- Max thrust
- 1 atm: 159.4 kN
- Vac.: 170.0 kN
- Min thrust
- 1 atm: 0.0 kN
- Vac.: 0.0 kN
- Isp
- 1 atm: 300 s
- Vac.: 320 s
- Propellants
- Methane: 0.011 t/s max.
- Oxidizer: 0.043 t/s max.
- Flags
- Stops under 10%
Started page for Dart Tag: visualeditor |
Updated infobox Tag: visualeditor-wikitext |
||
Line 1: | Line 1: | ||
{{Infobox | {{Infobox part}} | ||
'''T-1 "Dart"''' is an aerospike sustainer [[methalox]] engine. It is unlocked from '''Jumbo Jets''' in Tier 3 of the [[Tech Tree]]. It features a distinctive "spike" plug nozzle design. Similar to the [[S3 KS-25 "Vector"]], but unlike most engines, its performance is nearly the same in vacuum as it is in atmosphere. It is also distinct among engines unlocked in aerodynamics-focused research nodes in that it runs on methalox rather than methane and air. | '''T-1 "Dart"''' is an aerospike sustainer [[methalox]] engine. It is unlocked from '''Jumbo Jets''' in Tier 3 of the [[Tech Tree]]. It features a distinctive "spike" plug nozzle design. Similar to the [[S3 KS-25 "Vector"]], but unlike most engines, its performance is nearly the same in vacuum as it is in atmosphere. It is also distinct among engines unlocked in aerodynamics-focused research nodes in that it runs on methalox rather than methane and air. |
Lua error: Cannot create process: proc_open(/dev/null): Failed to open stream: Operation not permitted
T-1 "Dart" is an aerospike sustainer methalox engine. It is unlocked from Jumbo Jets in Tier 3 of the Tech Tree. It features a distinctive "spike" plug nozzle design. Similar to the S3 KS-25 "Vector", but unlike most engines, its performance is nearly the same in vacuum as it is in atmosphere. It is also distinct among engines unlocked in aerodynamics-focused research nodes in that it runs on methalox rather than methane and air.
The well-rounded performance is applicable to SSTO vessels or multi-purpose landers, especially for atmospheric bodies.
The T-1 "Dart" is C7's only methalox engine, and is rather unique in its design. It has a decent amount of thrust and is reasonably efficient both in and out of an atmosphere, making it a very well-rounded engine. It also has a very short profile, which works well for landers.