Difference between revisions of "Rover + Skycrane"
(+expanded) |
Jestersage (talk | contribs) (→Rover) |
||
| (14 intermediate revisions by 9 users not shown) | |||
| Line 1: | Line 1: | ||
| − | + | [[File:Rover + Skycrane.png|thumb|The complete craft landed on [[Mun]].]] | |
| − | [[File:Rover + Skycrane.png|thumb|The complete craft landed on [[Mun]]]] | + | [[File:Rover + Skycrane Rover.png|thumb|The rover with the extended antenna.]] |
| − | [[File:Rover + Skycrane Rover.png|thumb|The rover with the extended antenna]] | ||
The '''Rover + Skycrane''' is a [[stock craft]] consisting of an unmanned [[rover]] with a landing module on top of it. | The '''Rover + Skycrane''' is a [[stock craft]] consisting of an unmanned [[rover]] with a landing module on top of it. | ||
| + | |||
| + | == Craft Description == | ||
| + | {{Quote|This craft is one of the most ambitious designs found in the Kerlington catalog, especially if one takes the prospect of using it on another planet seriously.<br />It requires a launch vehicle to get it into space (and beyond), but its four rockets do have enough thrust for short test runs at the pad.<br />The operations manual says "approach ground slowly, try not to break the rover when you drop it"|Squad}} | ||
== Landing module == | == Landing module == | ||
| − | The landing module is propelled by 4 radially-mounted [[Rockomax 24-77]] engines. Those are fuelled by one [[ROUND-8 Toroidal Fuel Tank]] and one [[Oscar-B Fuel Tank]] mounted on top of each other. | + | The landing module is propelled by 4 radially-mounted [[Rockomax 24-77]] engines. Those are fuelled by one [[ROUND-8 Toroidal Fuel Tank]] and one [[Oscar-B Fuel Tank]] mounted on top of each other. This provides the rover with 460 m/s of [[delta-V]] (7.8 seconds at full throttle), enough to land from orbit on any solid body except for [[Tylo]], [[Vall]], [[Moho]], [[Eeloo]], and the [[Mun]] (though use of aerobraking is required on bodies with atmospheres). The skycrane could even bring the rover back into orbit again if it is landing on [[Gilly]], [[Pol]], [[Minmus]], or [[Bop]]. Mun and Eeloo landings can be achieved by adding one more ROUND-8 fuel tank to the stack, and Vall and Moho landings can be achieved by adding two, but twelve additional ROUND-8 tanks are required to achieve a Tylo landing, which causes the center of mass to be dangerously high, resulting in a risk of tipping over at touchdown. |
| − | The landing module has no separate [[command module]] aboard making it complicated to detach the rover and then discard the landing module. | + | The landing module has no separate [[command module]] aboard, making it slightly complicated to detach the rover and then discard the landing module. The required technique is to set a small amount of throttle (either insufficient to lift both rover and skycrane, or small enough that the rover does not rise high enough to be damaged by the drop), then immediately trigger the decoupler. Engines remain at the throttle set when decoupled from their command module, so it will fly away uncontrolled (assuming there's sufficient fuel remaining), and hopefully crash somewhere innocuous. The chances of it landing back on the rover are near zero, due to surface rotation and it being quite unlikely to actually fly on a completely stable vertical vector. Alternatively it can be just decoupled and shaken off, but the semi-violent driving required risks overturning the rover. |
Although it is named '''Skycrane''' it doesn't use the same technique to place the rover like the [[w:Mars Science Laboratory#Sky crane landing|sky crane]] did with Curiosity. It is not possible in the stock game to have two parts only connected with a tether so that the landing module has to touch down with the rover. | Although it is named '''Skycrane''' it doesn't use the same technique to place the rover like the [[w:Mars Science Laboratory#Sky crane landing|sky crane]] did with Curiosity. It is not possible in the stock game to have two parts only connected with a tether so that the landing module has to touch down with the rover. | ||
| Line 13: | Line 15: | ||
== Rover == | == Rover == | ||
The rover itself can be controlled by six [[RoveMax Model S2]] wheels. It is equipped with various [[environmental sensor]]s. There are eight [[OX-STAT Photovoltaic Panels]] placed on the top side tilted into all directions allowing sufficient electrical supply. | The rover itself can be controlled by six [[RoveMax Model S2]] wheels. It is equipped with various [[environmental sensor]]s. There are eight [[OX-STAT Photovoltaic Panels]] placed on the top side tilted into all directions allowing sufficient electrical supply. | ||
| + | |||
| + | '''Note:''' By default, the wheels are mounted by radial instead of mirror symmetry, and its probecore points up instead of drive direction. Re-mounting the wheels to use mirror symmtery and reorient the probecore (or an additional front-pointing probecore) is highly recommended to ensure its functionality. | ||
{{Stock craft}} | {{Stock craft}} | ||
| + | |||
[[Category:Stock craft]] | [[Category:Stock craft]] | ||
Latest revision as of 20:51, 4 November 2016
The Rover + Skycrane is a stock craft consisting of an unmanned rover with a landing module on top of it.
Craft Description
| “ | This craft is one of the most ambitious designs found in the Kerlington catalog, especially if one takes the prospect of using it on another planet seriously. It requires a launch vehicle to get it into space (and beyond), but its four rockets do have enough thrust for short test runs at the pad. The operations manual says "approach ground slowly, try not to break the rover when you drop it" — Squad |
” |
Landing module
The landing module is propelled by 4 radially-mounted Rockomax 24-77 engines. Those are fuelled by one ROUND-8 Toroidal Fuel Tank and one Oscar-B Fuel Tank mounted on top of each other. This provides the rover with 460 m/s of delta-V (7.8 seconds at full throttle), enough to land from orbit on any solid body except for Tylo, Vall, Moho, Eeloo, and the Mun (though use of aerobraking is required on bodies with atmospheres). The skycrane could even bring the rover back into orbit again if it is landing on Gilly, Pol, Minmus, or Bop. Mun and Eeloo landings can be achieved by adding one more ROUND-8 fuel tank to the stack, and Vall and Moho landings can be achieved by adding two, but twelve additional ROUND-8 tanks are required to achieve a Tylo landing, which causes the center of mass to be dangerously high, resulting in a risk of tipping over at touchdown.
The landing module has no separate command module aboard, making it slightly complicated to detach the rover and then discard the landing module. The required technique is to set a small amount of throttle (either insufficient to lift both rover and skycrane, or small enough that the rover does not rise high enough to be damaged by the drop), then immediately trigger the decoupler. Engines remain at the throttle set when decoupled from their command module, so it will fly away uncontrolled (assuming there's sufficient fuel remaining), and hopefully crash somewhere innocuous. The chances of it landing back on the rover are near zero, due to surface rotation and it being quite unlikely to actually fly on a completely stable vertical vector. Alternatively it can be just decoupled and shaken off, but the semi-violent driving required risks overturning the rover.
Although it is named Skycrane it doesn't use the same technique to place the rover like the sky crane did with Curiosity. It is not possible in the stock game to have two parts only connected with a tether so that the landing module has to touch down with the rover.
Rover
The rover itself can be controlled by six RoveMax Model S2 wheels. It is equipped with various environmental sensors. There are eight OX-STAT Photovoltaic Panels placed on the top side tilted into all directions allowing sufficient electrical supply.
Note: By default, the wheels are mounted by radial instead of mirror symmetry, and its probecore points up instead of drive direction. Re-mounting the wheels to use mirror symmtery and reorient the probecore (or an additional front-pointing probecore) is highly recommended to ensure its functionality.
