The spacecraft traveled unmanned through outer space.
(87) The astronaut avulsed the tether from the spacecraft.
(88) The spacecraft's orbit was changed using aerobraking.
(89) The astrogator plotted the course for the spacecraft.
(90) Athodyds are used in experimental spacecraft as well.
Spacecraft example sentence
(91) The spacecraft's heat shield ablated during re-entry.
(92) Jupiter's moons have been studied by many spacecraft.
(93) The interstellar dust can cause damage to spacecraft.
(94) Mars has been explored by many spacecraft and rovers.
(95) The astronauts prepared to go onboard the spacecraft.
(96) The astronaut had to manage the spacecraft from afar.
(97) The alien spacecraft hovered silently above the city.
(98) The astronaut orbited aroundtheworld in a spacecraft.
(99) The Hyperion spacecraft provided unprecedented views.
(100) The crew readied the spacecraft for the space mission.
Sentence with word spacecraft
(101) The spacecraft will orbit through the Lagrange points.
(102) The Apollo spacecraft successfully landed on the moon.
(103) The spacecraft is orbiting in a sun-synchronous orbit.
(104) The ballutes were deflated once the spacecraft landed.
(105) The spacecraft retrograded back to Earth's atmosphere.
(106) Astrogators are responsible for navigating spacecraft.
(107) The astronaut aviates the spacecraft towards the moon.
(108) The Cassini spacecraft orbited through Saturn's rings.
(109) The spacecraft is a vessel that travels through space.
(110) Plasma is used in rocket engines to propel spacecraft.
Sentence of spacecraft
(111) Hydrogen is used as a fuel for rockets and spacecraft.
(112) The spacecraft was a vessel for exploring the unknown.
(113) The spacecraft descended towards the planet's surface.
(114) The astronaut opened the hatch to exit the spacecraft.
(115) The spacecraft's launch was aborted at the last minute.
(116) The spacecraft will launch from a well-known spaceport.
(117) The spacecraft will launch from a commercial spaceport.
(118) The liftoff of the spacecraft was a breathtaking sight.
(119) The astronaut moved weightlessly inside the spacecraft.
(120) The spacecraft is set to launch on its mission to Mars.
Spacecraft used in a sentence
(121) Some believe that UFOs are extraterrestrial spacecraft.
(122) The spacecraft will transmit back images of the planet.
(123) Hydrogen is used to power rockets and other spacecraft.
(124) The spacecraft will launch into orbit around the Earth.
(125) The alien's spacecraft emitted a strange humming noise.
(126) The astronaut was excited to be onboard the spacecraft.
(127) The air lock prevents air from escaping the spacecraft.
(128) Juno is a type of spacecraft used for space exploration.
(129) The command module is the central hub of the spacecraft.
(130) The spacecraft soared as it blasted into the atmosphere.
Spacecraft sentence in English
(131) The spacecraft's propulsion system relies on solid fuel.
(132) The astronauts will ride across space in the spacecraft.
(133) The alien spacecraft would growl above the city skyline.
(134) The astronaut saw the earth pass outside the spacecraft.
(135) The retrorocket fired, slowing the spacecraft's descent.
(136) The main engine of the spacecraft failed during liftoff.
(137) The space shuttle is a spacecraft that travels to space.
(138) Io's surface is constantly being explored by spacecraft.
(139) The astronaut prepared to launch onboard the spacecraft.
(140) The astronaut took a giant stride out of the spacecraft.
(141) The astronaut will plunge back to Earth in a spacecraft.
(142) The air lock is an essential component of any spacecraft.
(143) The payload of the rocket launch was a crewed spacecraft.
(144) The spacecraft is expected to land in the next few hours.
(145) Plasmas are used in the propulsion systems of spacecraft.
(146) The apogean orbit of the spacecraft is highly elliptical.
(147) Ablators are materials that protect spacecraft from heat.
(148) The spacecraft will enter orbit around Mars in two weeks.
(149) The Altair spacecraft was designed for lunar exploration.
(150) The spacecraft will orbit onto the dark side of the moon.
(151) The astronaut projected the trajectory of the spacecraft.
(152) The astronauts were excited to be onboard the spacecraft.
(153) The astronaut landed the spacecraft directly on the moon.
(154) The space shuttle was a reusable spacecraft used by NASA.
(155) Io's surface is constantly being monitored by spacecraft.
(156) The astronauts prepared to launch onboard the spacecraft.
(157) Electrons can be used as an energy source for spacecraft.
(158) Fuel efficiency is crucial for interplanetary spacecraft.
(159) The air lock is an essential component of the spacecraft.
(160) The spacecraft had to land off the intended landing zone.
(161) The spacecraft will launch from a custom-built launch pad.
(162) The spacecraft is currently in a stable orbit around Mars.
(163) The oxygen generator was used to oxygenise the spacecraft.
(164) The astronaut hesitates to float down from the spacecraft.
(165) The spacecraft was left unmanned during the lunar landing.
(166) The spacecraft began to chamber up onto the space station.
(167) Ballutes are used to stabilize spacecraft during re-entry.
(168) The astronaut felt a redout as the spacecraft accelerated.
(169) The spacecraft reached its apoapses and began its descent.
(170) We're still waiting for a signal back from the spacecraft.
(171) The spacecraft's telemeter transmitted data back to Earth.
(172) The spacecraft will descend near the landing site on Mars.
(173) The shuttle is a type of spacecraft that travels to space.
(174) The astronaut has the authority to operate the spacecraft.
(175) The spacecraft launch was delayed due to technical issues.
(176) The astronaut was floating weightlessly in the spacecraft.
(177) The astronauts boarded the spacecraft on the launching pad.
(178) The shuttle on the poster depicted a futuristic spacecraft.
(179) The solar flare disrupted the operation of some spacecraft.
(180) The liftoff of the spacecraft was a remarkable achievement.
(181) The Procyon spacecraft is powered by advanced solar panels.
(182) The spacecraft was built using titanium for its durability.
(183) The Apollo spacecraft was launched using a Saturn V rocket.
(184) The spacecraft MESSENGER orbited Mercury for several years.
(185) The orbiter is a spacecraft designed for space exploration.
(186) The spacecraft will pass nearperihelion during its mission.
(187) The astronauts landed on the moon by means of a spacecraft.
(188) The spacecraft had to abort beneath the Earth's atmosphere.
(189) The unmanned spacecraft successfully completed its mission.
(190) The spacecraft began to chamber up from Earth's atmosphere.
(191) Orbiters are spacecraft designed to orbit planets or moons.
(192) The spacecraft's engines were fired to adjust its apoapses.
(193) The spacecraft's trajectory was plotted using its apoapses.
(194) The spacecraft's trajectory was adjusted using aerobraking.
(195) The spacecraft's aerobrakes were made of durable materials.
(196) The spacecraft's ablators were replaced after each mission.
(197) The astrogator used a computer to astrogate the spacecraft.
(198) The centrifugally propelled spacecraft accelerated rapidly.
(199) The mascon affects the orbit of spacecraft around the moon.
(200) The spacewalk is when astronauts go outside the spacecraft.
(201) The space shuttle was a spacecraft used to travel to space.
(202) The astronauts trained for the operation of the spacecraft.
(203) The astronaut conducted experiments onboard the spacecraft.
(204) The alien's spacecraft was equipped with advanced weaponry.
(205) The spacecraft sent a probe to explore the surface of Mars.
(206) The spacecraft orbited the planet to gather scientific data.
(207) The Orion spacecraft is designed for deep space exploration.
(208) The astronauts must armor up before entering the spacecraft.
(209) The spacecraft's solid fuel boosters separated after launch.
(210) The nosecone of the spacecraft was jettisoned after reentry.
(211) We all cheered over the successful launch of the spacecraft.
(212) The spacecraft continued to travel forward towards the moon.
(213) The astronaut was orbing around the Earth in his spacecraft.
(214) The astronaut had to ascend a ladder to exit the spacecraft.
(215) The spacecraft's instruments were tested during aerobraking.
(216) The spacecraft's aerobraking was a risky but necessary step.
(217) The astrogators calculated the trajectory of the spacecraft.
(218) The alines' spacecraft was unlike anything we had ever seen.
(219) The inboard computer system of the spacecraft malfunctioned.
(220) The spacecraft's trajectory was affected by inertial forces.
(221) The forebody of the spacecraft was fitted with solar panels.
(222) The deflagrating rocket propelled the spacecraft into orbit.
(223) The space exhibit had a replica of the Apollo 11 spacecraft.
(224) Alloys can be used in space exploration, like in spacecraft.
(225) The solar sail uses the sun's energy to propel a spacecraft.
(226) Io's surface is constantly being photographed by spacecraft.
(227) The sun's energy is used to power satellites and spacecraft.
(228) The combustion of rocket fuel propels spacecraft into orbit.
(229) The engineer used foil for reflecting heat in the spacecraft.
(230) The mission was aborted due to a fuel leak in the spacecraft.
(231) The spacecraft orbited the planet to capture detailed images.
(232) The exosphere is where satellites and other spacecraft orbit.
(233) The modules in this spacecraft are crucial for its operation.
(234) The spacecraft will land in an unexplored region of the moon.
(235) The command module is an essential component of a spacecraft.
(236) The impact of micrometeoroids can cause damage to spacecraft.
(237) The heat plasma was used to propel the spacecraft into orbit.
(238) Aerospace engineers design and build aircraft and spacecraft.
(239) The spacecraft's main function is to transmit telemetry data.
(240) The cosmonauts conducted experiments on board the spacecraft.
(241) The spacecraft was designed to hover by the planet's surface.
(242) The spacecraft was designed to operate autonomously in space.
(243) The astronauts docked their spacecraft at the space platform.
(244) The astronaut had to ascend a ladder to enter the spacecraft.
(245) The spacecraft's heat shield protected it during aerobraking.
(246) The spacecraft's aerobraking was a risky but calculated move.
(247) The archfoe of the astronaut was a malfunctioning spacecraft.
(248) The spacecraft will go through Saturn's rings to gather data.
(249) The spacecraft is currently downlinking images of the planet.
(250) The Xe ion thruster is used in spacecraft propulsion systems.
(251) The Ulysses spacecraft was launched in 1990 to study the sun.
(252) The magnetospheric environment is hostile to most spacecraft.
(253) The spacecraft will launch beneath the watchful eyes of NASA.
(254) The unmanned spacecraft was sent ahead to explore the planet.
(255) The astronauts live in a spacecraft when they go to the moon.
(256) The astronaut will lead the spacewalk outside the spacecraft.
(257) The astronaut will operate the spacecraft to travel to space.
(258) The space debris orbiting Earth poses a danger to spacecraft.
(259) The astronaut had to escape from a malfunctioning spacecraft.
(260) The first spacecraft to visit Europa was the Galileo mission.
(261) The aero-spacecraft traveled to the edge of the solar system.
(262) The air lock is a crucial element of the spacecraft's design.
(263) The hull of the spacecraft was made of lightweight materials.
(264) The astronaut's spacecraft blasted off to get off the ground.
(265) The spacecraft ventured into the unknown depths of deep space.
(266) The spacecraft will launch from a specially designed platform.
(267) The unmanned spacecraft conducted experiments in zero gravity.
(268) The spacecraft had to abort its mission due to engine failure.
(269) The spacecraft was manned by a team of experienced astronauts.
(270) The spacecraft's trajectory allowed it to fly around the moon.
(271) The spacecraft's crew was in awe as they flew around the moon.
(272) The spacecraft's technology enabled it to fly around the moon.
(273) The spacecraft will hover at the space station before docking.
(274) The astronaut had to ascend the ladder to exit the spacecraft.
(275) The spacecraft's apoapses were used to calculate its velocity.
(276) The spacecraft successfully aerobraked to slow down its speed.
(277) The spacecraft's aerobraking was a complex but necessary step.
(278) The Asteria asteroid belt is a dangerous place for spacecraft.
(279) The Galactica spacecraft is equipped with advanced technology.
(280) NASAf has sent numerous spacecraft and rovers to explore Mars.
(281) The astronaut felt the spacecraft librate as it entered orbit.
(282) The Draco spacecraft is designed for small satellite launches.
(283) The astronaut unveiled a new spacecraft for space exploration.
(284) The space junkyard is a place where old spacecraft are stored.
(285) Solar sails use the pressure of sunlight to propel spacecraft.
(286) Io's surface is constantly monitored by spacecraft from Earth.
(287) Aeronautics has also helped us develop rockets and spacecraft.
(288) Aeronautics engineers design and test aircraft and spacecraft.
(289) The mode of transportation for the astronauts is a spacecraft.
(290) The cinder in the rocket engine was propelling the spacecraft.
(291) The Mars Odyssey spacecraft has been orbiting Mars since 2001.
(292) The astronaut had to ascertain the position of the spacecraft.
(293) The rocket ignites and propels the spacecraft into outer space.
(294) Micrometeoroids can cause damage to spacecraft during re-entry.
(295) The impact of the collision created a crater in the spacecraft.
(296) The rocket engine ignited and propelled the spacecraft upwards.
(297) The progress of a spacecraft was charted using trajectory maps.
(298) The spacecraft will launch beside the others in the space race.
(299) Micrometeoroids can cause damage to solar panels on spacecraft.
(300) The astronauts had to armour up before entering the spacecraft.
(301) The nosecone of the spacecraft was equipped with a heat shield.
(302) The mission to Mars ran awry when the spacecraft malfunctioned.
(303) The moon's gravity caused the spacecraft to accelerate forward.
(304) The retrorocket malfunctioned, causing the spacecraft to crash.
(305) The suborbital spacecraft was designed for scientific research.
(306) The astronaut had to ascend the ladder to enter the spacecraft.
(307) The rocket blasted aloft, propelling the spacecraft into orbit.
(308) Aerospace engineers design and develop aircraft and spacecraft.
(309) The spacecraft was programmed to operate autonomously in space.
(310) The astrogators were able to communicate with other spacecraft.
(311) The airburst of the rocket propelled the spacecraft into orbit.
(312) The astronaut uncouples the spacecraft from the rocket booster.
(313) The astronaut had to escape from the malfunctioning spacecraft.
(314) Aerospace engineering is the study of airplanes and spacecraft.
(315) The carrier rocket is used to launch satellites and spacecraft.
(316) The spacecraft overshot Mars and had to correct its trajectory.
(317) The ignition of the rocket propelled the spacecraft into orbit.
(318) The launching pad provided a stable platform for the spacecraft.
(319) The spacecraft will orbit through the Van Allen radiation belts.
(320) The spacecraft's trajectory took it through the perigee of Mars.
(321) NASA's Voyager spacecraft have ventured beyond our solar system.
(322) NASA's engineers design cutting-edge spacecraft and instruments.
(323) The orbital module of the spacecraft is detached before reentry.
(324) The astronaut reascended the ladder to return to the spacecraft.
(325) The rocket will ignite off and propel the spacecraft into orbit.
(326) The spacecraft yawed during reentry into the Earth's atmosphere.
(327) Areocentric coordinates are used to navigate Martian spacecraft.
(328) The spacecraft was designed to be autonomous during its mission.
(329) The spacecraft continued its mission unmanned despite the risks.
(330) The engineries of the spacecraft were designed for space travel.
(331) Venera 7 was the first spacecraft to successfully land on Venus.
(332) Venera 14 was the last spacecraft to successfully land on Venus.
(333) The command module was the central hub of the Apollo spacecraft.
(334) The astronaut can rend through the atmosphere with a spacecraft.
(335) The astronaut will expose the spacecraft to the vacuum of space.
(336) The spacewalk is when astronauts repair the spacecraft in space.
(337) The control room is where the astronauts control the spacecraft.
(338) The alien's spacecraft was cloaked in a mysterious energy field.
(339) The astronaut was ready to enter the spacecraft for the mission.
(340) The astronaut used a tether to stay connected to the spacecraft.
(341) The explosion of the rocket propelled the spacecraft into orbit.
(342) The astronaut climbed through the hatch to enter the spacecraft.
(343) The spacecraft requires a lot of fuel to escape Earth's gravity.
(344) The astronaut detached from the spacecraft and floated in space.
(345) The electrodynamic plasma thruster is used to propel spacecraft.
(346) The astronaut fastens his helmet before entering the spacecraft.
(347) The spacecraft's sensors detected unusual activity in deep space.
(348) The spacecraft is currently in a prograde orbit around the Earth.
(349) The successful launch of the spacecraft was an accomplished fact.
(350) The prototypic spacecraft was designed for interplanetary travel.
(351) The Mariner 10 spacecraft was the first to visit Mercury in 1974.
(352) The rocket launch caused the spacecraft to shoot up into the sky.
(353) The spacecraft can fuel with either liquid hydrogen or hydrazine.
(354) The spacecraft gained momentum as it blasted into the atmosphere.
(355) The spacecraft will pass through the sun's corona nearperihelion.
(356) The Galileo spacecraft allowed us to look around Saturn up close.
(357) Spacewalking allows astronauts to repair and maintain spacecraft.
(358) The spacecraft was left unmanned during the satellite deployment.
(359) The spacecraft carried multiple payloads for scientific research.
(360) The spacecraft is scheduled to come up to Saturn in a few months.
(361) The rocket engines roared, blasting the spacecraft into oblivion.
(362) The astronauts hoisted up to the spacecraft to travel into space.
(363) The spacecraft approached forward the moon with increasing speed.
(364) The spacecraft's retropulsion engines slowed it down for landing.
(365) With a roar, the rocketeer's spacecraft blasted off into the sky.
(366) The rocketeers successfully launched their spacecraft into orbit.
(367) The spacecraft made a successful splashdown in the Pacific Ocean.
(368) The spacecraft's ablators were made of a special type of ceramic.
(369) The spacecraft will enter orbit around Saturn to study its rings.
(370) The rocket launch failed and the spacecraft exploded into pieces.
(371) The astronaut chambered down through the hatch of the spacecraft.
(372) The stars were be out of reach beyond the astronaut's spacecraft.
(373) The ballute is designed to provide a soft landing for spacecraft.
(374) The Vega spacecraft was launched in 1984 to study Halley's Comet.
(375) The spacecraft will begin its deorbiting sequence in a few hours.
(376) The astronaut waved to the camera before entering the spacecraft.
(377) The aerospace sector designs and builds airplanes and spacecraft.
(378) The astronaut had to back up the spacecraft to avoid a collision.
(379) The astronauts traveled through a tunnel to board the spacecraft.
(380) The astronaut conducted a series of tests onboard the spacecraft.
(381) The element beryllium is used in nuclear reactors and spacecraft.
(382) The alien's spacecraft was powered by a mysterious energy source.
(383) The operation of the spacecraft was monitored by the ground crew.
(384) The sun's energy is also used to power satellites and spacecraft.
(385) The astronaut had to climb up the ladder to board the spacecraft.
(386) The fairing on the spacecraft was jettisoned after reaching orbit.
(387) The spacecraft successfully passed through the perigee of Jupiter.
(388) The stable control of the spacecraft ensured a successful mission.
(389) The mission commences with the astronauts boarding the spacecraft.
(390) The landing gear of the spacecraft deployed smoothly upon reentry.
(391) The marooned astronaut awaited rescue from his damaged spacecraft.
(392) The astronaut had to recur down the ladder to exit the spacecraft.
(393) Going through Saturn would require advanced spacecraft technology.
(394) The rocket booster ignited and jetted up from the main spacecraft.
(395) The alien spacecraft zoomed past, rattling up and down the galaxy.
(396) Rocket science involves the design and construction of spacecraft.
(397) The spacewalkers were relieved to return safely to the spacecraft.
(398) The astronaut had to ascend the ladder to get into the spacecraft.
(399) The AC generator is used in space exploration to power spacecraft.
(400) Argons are used in the production of ion thrusters for spacecraft.
(401) Astrogate is the process of navigating a spacecraft through space.
(402) Astrogating involves calculating the trajectory of the spacecraft.
(403) The spacecraft was able to avoid collisions thanks to astrogating.
(404) The spacecraft was unmanned against the harsh conditions of space.
(405) The spacecraft will launch from under the dome of the launch site.
(406) The astronaut had to pole down to land the spacecraft on the moon.
(407) The spacecraft will blast into the atmosphere and orbit the Earth.
(408) Aerogels are often used as insulation in spacecraft and buildings.
(409) The rocket fuel combusted and propelled the spacecraft into orbit.
(410) The spacecraft will deorbit and land on a designated landing site.
(411) The spacecraft Juno was launched by NASA in 2011 to study Jupiter.
(412) The astronaut was adrift in space, untethered from the spacecraft.
(413) The rocket engine deflagrates to propel the spacecraft into orbit.
(414) The space station has a docking port for spacecraft to connect to.
(415) The astronaut was tethered to the spacecraft during the spacewalk.
(416) The cinder in the rocket engine was used to propel the spacecraft.
(417) The astronaut will operate the spacecraft to explore the universe.
(418) The spacecraft traveled over 500 million kilometers to reach Mars.
(419) The astronaut used a simulator to practice docking the spacecraft.
(420) The detonation of the rocket propelled the spacecraft into orbit.
(421) The spacecraft's autopilot was essential for long-distance travel.
(422) The astronaut had to ascend up the ladder to enter the spacecraft.
(423) The astronaut put on his space helm before exiting the spacecraft.
(424) Galilean satellites have been imaged in great detail by spacecraft.
(425) The spacecraft's automatic pilot took over control during re-entry.
(426) The Voyager 2 spacecraft is the only probe to have visited Neptune.
(427) Fuel cells are being used in space exploration to power spacecraft.
(428) Rocket propulsion allows spacecraft to travel at incredible speeds.
(429) The homing device on the spacecraft ensured a safe return to Earth.
(430) The spacecraft's autopilot guided it safely through the atmosphere.
(431) The payload of the spacecraft included supplies for the astronauts.
(432) Jupiter's gravity can slingshot spacecraft to increase their speed.
(433) The spacecraft jettisoned its booster rockets after reaching orbit.
(434) Micrometeoroids can cause damage to the outer layers of spacecraft.
(435) The heat shield on the spacecraft reflects heat out of the vehicle.
(436) The unmanned spacecraft slowly drifted away from the space station.
(437) An aerospace engineer designs and develops aircraft and spacecraft.
(438) Space walks are essential for repairing and maintaining spacecraft.
(439) The astronauts debarked the spacecraft and floated in zero gravity.
(440) The spacecraft hurtled forward towards the moon at breakneck speed.
(441) The spacecraft will be able to navigate autonomously through space.
(442) Space walks are necessary for repairing and maintaining spacecraft.
(443) Skylab was the largest manned spacecraft ever launched at the time.
(444) The spacecraft's instruments measured the distance to its apoapses.
(445) The ablators on the spacecraft were inspected by a team of experts.
(446) The astrogators were able to calculate the speed of the spacecraft.
(447) The unmanned spacecraft traveled through the vast expanse of space.
(448) The spacecraft was able to port through to the planet's atmosphere.
(449) Dihydrogen is also used as a fuel for rockets and other spacecraft.
(450) The downlink system was tested before the launch of the spacecraft.
(451) Cosmic-rays can cause damage to electronic equipment on spacecraft.
(452) The astronauts will parade out of the spacecraft after the mission.
(453) The astronaut had to bring down the spacecraft to land on the moon.
(454) The astronaut separated from the spacecraft to perform a spacewalk.
(455) The spacecraft will launch from the launch pad at the space center.
(456) The moon's gravity affects the way spacecraft travel through space.
(457) The control room was where the astronauts monitored the spacecraft.
(458) The astronaut swallowed the capsule before entering the spacecraft.
(459) The spacecraft had a laboratory onboard for conducting experiments.
(460) The principles of aeronautics are used in the design of spacecraft.
(461) The astronaut was tethered to the spacecraft, and floated in space.
(462) The engineer designed a spheroid spacecraft for interstellar travel.
(463) The Procyon spacecraft is equipped with advanced imaging technology.
(464) The inert atmosphere inside the spacecraft protected the astronauts.
(465) The spacecraft's propulsion allowed it to travel to distant planets.
(466) The spacecraft will face challenges in communication nearperihelion.
(467) The rocket engine deflagrates, propelling the spacecraft into space.
(468) The spacecraft continued forward on its trajectory towards the moon.
(469) The spacecraft's trajectory needed to yaw left to avoid an obstacle.
(470) The ballutes were a critical part of the spacecraft's safety system.
(471) The re-entry burn was initiated to slow down the spacecraft's speed.
(472) The spacewalkers carefully inspected the exterior of the spacecraft.
(473) The astronauts had to evacuate the spacecraft when it depressurised.
(474) The astronaut felt weightless as he floated aloft in the spacecraft.
(475) The astrogator used advanced technology to astrogate the spacecraft.
(476) The spacecraft will go along with Saturn's orbit to study its rings.
(477) The spacecraft was unable to get out of Saturn's gravitational pull.
(478) The alien spacecraft seemed to bolt out of the Milky Way in a flash.
(479) The spacecraft crashlanded on the moon, causing a massive explosion.
(480) The booster rocket successfully propelled the spacecraft into orbit.
(481) The spacecraft's heat shield was designed to ablate during re-entry.
(482) The spacecraft's communication system was strongest at the apoapsis.
(483) The apsides of a spacecraft's orbit can be adjusted using thrusters.
(484) The rocket propelled the spacecraft down to the surface of the moon.
(485) The astronaut had to run beneath the rocket to board the spacecraft.
(486) The orbit of a spacecraft can be affected by the Earth's atmosphere.
(487) The solar sail is a spacecraft propulsion system that uses sunlight.
(488) The spacecraft will launch on a mission to explore a distant planet.
(489) The interstellar medium is a challenging environment for spacecraft.
(490) The spacecraft had to abort the landing due to unexpected obstacles.
(491) The pistons in the rocket engine propelled the spacecraft into orbit.
(492) The gas jet in the rocket engine propelled the spacecraft into space.
(493) The astronaut navigates the spacecraft through the vastness of space.
(494) The air lock is a vital part of the spacecraft's life support system.
(495) The field of astronautics involves designing and building spacecraft.
(496) The orbital velocity of a spacecraft can be adjusted using thrusters.
(497) The spacecraft's engines were powerful enough to fly around the moon.
(498) The unmanned spacecraft floated aimlessly amid the vastness of space.
(499) The lost spaceship was eventually discovered by a passing spacecraft.
(500) Micrometeoroids can cause damage to spacecraft during space missions.
(501) The spacecraft's perigee maneuver allowed it to enter a stable orbit.
(502) The astrogation system on the spacecraft ensures accurate navigation.
(503) The astronaut padded out from the spacecraft and onto the launch pad.
(504) The ballutes were a key component of the spacecraft's landing system.
(505) Bioaeronautics has the potential to improve the design of spacecraft.
(506) The spacecraft's re-entry into the Earth's atmosphere was successful.
(507) The spacecraft's aerobraking was a testament to the team's hard work.
(508) The spacecraft's aerobraking was a testament to the team's expertise.
(509) The ablators on the spacecraft were tested extensively before launch.
(510) The spacecraft's ablators were carefully chosen for their durability.
(511) The astrogators were constantly monitoring the spacecraft's position.
(512) The astronaut was marooned following a malfunction in the spacecraft.
(513) The astronaut programmed the spacecraft to set a course for the moon.
(514) The astronauts were marooned by means of a malfunctioning spacecraft.
(515) The spacecraft bolted out of the solar system at an incredible speed.
(516) The presence of circumstellar debris can pose a hazard to spacecraft.
(517) The polar distance of a spacecraft is the distance between its poles.
(518) The astronaut was intelligent and knew how to operate the spacecraft.
(519) The astronaut had to vent the airlock before entering the spacecraft.
(520) The doom of the mission was sealed when the spacecraft malfunctioned.
(521) The scientist collaborated with engineers to design a new spacecraft.
(522) The astronaut will seal up the airlock before exiting the spacecraft.
(523) The astronaut was fastening his helmet before entering the spacecraft.
(524) The astronaut lifted out the scientific equipment from the spacecraft.
(525) The mission was aborted due to a structural failure in the spacecraft.
(526) The spacecraft reached its apogee and began its descent back to Earth.
(527) The heat shield on the spacecraft protects it by reflecting heat away.
(528) The spacecraft's thrusters adjusted its trajectory for a safe landing.
(529) The space program has led to the development of innovative spacecraft.
(530) The solar array on the spacecraft provides energy for all its systems.
(531) The spacecraft's orbit was altered to conduct scientific observations.
(532) The command module is airtight to prevent any leaks in the spacecraft.
(533) The spacecraft will conduct experiments nearperihelion to gather data.
(534) The spacecraft will collect samples of solar particles nearperihelion.
(535) The astronaut hoisted on his spacesuit before entering the spacecraft.
(536) The planetoid's low gravity allows for easy exploration by spacecraft.
(537) The future of spaceflight may involve reusable rockets and spacecraft.
(538) The gyroscope in a spacecraft helps maintain its orientation in space.
(539) The ballutes were deployed automatically by the spacecraft's computer.
(540) Blix is a name that could be used for a space mission or a spacecraft.
(541) Cosmodromes are designed to accommodate different types of spacecraft.
(542) The astronaut floated away but then tethered back onto the spacecraft.
(543) The re-entry module was jettisoned from the spacecraft before landing.
(544) The apogean phase of the spacecraft is when it is farthest from Earth.
(545) The aerobrakes were crucial for slowing down the spacecraft's descent.
(546) Astrogating requires constant monitoring of the spacecraft's position.
(547) The spacecraft will transmit telemetry readings to the ground station.
(548) The astronaut had to navigate aboard the spacecraft to reach the moon.
(549) The astronaut postulated underneath the spacecraft to perform repairs.
(550) Venera 13 was the first spacecraft to analyze soil samples from Venus.
Spacecraft meaning
Spacecraft, a term that refers to any vehicle designed for travel or operation in outer space, is a fascinating concept that has captured the imagination of humans for decades. Whether you are a science enthusiast, a writer, or simply someone looking to expand their vocabulary, incorporating the word "spacecraft" into your sentences can add depth and intrigue to your communication. Here are some tips on how to effectively use this word in a sentence:
1. Define the term: When introducing the word "spacecraft" in a sentence, it is essential to provide a brief definition or context to ensure clarity.
For example, "A spacecraft is a vehicle designed for space exploration and travel."
2. Specify the type of spacecraft: There are various types of spacecraft, such as satellites, space shuttles, and probes. To add specificity to your sentence, mention the particular type of spacecraft you are referring to. For instance, "The Hubble Space Telescope, a remarkable spacecraft, has revolutionized our understanding of the universe."
3. Highlight the purpose or mission: Spacecraft are often built for specific purposes, such as scientific research, satellite deployment, or manned space exploration. Emphasize the purpose or mission of the spacecraft to provide more context.
For example, "The Mars Rover, a robotic spacecraft, was sent to explore the surface of the Red Planet and search for signs of life."
4. Discuss technological advancements: Spacecraft technology has evolved significantly over the years. Incorporate this aspect into your sentence to showcase the progress made in the field. For instance, "The latest generation of spacecraft utilizes advanced propulsion systems, enabling faster and more efficient interplanetary travel."
5. Highlight achievements or milestones: Spacecraft have achieved remarkable milestones throughout history. Incorporate these achievements into your sentence to demonstrate the significance of the word.
For example, "The Apollo 11 spacecraft successfully landed humans on the moon, marking a monumental achievement in space exploration."
6. Compare spacecraft to other modes of transportation: To provide a relatable perspective, compare spacecraft to other modes of transportation. This can help readers or listeners grasp the concept more easily. For instance, "Spacecraft, like airplanes, require careful navigation and precise engineering to ensure safe and successful journeys."
7. Discuss the challenges of spacecraft travel: Spacecraft travel presents unique challenges, such as extreme temperatures, radiation exposure, and the absence of gravity. Mentioning these challenges in your sentence can add depth and realism.
For example, "Astronauts aboard the International Space Station rely on spacecraft to transport essential supplies and overcome the challenges of living in a microgravity environment."
8. Use descriptive language: When incorporating the word "spacecraft" into your sentence, use descriptive language to paint a vivid picture. This can help engage your audience and make your sentence more memorable. For instance, "The sleek and aerodynamic spacecraft gracefully soared through the Earth's atmosphere, ready to embark on its interstellar journey."
9. Connect spacecraft to broader concepts: Spacecraft can be linked to various broader concepts, such as human curiosity, scientific exploration, or the future of space travel. By making these connections, you can add depth and relevance to your sentence.
For example, "Spacecraft symbolize humanity's relentless pursuit of knowledge and our innate desire to explore the unknown."
10. Experiment with different sentence structures: To enhance your writing style, experiment with different sentence structures when using the word "spacecraft." This can help you convey your message more effectively and make your sentences more engaging.
For example, "With its state-of-the-art technology and cutting-edge design, the spacecraft embarked on a daring mission to unlock the secrets of the universe." Incorporating the word "spacecraft" into your sentences can elevate your communication and spark curiosity in your audience. By following these tips, you can effectively use this word to convey your ideas, whether you are discussing space exploration, writing a science fiction story, or simply expanding your vocabulary.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Spacecraft. They do not represent the opinions of TranslateEN.com.