What kind of fuel do space rockets use?
singleAnswer
Kerosene fuel Rocket Propellant-1 RP-1
Rocket propellant RP-1
space rockets fuel kerosene fuel space rockets What kind of fuel do space rockets use?
Rocket propellant Solid-propellant rocket Space Shuttle Solid Rocket Booster Saturn V Liquid-propellant rocket Rocket Space Shuttle external tank Rocket engine Nuclear thermal rocket Liquid rocket propellant
Upper stages, which mostly or only operate in the vacuum of <b>space</b>, tend to use 
the high energy, high performance, low density liquid hydrogen <b>fuel</b>. The <b>Space</b> Shuttle was launched with the help of two solid-<b>fuel</b> boosters known 
as SRBs. A solid-propellant <b>rocket</b> or solid <b>rocket</b> is a <b>rocket</b> with a <b>rocket</b> engine 
that uses solid propellants (<b>fuel</b>/oxidizer). The earliest <b>rockets</b> were solid-<b>fuel</b> 
<b>rockets</b> powered by gunpowder; they&nbsp;... The HPUs and their <b>fuel</b> systems were isolated from each other. Each <b>fuel</b> supply 
module (tank) contained 22 lb (10.0 kg) of hydrazine. The <b>fuel</b> tank was&nbsp;... Between 1960 and 1962, the Marshall <b>Space</b> Flight Center (MSFC) designed a 
series of Saturn <b>rockets</b> that could be used for various Earth orbit or lunar 
missions. A liquid-propellant <b>rocket</b> or liquid <b>rocket</b> utilizes a <b>rocket</b> engine that uses liquid 
propellants. ... The Soviet Union did likewise, and thus began the <b>Space</b> Race. ... 
Bipropellant liquid <b>rockets</b> generally use a liquid <b>fuel</b>, such as liquid hydrogen or
&nbsp;... A <b>rocket</b> (from Italian rocchetto &quot;bobbin&quot;) is a missile, spacecraft, aircraft or other 
vehicle that ... In fact, <b>rockets</b> work more efficiently in <b>space</b> than in an 
atmosphere. ... The stored propellant can be a simple pressurized gas or a single 
liquid <b>fuel</b> that disassociates in the presence of a catalyst (monopropellants), two 
liquids that&nbsp;... Plans for re-use ranged from incorporation into a <b>space</b> station as extra living or 
research <b>space</b>, as <b>rocket fuel</b> tanks for interplanetary missions (e.g. Mars),&nbsp;... A <b>rocket</b> engine uses stored <b>rocket</b> propellants as reaction mass for forming a 
high-speed ... Solid-<b>fuel rockets</b> (or solid-propellant <b>rockets</b> or motors) are 
chemical <b>rockets</b> which use propellant in a solid phase. ... In the Soviet <b>space</b> 
program, combustion instability also proved a problem on some <b>rocket</b> engines, 
including the&nbsp;... A nuclear thermal <b>rocket</b> (NTR) is a type of thermal <b>rocket</b> where the heat from a 
nuclear ... Nuclear power in <b>space</b> applications that have flown include the ... 
Erosion is also a concern, especially the loss of <b>fuel</b> and associated releases of&nbsp;... The highest specific impulse chemical <b>rockets</b> use liquid propellants (liquid-
propellant <b>rockets</b>). ... About 170 different propellants made of liquid <b>fuel</b> have 
been tested, excluding ... Konstantin Tsiolkovsky proposed the use of liquid 
propellants in 1903, in his article Exploration of Outer <b>Space</b> by Means of <b>Rocket</b> 
Devices.
RP-1 Rocket propellant SpaceX rocket engines Liquid rocket propellant Hypergolic propellant Kerosene Liquid-propellant rocket SpaceX Raptor Rocketdyne F-1 Soviet rocketry
RP-1 is a highly refined form of <b>kerosene</b> outwardly similar to <b>jet fuel</b>, used as 
<b>rocket fuel</b>. RP-1 ... Saturn I and IB, and Saturn V. The Indian <b>Space</b> Research 
Organization (ISRO) is also developing an RP-1 fueled engine for its future 
<b>rockets</b>. <b>Rocket</b> propellant is the reaction mass of a <b>rocket</b>. This reaction mass is ejected 
at the highest ... <b>Rocket</b> engines perform best in outer <b>space</b> because of the lack 
of air pressure on ... Solid <b>rockets</b> use propellant in the solid phase, liquid <b>fuel</b> 
<b>rockets</b> use propellant in ... Liquid oxygen (LOX) and highly refined <b>kerosene</b> (RP
-1). Each main engine developed by 2012 has been <b>Kerosene</b>-based, using RP-1 as 
the <b>fuel</b> with liquid oxygen (LOX) as the oxidizer, while the RCS control thruster&nbsp;... The highest specific impulse chemical <b>rockets</b> use liquid propellants (liquid-
propellant <b>rockets</b>). ... A highly refined form of <b>jet fuel</b>, RP-1 burned much more 
cleanly than conventional petroleum <b>fuels</b> and also ... most Chinese boosters, a 
number of military, orbital and deep <b>space rockets</b>, as this <b>fuel</b> combination is 
hypergolic&nbsp;... A hypergolic propellant combination used in a <b>rocket</b> engine is one whose 
components spontaneously ignite when they come into contact with each other. 
The two propellant components usually consist of a <b>fuel</b> and an oxidizer. ... It was 
initially used for &quot;chemical ignition&quot; of engines, starting <b>kerosene</b>/nitric acid 
engines with&nbsp;... <b>Kerosene</b>, also known as paraffin, lamp oil, and coal oil (an obsolete term), is a 
combustible ... <b>Kerosene</b> is widely used to power <b>jet</b> engines of aircraft (<b>jet fuel</b>) 
and some <b>rocket</b> engines and is also commonly used as a cooking and lighting 
<b>fuel</b>, and for fire toys such as poi. In parts of Asia, <b>kerosene</b> is sometimes used as 
<b>fuel</b>&nbsp;... A liquid-propellant <b>rocket</b> or liquid <b>rocket</b> utilizes a <b>rocket</b> engine that uses liquid 
propellants. ... The Soviet Union did likewise, and thus began the <b>Space</b> Race. ... 
Bipropellant liquid <b>rockets</b> generally use a liquid <b>fuel</b>, such as liquid hydrogen or 
... (LOX) and <b>kerosene</b> or RP-1 – Saturn V&#39;s first stage, Zenit <b>rocket</b>, R-7-derived&nbsp;... The SpaceX Raptor is a full-flow, staged-combustion, methane-fueled <b>rocket</b> 
engine manufactured by SpaceX. The engine is powered by cryogenic liquid 
methane and liquid oxygen (LOX), rather than the RP-1 <b>kerosene</b> and LOX used 
in SpaceX&#39;s prior Merlin and Kestrel <b>rocket</b> engines. ... Both streams—oxidizer 
and <b>fuel</b>—will be mixed completely in the <b>gas</b> phase&nbsp;... The F-1 is a <b>gas</b> generator-cycle <b>rocket</b> engine developed in the United States by 
Rocketdyne ... The F-1 burned RP-1 (<b>rocket</b> grade <b>kerosene</b>) as the <b>fuel</b> and 
used liquid oxygen (LOX) as the oxidizer. A turbopump was ... kg) per second. 
Each F-1 engine had more thrust than three <b>Space Shuttle</b> Main Engines 
combined. Soviet rocketry spanned the entire history of the Soviet Union (1922–1991). 
<b>Rocket</b> scientists and engineers contributed to the development of <b>rocket</b> and <b>jet</b> 
engine propulsion systems, ... The OR-2 was a <b>rocket</b> engine powered with 
<b>gasoline</b> and liquid oxygen, and produced a thrust of 500 newtons (110 lbf). In 
May 1932&nbsp;...
Rocket propellant Solid-propellant rocket SpaceX rocket engines Rocket Liquid-propellant rocket Space Shuttle Solid Rocket Booster Spacecraft propulsion Rocket engine SpaceX Merlin Cryogenic fuel
<b>Rocket</b> propellant is the reaction mass of a <b>rocket</b>. This reaction mass is ejected 
at the highest ... <b>Rocket</b> engines perform best in outer <b>space</b> because of the lack 
of air pressure ... Solid <b>rockets use</b> propellant in the solid phase, liquid <b>fuel</b> 
<b>rockets use</b> ... These features plus simplicity and low cost <b>make</b> solid propellant 
<b>rockets</b>&nbsp;... The <b>Space</b> Shuttle was launched with the help of two solid-<b>fuel</b> boosters known 
as SRBs. A solid-propellant <b>rocket</b> or solid <b>rocket</b> is a <b>rocket</b> with a <b>rocket</b> engine 
that <b>uses</b> solid propellants (<b>fuel</b>/oxidizer). The earliest <b>rockets</b> were solid-<b>fuel</b> 
<b>rockets</b> powered by gunpowder; they ... The lower performance of solid 
propellants (as compared to liquids) <b>does</b> not&nbsp;... Since the founding of SpaceX in 2002, the company has developed four families 
of <b>rocket</b> ... These engines will <b>use</b> staged cycle combustion, for higher efficiency 
similar to the system used ... SpaceX&#39;s Merlin engine but <b>does</b> not have a turbo-
pump, and is fed only by tank pressure. ... Aviation Week and <b>Space</b> Technology. A <b>rocket</b> (from Italian rocchetto &quot;bobbin&quot;) is a missile, spacecraft, aircraft or other 
vehicle that ... In fact, <b>rockets</b> work more efficiently in <b>space</b> than in an 
atmosphere. ... Significant scientific, interplanetary and industrial <b>use did</b> not 
occur until the ... <b>rocket</b>, typically creating a high speed exhaust by the 
combustion of <b>fuel</b> with an&nbsp;... A liquid-propellant <b>rocket</b> or liquid <b>rocket</b> utilizes a <b>rocket</b> engine that <b>uses</b> liquid 
propellants. ... Liquid <b>rockets</b> can be monopropellant <b>rockets using</b> a single <b>type</b> 
of ... The Soviet Union <b>did</b> likewise, and thus began the <b>Space</b> Race. ... The 
engine may be a cryogenic <b>rocket</b> engine, where the <b>fuel</b> and oxidizer, such as&nbsp;... Accordingly, a bypass line went around the pump and fed the gas generator 
<b>using</b> the nitrogen tank pressure until the APU speed was such that the <b>fuel</b> pump
&nbsp;... Spacecraft propulsion is any method used to accelerate spacecraft and artificial 
satellites. <b>Space</b> propulsion or in-<b>space</b> propulsion exclusively deals with 
propulsion ... Interplanetary vehicles mostly <b>use</b> chemical <b>rockets</b> as well, 
although a few ... Current interplanetary spacecraft <b>do</b> this with a series of short-
term trajectory&nbsp;... A <b>rocket</b> engine <b>uses</b> stored <b>rocket</b> propellants as reaction mass for forming a 
high-speed ... Solid-<b>fuel rockets</b> (or solid-propellant <b>rockets</b> or motors) are 
chemical <b>rockets</b> ... The <b>Space</b> Shuttle generates over 200 dB(A) of noise around 
its base. ... <b>make use</b> of solar power to directly heat reaction mass, and therefore 
<b>does</b> not&nbsp;... The SpaceX Merlin is a family of <b>rocket</b> engines developed by SpaceX for <b>use</b> on 
its Falcon 1, ... The injector at the heart of Merlin is of the pintle <b>type</b> that was first 
used in the Apollo ... larger expansion nozzle to maximize the engine&#39;s efficiency 
in the vacuum of <b>space</b>. ... Two outer engines shut off before the center <b>does</b>&quot;. Cryogenic <b>fuels</b> are <b>fuels</b> that require storage at extremely low temperatures in 
order to ... These <b>fuels</b> are used in machinery that operates in <b>space</b> (e.g. <b>rocket</b> 
ships and ... Some <b>rocket</b> engines <b>use</b> regenerative cooling, the practice of 
circulating ... alloys which <b>make</b> the vehicle tanks heavier, thereby reducing 
performance.
Rocket propellant
Rocket propellant