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- Solid_rocket_booster abstract "Solid rocket boosters (SRB), or solid rocket motors (SRM), are used to provide thrust in spacecraft launches from the launchpad up to burnout of the SRBs. Many launch vehicles include SRBs, including the Ariane 5, Atlas V (optional for extra thrust), and the NASA Space Shuttle. The NASA Space Shuttle used two Space Shuttle SRBs, which were the largest of their type in production service. The propellant for each solid rocket motor on the Space Shuttle weighed approximately 500 000 kg.Compared to liquid-fuel rockets, the solid-fuel SRBs are advantageous for the purpose of boosting launches because they provide greater thrust and do not have the refrigeration and insulation requirements of liquid-fueled rockets. Adding detachable SRBs to a vehicle also powered by liquid-fueled rockets (known as staging) reduces the amount of liquid fuel needed and lowers the launch vehicle mass.One example of the increased performance from SRBs is the Ariane 4 rocket. The basic 40 model with no boosters could lift a 2175 kilogram payload to Geostationary transfer orbit. The 44P model with 4 solid boosters has a payload of 3465 kg to the same orbit.Solid boosters are usually cheaper to design, test, and produce compared to equivalent thrust liquid boosters. However, SRB costs on a per-flight basis tend to be equivalent to those of their liquid counterparts.It is difficult to stop a solid rocket motor before normal burnout. This can be done by explosively separating the nozzle and/or splitting the case lengthwise with a linear shaped charge. The latter method is common in range safety destruct systems. Either method terminates thrust by reducing combustion chamber pressure and propellant burn rate, though the propellant (usually in many pieces at this point) will continue to burn vigorously.SRB failure rates are about 1%. They usually fail in sudden, catastrophic explosions due to overpressurization, the SRB failure mode on Challenger being an exception.Solid rocket motors also present a significant handling risk on the ground. Once their propellant is poured into place and cured, they can catch fire or explode. Such an accident occurred on August 22, 2003, killed 21 technicians at the Brazilian VLS rocket launch pad.Liquid rocket boosters generally cannot be moved after tanking.".
- Solid_rocket_booster thumbnail SRB-Stardust.JPG?width=300.
- Solid_rocket_booster wikiPageExternalLink srb.
- Solid_rocket_booster wikiPageExternalLink rocket3.htm.
- Solid_rocket_booster wikiPageExternalLink SP13.htm.
- Solid_rocket_booster wikiPageExternalLink t=1m20s.
- Solid_rocket_booster wikiPageID "571414".
- Solid_rocket_booster wikiPageLength "6902".
- Solid_rocket_booster wikiPageOutDegree "30".
- Solid_rocket_booster wikiPageRevisionID "704356743".
- Solid_rocket_booster wikiPageWikiLink Alcântara_Launch_Center.
- Solid_rocket_booster wikiPageWikiLink Ariane_4.
- Solid_rocket_booster wikiPageWikiLink Ariane_5.
- Solid_rocket_booster wikiPageWikiLink Atlas_V.
- Solid_rocket_booster wikiPageWikiLink Booster_(rocketry).
- Solid_rocket_booster wikiPageWikiLink Brazil.
- Solid_rocket_booster wikiPageWikiLink Category:Rocketry.
- Solid_rocket_booster wikiPageWikiLink Category:Solid-fuel_rockets.
- Solid_rocket_booster wikiPageWikiLink Cold_gas_thruster.
- Solid_rocket_booster wikiPageWikiLink Comparison_of_orbital_rocket_engines.
- Solid_rocket_booster wikiPageWikiLink Geostationary_transfer_orbit.
- Solid_rocket_booster wikiPageWikiLink Graphite-Epoxy_Motor.
- Solid_rocket_booster wikiPageWikiLink Ion_thruster.
- Solid_rocket_booster wikiPageWikiLink Liquid-propellant_rocket.
- Solid_rocket_booster wikiPageWikiLink Liquid_rocket_booster.
- Solid_rocket_booster wikiPageWikiLink Multistage_rocket.
- Solid_rocket_booster wikiPageWikiLink NASA.
- Solid_rocket_booster wikiPageWikiLink O-ring.
- Solid_rocket_booster wikiPageWikiLink Range_safety.
- Solid_rocket_booster wikiPageWikiLink Shaped_charge.
- Solid_rocket_booster wikiPageWikiLink Solid-fuel_rocket.
- Solid_rocket_booster wikiPageWikiLink Space_Shuttle.
- Solid_rocket_booster wikiPageWikiLink Space_Shuttle_Challenger_disaster.
- Solid_rocket_booster wikiPageWikiLink Space_Shuttle_Solid_Rocket_Booster.
- Solid_rocket_booster wikiPageWikiLink Thrust.
- Solid_rocket_booster wikiPageWikiLink VLS-1_V03.
- Solid_rocket_booster wikiPageWikiLink File:SRB-Stardust.JPG.
- Solid_rocket_booster wikiPageWikiLinkText "Booster".
- Solid_rocket_booster wikiPageWikiLinkText "SRB".
- Solid_rocket_booster wikiPageWikiLinkText "SRBs".
- Solid_rocket_booster wikiPageWikiLinkText "Solid Rocket Booster".
- Solid_rocket_booster wikiPageWikiLinkText "Solid Rocket Boosters".
- Solid_rocket_booster wikiPageWikiLinkText "Solid Rocket Motor".
- Solid_rocket_booster wikiPageWikiLinkText "Solid rocket booster".
- Solid_rocket_booster wikiPageWikiLinkText "boosters".
- Solid_rocket_booster wikiPageWikiLinkText "solid boosters".
- Solid_rocket_booster wikiPageWikiLinkText "solid fuel".
- Solid_rocket_booster wikiPageWikiLinkText "solid rocket booster".
- Solid_rocket_booster wikiPageWikiLinkText "solid".
- Solid_rocket_booster wikiPageWikiLinkText "solid-fuel rocket booster".
- Solid_rocket_booster wikiPageWikiLinkText "solid-propellant boosters".
- Solid_rocket_booster wikiPageUsesTemplate Template:Citation_needed.
- Solid_rocket_booster wikiPageUsesTemplate Template:For.
- Solid_rocket_booster wikiPageUsesTemplate Template:Include-NASA.
- Solid_rocket_booster subject Category:Rocketry.
- Solid_rocket_booster subject Category:Solid-fuel_rockets.
- Solid_rocket_booster hypernym Motors.
- Solid_rocket_booster type Ballistic.
- Solid_rocket_booster type Redirect.
- Solid_rocket_booster type Source.
- Solid_rocket_booster type Technology.
- Solid_rocket_booster comment "Solid rocket boosters (SRB), or solid rocket motors (SRM), are used to provide thrust in spacecraft launches from the launchpad up to burnout of the SRBs. Many launch vehicles include SRBs, including the Ariane 5, Atlas V (optional for extra thrust), and the NASA Space Shuttle. The NASA Space Shuttle used two Space Shuttle SRBs, which were the largest of their type in production service.".
- Solid_rocket_booster label "Solid rocket booster".
- Solid_rocket_booster sameAs Q1135571.
- Solid_rocket_booster sameAs Coet_accelerador_sòlid.
- Solid_rocket_booster sameAs Cohete_acelerador_sólido.
- Solid_rocket_booster sameAs Pendorong_roket_padat.
- Solid_rocket_booster sameAs 固体ロケットブースタ.
- Solid_rocket_booster sameAs 고체_로켓_부스터.
- Solid_rocket_booster sameAs m.02r750.
- Solid_rocket_booster sameAs Trdogorivni_potisnik.
- Solid_rocket_booster sameAs Q1135571.
- Solid_rocket_booster sameAs 固体火箭助推器.
- Solid_rocket_booster wasDerivedFrom Solid_rocket_booster?oldid=704356743.
- Solid_rocket_booster depiction SRB-Stardust.JPG.
- Solid_rocket_booster isPrimaryTopicOf Solid_rocket_booster.