- Max thrust
- 1 atm: 119.2 kN
- Vac.: 510.0 kN
- Min thrust
- 1 atm: 0.0 kN
- Vac.: 0.0 kN
- Isp
- 1 atm: 90 s
- Vac.: 385 s
- Propellants
- Methane: 0.027 t/s max.
- Oxidizer: 0.108 t/s max.
- Flags
- Stops under 10%
More actions
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{{Infobox engines|image=LV-3000_Tuba.png|caption=Deep Space Methalox Engine|mass=5.000|size=LG|max temp=750|impact tol=6|manufacturer=Jebediah Kerman's Junkyard and Spacecraft Parts Co.|fuel type=Methalox|vacuum thrust=510.0|atm thrust=119.2|vacuum isp=385|atm isp=90}} | {{Infobox engines|image=LV-3000_Tuba.png|caption=Deep Space Methalox Engine|mass=5.000|size=LG|max temp=750|impact tol=6|manufacturer=Jebediah Kerman's Junkyard and Spacecraft Parts Co.|fuel type=Methalox|vacuum thrust=510.0|atm thrust=119.2|vacuum isp=385|atm isp=90}} | ||
'''LV-3000 "Tuba"''' is a deep space methalox engine. It is unlocked from [[Deep Space Methalox]] in Tier 3 of the [[Tech Tree]]. It features a telescopic nozzle design. It is efficient in vacuum but significantly ineffective in atmosphere, similar to nuclear engines. Its low rate of fuel consumption and reduced mass contribute also make it effective in interplanetary stages. It has the largest gimbal range of any engine at ±25.0°, the second highest being the S3 KS-25 "Vector" with ±10.5°. | '''LV-3000 "Tuba"''' is a deep space methalox engine. It is unlocked from [[Deep Space Methalox]] in Tier 3 of the [[Tech Tree]]. It features a telescopic nozzle design. It is efficient in vacuum but significantly ineffective in atmosphere, similar to nuclear engines. Its low rate of fuel consumption and reduced mass contribute also make it effective in interplanetary stages. It has the largest gimbal range of any engine at ±25.0°, the second highest being the S3 [[KS-25 "Vector"]] with ±10.5°. | ||
The "Trumpet" has two sibling parts: the [[LV-1000 "Cornet"]] ({{Size|Size=SM}} ) and the [[LV-3000 "Tuba"]] ({{Size|Size=LG}} ). | The "Trumpet" has two sibling parts: the [[LV-1000 "Cornet"]] ({{Size|Size=SM}} ) and the [[LV-3000 "Tuba"]] ({{Size|Size=LG}} ). | ||
== Usage == | == Usage == | ||
The overall performance of the Trumpet makes it viable for interplanetary stages. It competes with the LV-SW "SWERV" in the{{Size|Size=LG}} category for this purpose. The greater density of methalox would allow for the Tuba to be used to make a smaller vessel capable of the same Δv compared to the hydrogen-burning SWERV. It's lower-than-average maximum temperature and impact tolerance also act as incentive to only use the engine in vacuum. The length and sensitivity of the engine would make it non-ideal for landers, especially on atmospheric bodies. | The overall performance of the Trumpet makes it viable for interplanetary stages. It competes with the [[LV-SW "SWERV"]] in the{{Size|Size=LG}} category for this purpose. The greater density of methalox would allow for the Tuba to be used to make a smaller vessel capable of the same Δv compared to the hydrogen-burning SWERV. It's lower-than-average maximum temperature and impact tolerance also act as incentive to only use the engine in vacuum. The length and sensitivity of the engine would make it non-ideal for landers, especially on atmospheric bodies. | ||
== Synopsis == | == Synopsis == | ||
Revision as of 14:31, 29 September 2024
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| Max Temp (K) | Lua error in mw.lua at line 800: bad argument #1 to 'mw.loadJsonData' ('Data:LV-3000 "Tuba"' is not a valid JSON page). | ||||||||||||
| Impact Tolerance (m/s) | Lua error in mw.lua at line 800: bad argument #1 to 'mw.loadJsonData' ('Data:LV-3000 "Tuba"' is not a valid JSON page). | ||||||||||||
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| Lua error in mw.lua at line 800: bad argument #1 to 'mw.loadJsonData' ('Data:LV-3000 "Tuba"' is not a valid JSON page). | |||||||||||||
LV-3000 "Tuba" is a deep space methalox engine. It is unlocked from Deep Space Methalox in Tier 3 of the Tech Tree. It features a telescopic nozzle design. It is efficient in vacuum but significantly ineffective in atmosphere, similar to nuclear engines. Its low rate of fuel consumption and reduced mass contribute also make it effective in interplanetary stages. It has the largest gimbal range of any engine at ±25.0°, the second highest being the S3 KS-25 "Vector" with ±10.5°.
The "Trumpet" has two sibling parts: the LV-1000 "Cornet" (SM ) and the LV-3000 "Tuba" (LG ).
Usage
The overall performance of the Trumpet makes it viable for interplanetary stages. It competes with the LV-SW "SWERV" in theLG category for this purpose. The greater density of methalox would allow for the Tuba to be used to make a smaller vessel capable of the same Δv compared to the hydrogen-burning SWERV. It's lower-than-average maximum temperature and impact tolerance also act as incentive to only use the engine in vacuum. The length and sensitivity of the engine would make it non-ideal for landers, especially on atmospheric bodies.
Synopsis
Unlike its namesake, the LV-3000 "Tuba" is elegant and graceful and designed for superior performance in vacuum. Funded heavily by Ionic Symphonic Protonic Electronics, this beautiful monster is manufactured to haul an entire orchestra to other worlds with ease.
Part modules
- Vectoring Range
- Pitch: -25.0° TO 25.0°
- Yaw: -25.0° TO 25.0°
- Outputs
- Electric Charge: 5.000 /s
- Always Active
- Engine Alternator
Changes
- Added to the game