Difference between revisions of "Aeris 4A"
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| − | [[File:Aeris 4A on runway.png|thumb| | + | [[File:Aeris_4A.png|thumb|The Aeris 4A thumbnail in the stock craft menu.]] |
| + | [[File:Aeris 4A on runway.png|thumb|An Aeris 4A ready to start.]] | ||
[[File:Aeris 4A in orbit 2.png|thumb|In orbit around [[Kerbin]] above one of the craters.]] | [[File:Aeris 4A in orbit 2.png|thumb|In orbit around [[Kerbin]] above one of the craters.]] | ||
[[File:Aeris 4A in orbit.png|thumb|Another shot in orbit prior to descending.]] | [[File:Aeris 4A in orbit.png|thumb|Another shot in orbit prior to descending.]] | ||
| − | The '''Aeris 4A''' is a manned [[Stock craft|stock spaceplane]] with [[single-stage-to-orbit]] capabilities. With sufficient piloting skill it is capable of reaching a | + | The '''Aeris 4A''' is a manned [[Stock craft|stock spaceplane]] with [[single-stage-to-orbit]] capabilities. <!-- With sufficient piloting skill it is capable of reaching a 100 km circular [[Kerbin]] orbit, [[docking]] with another craft in orbit and returning safely to the ground without decoupling any parts. --> |
| + | |||
| + | During the 0.25 update when the Spaceplane Plus mod was integrated into KSP, Aeris 4A was modified for the new wing and elevon parts. | ||
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| + | [[File:Aeris 4A on the runway.png|thumbnail|right|The Aeris 4A on the runway ([[1.0.5]])]] | ||
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| + | == Craft Description == | ||
| + | {{Quote|The Aeris 4A is a spaceplane capable of reaching orbit, if flown correctly.|Squad}} | ||
==Features== | ==Features== | ||
| − | The Aeris 4A is equipped with two [[TurboJet Engine]]s for atmospheric flight. The [[intake air]] is provided by | + | The Aeris 4A is equipped with two [[TurboJet Engine]]s for atmospheric flight. The [[intake air]] is provided by two [[Shock Cone Intake]]s. For orbital flight, one [[T-1 Toroidal Aerospike "Dart" Liquid Fuel Engine]] is provided. The rocket engine will first feed from the tanks mounted to the jet engines. |
Four [[RV-105 RCS Thruster Block]]s and four [[Place-Anywhere 7 Linear RCS Port]]s are added for orbital control, allowing both rotational and translational movement. | Four [[RV-105 RCS Thruster Block]]s and four [[Place-Anywhere 7 Linear RCS Port]]s are added for orbital control, allowing both rotational and translational movement. | ||
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==Action Groups== | ==Action Groups== | ||
| + | The Aeris 4A has 3 [[action group]]s predefined:<br /> | ||
| + | 4: Toggle docking port<br /> | ||
| + | 5: Toggle jet engines<br /> | ||
| + | 6: Toggle rocket engine<br /> | ||
| − | + | The engines may be controlled through staging. However, keys 5 and 6 offer control after staging is done. | |
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== Possible improvements == | == Possible improvements == | ||
| − | [[File:Modified Aeris 4A.png|thumb| | + | [[File:Modified Aeris 4A.png|thumb|Suggested modifications applied]] |
Whilst the supplied plane does perform ok, there is some scope for tweaking and/or improving the design, with some quick and easy changes. These are just some basic ideas and things to try out: | Whilst the supplied plane does perform ok, there is some scope for tweaking and/or improving the design, with some quick and easy changes. These are just some basic ideas and things to try out: | ||
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* Remove the [[Inline Advanced Stabilizer]], as it's really not necessary with the changed SAS system. The cockpit now provides both sufficient reaction wheel torque and SAS. Atmospheric handling is arguably improved with less torque. | * Remove the [[Inline Advanced Stabilizer]], as it's really not necessary with the changed SAS system. The cockpit now provides both sufficient reaction wheel torque and SAS. Atmospheric handling is arguably improved with less torque. | ||
| − | + | * Add [[Battery|batteries]](if not there already, depending on version) and [[solar panel]]s, for extended duration orbiting. | |
| − | + | * Change the [[AV-R8 Winglet]]s to [[Advanced Canard]]s on the nose, and [[Standard Canard]] on the tail, for improved handling. | |
| − | * Add [[Battery|batteries]] and [[solar panel]]s, for extended duration orbiting. | ||
| − | * Change the [[AV-R8 Winglet]]s to [[Advanced Canard]]s on the nose | ||
* Add a ladder onto the cockpit. | * Add a ladder onto the cockpit. | ||
After some of those improvements the [[Center of mass|centers of mass]] and [[Center of lift|lift]] may change which should be compensated by adjusting the wings forwards or backwards. | After some of those improvements the [[Center of mass|centers of mass]] and [[Center of lift|lift]] may change which should be compensated by adjusting the wings forwards or backwards. | ||
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| + | === Obsolete suggestions === | ||
| + | Some of these suggestions have been made in stock. Others are obsoleted by changes to stock. | ||
| + | * Change the [[LV-T30 Liquid Fuel Engine]] to the [[Toroidal Aerospike Rocket]], to reduce the chance of a tail strike on takeoff and landing, and arguably improve aesthetics. The aerospike engine is also more fuel-efficient, but has only 81% of the thrust (still sufficient to achieve a 100 km circular orbit from a 20 km transition from jets). This change had been applied to the stock craft in 1.2.0. | ||
| + | * Change action groups 2 & 3 to toggle the engines, instead of just activating them. It is also possible to change the first action group, but this is only required for starting the engines on the runway. (Applied in 1.8 or prior.) | ||
| + | * Add struts between the cockpit and fuel tank or wings, to reduce flexing around the RCS tank and docking port (now obselete as of [[0.23.5]], as node connections have been revamped). | ||
| + | * Unlock steering on the front wheel using the right-click tweakables menu. (Applied in 1.8 or prior.) | ||
| + | * Move the nose wheel backwards, under the main body (e.g. under the docking port body section), to eliminate the approximately 2° nose down attitude when sitting on its wheels. This also helps to reduce body flex when sitting on the wheels. It is also possible to rotate the wheel so it's folds forward like the wheels mounted at the rear. In or before 1.8, the rear wheels were moved outward to higher parts of the nacelles, giving a very slightly nose-up attitude. The body flex comment may also be obsolete; it's hard to tell if there's any flex now. | ||
== See also == | == See also == | ||
* [[Tutorial:Aeris 4A mission]], a tutorial on how to launch this craft | * [[Tutorial:Aeris 4A mission]], a tutorial on how to launch this craft | ||
| + | * {{Images}} | ||
| + | * [[Dove]], an even smaller and lighter spaceplane with different flight characteristics | ||
| + | * [[Aeris 3A]], the possible predecessor to this craft. | ||
| + | {{stock craft}} | ||
[[Category:Stock craft]] | [[Category:Stock craft]] | ||
Latest revision as of 02:25, 3 January 2023
In orbit around Kerbin above one of the craters.
The Aeris 4A is a manned stock spaceplane with single-stage-to-orbit capabilities.
During the 0.25 update when the Spaceplane Plus mod was integrated into KSP, Aeris 4A was modified for the new wing and elevon parts.
The Aeris 4A on the runway (1.0.5)
Contents
Craft Description
| “ | The Aeris 4A is a spaceplane capable of reaching orbit, if flown correctly. — Squad |
” |
Features
The Aeris 4A is equipped with two TurboJet Engines for atmospheric flight. The intake air is provided by two Shock Cone Intakes. For orbital flight, one T-1 Toroidal Aerospike "Dart" Liquid Fuel Engine is provided. The rocket engine will first feed from the tanks mounted to the jet engines.
Four RV-105 RCS Thruster Blocks and four Place-Anywhere 7 Linear RCS Ports are added for orbital control, allowing both rotational and translational movement.
With an Inline Clamp-O-Tron docking port facing upwards, it is possible to dock with other craft.
Action Groups
The Aeris 4A has 3 action groups predefined:
4: Toggle docking port
5: Toggle jet engines
6: Toggle rocket engine
The engines may be controlled through staging. However, keys 5 and 6 offer control after staging is done.
Possible improvements
Whilst the supplied plane does perform ok, there is some scope for tweaking and/or improving the design, with some quick and easy changes. These are just some basic ideas and things to try out:
- Remove the Inline Advanced Stabilizer, as it's really not necessary with the changed SAS system. The cockpit now provides both sufficient reaction wheel torque and SAS. Atmospheric handling is arguably improved with less torque.
- Add batteries(if not there already, depending on version) and solar panels, for extended duration orbiting.
- Change the AV-R8 Winglets to Advanced Canards on the nose, and Standard Canard on the tail, for improved handling.
- Add a ladder onto the cockpit.
After some of those improvements the centers of mass and lift may change which should be compensated by adjusting the wings forwards or backwards.
Obsolete suggestions
Some of these suggestions have been made in stock. Others are obsoleted by changes to stock.
- Change the LV-T30 Liquid Fuel Engine to the Toroidal Aerospike Rocket, to reduce the chance of a tail strike on takeoff and landing, and arguably improve aesthetics. The aerospike engine is also more fuel-efficient, but has only 81% of the thrust (still sufficient to achieve a 100 km circular orbit from a 20 km transition from jets). This change had been applied to the stock craft in 1.2.0.
- Change action groups 2 & 3 to toggle the engines, instead of just activating them. It is also possible to change the first action group, but this is only required for starting the engines on the runway. (Applied in 1.8 or prior.)
- Add struts between the cockpit and fuel tank or wings, to reduce flexing around the RCS tank and docking port (now obselete as of 0.23.5, as node connections have been revamped).
- Unlock steering on the front wheel using the right-click tweakables menu. (Applied in 1.8 or prior.)
- Move the nose wheel backwards, under the main body (e.g. under the docking port body section), to eliminate the approximately 2° nose down attitude when sitting on its wheels. This also helps to reduce body flex when sitting on the wheels. It is also possible to rotate the wheel so it's folds forward like the wheels mounted at the rear. In or before 1.8, the rear wheels were moved outward to higher parts of the nacelles, giving a very slightly nose-up attitude. The body flex comment may also be obsolete; it's hard to tell if there's any flex now.
See also
- Tutorial:Aeris 4A mission, a tutorial on how to launch this craft
- Images of Aeris 4A
- Dove, an even smaller and lighter spaceplane with different flight characteristics
- Aeris 3A, the possible predecessor to this craft.
