Difference between revisions of "Vernor Engine"
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(Created page with "{{Future article|v=0.24}} {{:Vernor Engine/Box}} The '''Vernor Engine''' is the first stock reaction engine which does use the liquid fuel/oxidizer mixture but wo...") |
Username774 (talk | contribs) m (Removed an inaccurate statement about the vernier thruster not being a reaction engine (it is in fact a reaction engine because it expels mass to produce thrust)) |
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{{:Vernor Engine/Box}} | {{:Vernor Engine/Box}} | ||
| − | The '''Vernor Engine''' | + | The '''Vernor Engine''' (officially known as the '''VR-N1ER Veer-Governor''' in the product description) is a [[RCS]] thruster used for craft rotation and translation. Unlike other RCS thrusters, it is fueled by [[liquid fuel]] and [[oxidizer]]. |
| − | + | == Product description == | |
| + | {{Quote | ||
| + | |The VR-N1ER Veer-Governor, or "Vernor" Engine is an attitude control thruster. These motors are linked to RCS controls, but are powered by a Fuel+Oxidizer mix, making them significantly more powerful than MonoPropellant-powered RCS thrusters. They are fairly more bulky in comparison though, and feature only one nozzle facing outwards, although most agree that is an acceptable trade-off for the additional punch they pack. | ||
| + | |manufacturer=RS}} | ||
| − | The name seems to be a play on [[w:Vernier thruster|Vernier thruster]] which are used in real life like this part to control the craft. | + | == Usage == |
| + | Compared to the other two RCS engines previously available, this new engine has a higher [[specific impulse]] in atmosphere which makes them suitable to steer heavy craft while ascending. The thrust is also 12 times higher than one RCS port which allows only a few thrusters to stabilize the craft. Because it uses liquid fuel and oxidizer the same fuel flow logic applies. Thus the part needs to be connected to a tank either directly or by a fuel transferring part. | ||
| + | |||
| + | Although it uses a different fuel, the Vernor Engine acts identically to [[monopropellant]]-based RCS ports, like the [[Place-Anywhere 7 Linear RCS Port]]. | ||
| + | |||
| + | Despite the listed mass, the part has the "PhysicsSignificance = 1" flag, making it a [[physicsless part]]; its mass and drag are added to the part it is mounted on. | ||
| + | |||
| + | == Trivia == | ||
| + | * The name seems to be a play on [[w:Vernier thruster|Vernier thruster]] which are used in real life like this part to control the craft. | ||
| + | * The vernor engine generates 12 Kn of thrust, which can be considered an intermidiate between the [[Spider]] and the [[Twitch]], however, the Twitch has a TWR of 2, while the Vector's TWR is at 1.1, but, considering its ability to translate and backfire, it can be useful for small probes that have to maneuver accurately (i.e to grab onto an [[Asteroid]]) | ||
== Changes == | == Changes == | ||
| − | ;[[0.24]] | + | ;[[1.7]] |
| + | * New model and texture | ||
| + | * entryCost decreased from 4200 to 1800 | ||
| + | * Cost decreased cost from 1400 to 150 | ||
| + | * Tolerance decreased cost from 50 to 15 | ||
| + | ;[[0.24]] | ||
* Initial release | * Initial release | ||
| Line 16: | Line 32: | ||
{{Parts}} | {{Parts}} | ||
| + | [[Category: RCS thrusters]] | ||
Latest revision as of 19:31, 23 May 2024
| Vernor Engine | ||
 | ||
| Reaction Control System by Reaction Systems Ltd | ||
| Radial size | Radial mounted | |
| Cost | (total) | 150.00 
|
| Mass | (total) | 0.080 t [1] |
| Drag | 0.01 [1] | |
| Max. Temp. | 2000 K | |
| Impact Tolerance | 15 m/s | |
| Research |  Specialized Control
| |
| Unlock cost | 1 800
| |
| Since version | 0.24 | |
| Part configuration | vernorEngine.cfg | |
| Maximum thrust | (1 atm) | 6.46 kN |
| (vacuum) | 12.00 kN | |
| Isp | (1 atm) | 140 s |
| (vacuum) | 260 s | |
| Fuel consumption | 0.94  /s
| |
| Thrust vectoring | No | |
| Packed volume | 30 l | |
| ||
The Vernor Engine (officially known as the VR-N1ER Veer-Governor in the product description) is a RCS thruster used for craft rotation and translation. Unlike other RCS thrusters, it is fueled by liquid fuel and oxidizer.
Product description
| “ | The VR-N1ER Veer-Governor, or "Vernor" Engine is an attitude control thruster. These motors are linked to RCS controls, but are powered by a Fuel+Oxidizer mix, making them significantly more powerful than MonoPropellant-powered RCS thrusters. They are fairly more bulky in comparison though, and feature only one nozzle facing outwards, although most agree that is an acceptable trade-off for the additional punch they pack. — Reaction Systems Ltd |
” |
Usage
Compared to the other two RCS engines previously available, this new engine has a higher specific impulse in atmosphere which makes them suitable to steer heavy craft while ascending. The thrust is also 12 times higher than one RCS port which allows only a few thrusters to stabilize the craft. Because it uses liquid fuel and oxidizer the same fuel flow logic applies. Thus the part needs to be connected to a tank either directly or by a fuel transferring part.
Although it uses a different fuel, the Vernor Engine acts identically to monopropellant-based RCS ports, like the Place-Anywhere 7 Linear RCS Port.
Despite the listed mass, the part has the "PhysicsSignificance = 1" flag, making it a physicsless part; its mass and drag are added to the part it is mounted on.
Trivia
- The name seems to be a play on Vernier thruster which are used in real life like this part to control the craft.
- The vernor engine generates 12 Kn of thrust, which can be considered an intermidiate between the Spider and the Twitch, however, the Twitch has a TWR of 2, while the Vector's TWR is at 1.1, but, considering its ability to translate and backfire, it can be useful for small probes that have to maneuver accurately (i.e to grab onto an Asteroid)
Changes
- New model and texture
- entryCost decreased from 4200 to 1800
- Cost decreased cost from 1400 to 150
- Tolerance decreased cost from 50 to 15
- Initial release
References
- “Kerbal Space Program - 0.24 Early Access - Even More Updates” by Scott Manley released on July 14, 2014
