- Max thrust
- 1 atm: 6.6
- Vac.: 38
- Min thrust
- 1 atm: 0
- Vac.: 0
- Isp
- 1 atm: 65
- Vac.: 375
- Propellants
- Methane: 0.002 t/s max.
- Oxidizer: 0.008 t/s max.
- Flags
- Stops under 10%
LV-1000 "Cornet": Difference between revisions
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{{Infobox engines|image=LV-1000_Cornet.png|caption=Deep Space Methalox Engine|mass=0.450|size=SM|max temp=750|impact tol=6|manufacturer= | {{Infobox engines|image=LV-1000_Cornet.png|caption=Deep Space Methalox Engine|mass=0.450|size=SM|max temp=750|impact tol=6|manufacturer=Jebediah Kerman's Junkyard and Spacecraft Parts Co.|fuel type=Methalox|vacuum thrust=38|atm thrust=6.6|vacuum isp=375|atm isp=65}} | ||
'''LV-1000 "Cornet"''' 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. | '''LV-1000 "Cornet"''' 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. | ||
Revision as of 02:47, 29 September 2024
| Oxidizer Methane | 0.008 t/s 0.002 t/s |
|---|---|
| Thrust: 1 atm. (kN) | 6.6 kN |
| Thrust: Vac. (kN) | 38.0 kN |
| Isp: 1 atm. (s) | 65 s |
| Isp: Vac. (s) | 375 s |
LV-1000 "Cornet" 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.
The "Cornet" has two bigger sibling parts: the LV-2000 "Trumpet" (MD ) and the LV-3000 "Tuba" (LG ).
Usage
While its thrust and Isp aren't quite as high as the LV-N "NERV", it compensates with a very low rate of fuel consumption and reduced mass making it efficient enough to fulfill a similar role in the formSM factor. Its performance allows it to reasonably function in an interplanetary transfer stage for smaller vessels.
Synopsis
Why would Ionic Symphonic ask Jeb's Junkyard to design their own deep space engine? So their musicians could perform off-world, of course!
Part Modules
- Vectoring Range
- Pitch: -2.0° TO 2.0°
- Yaw: -2.0° TO 2.0°
- Outputs
- Electric Charge: 3.000 /s
- Always Active
- Engine Alternator
Changes
- Added to the game