Guide:Class A6: Difference between revisions

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{{Sidebar Guide ship
{{Sidebar Guide ship
|image=[[File:|250px|]]
|image=[[File:Sonora (stbd).png|250px|]]
|classname= Class A3 / LSA(P)-19 'Little Sioux'
|classname= Class A6 / LSA(P)-44 "Sauk" or "Shook"
|category= light atmospheric shuttle
|category= light atmospheric shuttle
|years= [[2176]]-[[2207]]
|years= [[2196]]-[[2249]]
|constructed= 2,425
|constructed= 1,295
|length= 6.0 m
|length= 8.8 m
|beam= 4.3 m
|beam= 4.5 m
|height= 2.0 m
|height= 2.1 m
|mass= 1.6 tons
|mass= 2.1 tons
|cruisespeed= sublight
|cruisespeed= sublight
|maxspeed= sublight
|maxspeed= sublight
|endurance= 12 days
|endurance= 8 days
|officers=
|officers=
|enlisted=
|enlisted=
|troops=
|troops=
|passengers= 2
|passengers= 4-5
|patients=
|patients=
|crew= 2
|crew= 1
|cargo=
|cargo=
|beamweapons= <br>
|beamweapons= <br>
* 2x laser emitters (5 mw) (wingtips)
* 2x laser emitters (10 mw) (wingtips)
|missileweapons= <br>
|missileweapons= <br>
* 2 missile hardpoints (hull)
* 4 missile hardpoints
|otherweapons=
|otherweapons=
|shields= n/a
|shields= <br>
* navigational deflector (ventral bow)
|labs=
|labs=
|transporters=
|transporters=
|auxcraft=
|auxcraft=
|historicalships=
|historicalships=
|design= Matt Jeffries (War of the Worlds)
|design= Matt Jeffries (for Phase II)
|name= own
|name= own
|history= own
|history= own
}}
}}
[[File:A3 images.png|left|400px|thumb|Two of the very rare images left of the LSA(P)-19 'Little Sioux' light atmospheric shuttle.]]
The sleek '''Class A6''' light atmospheric shuttle was the direct descendant of the lifting-body, lifting wing
personnel and utility craft of the [[22nd century]], and in many ways the culmination of that
technology. The mechanisms and software that kept the aerodynamically highly unstable and thus
highly maneuverable craft under control were on the verge of transcendence. As the A6 (also called
''Starswift'' by the manufacturer, and LSA(P)-44 in the systematic [[Starfleet]] listing) completed its test
flight series in early [[2196]], engineers were already tackling the problem they curtly defined as
“flying a brick through an aerobatic routine”.


Towards the end of the [[22nd century]], the increasing capabilities of the transporter were eating away
Indeed, the limitations of the aerodynamic form were well recognized on the issues of utilizable
the resupply role of shuttlecraft, and improved sensors reduced the need for ''in situ'' survey shuttles.
volume, accessibility and footprint. It would have been difficult to accuse the ''Starswift'' of low
As the result, more and more interest was directed at perfecting a liaison shuttle that would
utility value, though. In its basic configuration, the tiny craft could carry six people between an
concentrate on moving personnel between ships, or between the starship and a surface location, at a
orbiting starship and a planet of 1-2 [[Earth]] gravities. Trititanium-aluminum alloy was used for the
speed competitive with the swiftness of transporters.
tubular pressure hull, which seated the pilot in the front, four passengers or palletized cargo in the
middle, and a sensor operator/passenger in a rear seat. Wide gullwing doors opened on both sides
for excellent access, while the pilot had superb view from behind a bulbous cockpit window.


There were several obvious targets for improvement, some of them contradictory. Ingress and
Antigravs were provided for landing, while main propulsion was by a microfusion pile powering
egress had to be made rapid and comfortable, calling for large access hatches and efficiently
either jets of atmospheric gases or rockets feeding from an onboard tank. The pile took up most of
arranged seating. On the other hand, atmospheric agility and ease of handling in hangars called for
the aft hull, along with the cylindrar fuel/propellant tank. RCS nozzles were located on wingtip
as compact a design as possible. Solutions gravitated towards small, bullet-like craft with their entire
pods, although main attitude control was by antigravs.
forward hull dedicated to passenger accommodation and accessible via large gullwing doors.
Propulsion was of the microfusion type, with full-size wings for aerodynamic lift and with minimal
gravitics for coping with accelerations. Interplanetary performance was downplayed for the time
being.


The most popular type built on this formula was the 'Little Sioux', the smaller of [[Yondercraft]]’s
[[File:No Photo Available.jpg|left|400px|thumb|Four color schemes belie the presence of four starships, as liaison craft line up on the tarmac of [[Starbase 11]]. In the early
contributions to the [[Starfleet]] exploration effort. With a minimal deck footprint of six by four
[[23rd century]], regulations still called for shuttlecraft rather than transporters when a captain’s party was to attend a
meters, and a mass of just 1.6 tons, the craft could be carried in significant numbers aboard frontline
planetside function. The actual risks of personnel transport were mostly history at the time of this line-up in [[2237]], but
starships. While wing folding was no longer an option due to the winglet tips forming the aft part of
tradition lingered well past the retirement of the A6.]]
the three-point landing gear, a packing density similar to that of mid-century shuttlepods could
easily be achieved by alternate nose-tail parking.


The 'Little Sioux' was propelled by two atmospheric jets on the upper corners of the engine section,
The wings extended from the rear hull to provide atmospheric lift, with winglet control surfaces at
and by a single [[Tumanski]] impulse engine at the lower tail. Radiators for the fusion pile covered the tail
the tips. The wing leading edges also housed engine coolers. For defensive needs, rapid-fire laser
in between the three propulsion elements. Gravitics assisted in vertical or short takeoff and landing.
units were mounted on the wingtips. Main sensors were located under bow and stern in special
Lifting capacity was modest, allowing for two pilots and two passengers seated in pairs behind a
cutouts; the forward cutout also featured a low-power deflector, the aft one a palletized jammer
single broad portside gullwing door. Once airborne, the 'Little Sioux' could perform formidable
suite for self-protection. For combat missions, four missiles could be mounted underwing.
aerobatics, however, and could be lightly armed with lasers and missiles for aggressive
reconnaissance or basic interception or fire support tasks.


In space, the 'Little Sioux' was an under-performer. Life support only allowed for two-day trips, which
Type 6 shuttles were officially designated the ''Sauk'' class, following the contemporary theme of
didn’t translate to practical interplanetary ranges with the impulse performance and fuel reserves of
North American tribal names, but the harrowing flight characteristics readily explained the more
the craft. There was no shielding for high speed operations or against unusual radiation
usually used name ‘Shook’. The craft were deployed aboard light and heavy cruisers to replace
environments, and the craft could sometimes get uncomfortably hot in direct starlight unless the
antiquated [[Guide:Class A3|A3]] and [[Guide:Class B4|B4]] (‘''Little Sioux''’ and ‘Big Sioux’) atmospheric craft. Due to their limited
heat exchange surfaces were properly oriented. Yet none of this mattered much in the primary role
spaceborne performance, they were almost exclusively used as alternatives to transporters when
of the light auxiliaries, and the craft achieved popularity as Class A3 starship personnel mover and general liaison. Thousands were built for planet-side applications as well, as the craft was superbly
deploying landing parties on planets featuring transporter-disrupting phenomena. Typically, a
affordable in manufacturing and maintenance alike.
[[Guide:Horizon/Advance|Horizon]] class cruiser would carry two of these craft in addition to Class B and C craft, although a dozen
could easily be accommodated aboard – more if the wings were removed for stowage, a nontrivial
operation calling for at least an hour of reassembly.


Gradual improvements on the basic model emerged during the three decades of service, but
The rapid development of multi-purpose shuttles soon led to the abandoning of this special type,
Starfleet largely skipped over all of these when in the [[2200s]] going for the Class A6 'Sauk', arguably
and also the whole classification system. Most units had been withdrawn by early [[2249]]. Some
the ultimate in this line of shuttlecraft development.
examples of these robust shuttles still serve as space-certified hovercars in many worlds, though,
and are sought-after collector items.
 
==Notes==
* I've removed the mention of Type III phasers, as these were not introduced until 8 years after the A6 was removed from service.
 
* The A4 reference was changed to B4, to reflect the heavy nature indicated by 'Big Sioux.'


==Gallery==
==Gallery==
<gallery>
<gallery>
 
File:A6 (starboard).png
File:Shook (bow).png
File:A6 (bow stern).png| Bow & stern cutaway
File:Shook (dorsal).png| Dorsal view
File:A6 (dorsal).png
File:A6 (starboard bow).png| Starboard view
File:A6 (ventral).png| Ventral view
File:ScoutBP.jpg|
File:ClassA6-geardown.png|Gear down
</gallery>
</gallery>



Latest revision as of 09:27, 29 October 2025

Class A6 / LSA(P)-44 "Sauk" or "Shook"
Class Overview
Category light atmospheric shuttle
Operational 2196-2249
Constructed 1,295
Dimensions
Length 8.8 m
Beam 4.5 m
Height 2.1 m
Mass 2.1 tons
Performance
Cruise Speed sublight
Max Speed sublight
Endurance 8 days
Complement
Crew 1
Passengers 4-5


Tactical Systems
Beam Weapons
  • 2x laser emitters (10 mw) (wingtips)
Missile Weapons
  • 4 missile hardpoints
Shields
  • navigational deflector (ventral bow)
Canonicity
Design Matt Jeffries (for Phase II)
Name own
History own



The sleek Class A6 light atmospheric shuttle was the direct descendant of the lifting-body, lifting wing personnel and utility craft of the 22nd century, and in many ways the culmination of that technology. The mechanisms and software that kept the aerodynamically highly unstable and thus highly maneuverable craft under control were on the verge of transcendence. As the A6 (also called Starswift by the manufacturer, and LSA(P)-44 in the systematic Starfleet listing) completed its test flight series in early 2196, engineers were already tackling the problem they curtly defined as “flying a brick through an aerobatic routine”.

Indeed, the limitations of the aerodynamic form were well recognized on the issues of utilizable volume, accessibility and footprint. It would have been difficult to accuse the Starswift of low utility value, though. In its basic configuration, the tiny craft could carry six people between an orbiting starship and a planet of 1-2 Earth gravities. Trititanium-aluminum alloy was used for the tubular pressure hull, which seated the pilot in the front, four passengers or palletized cargo in the middle, and a sensor operator/passenger in a rear seat. Wide gullwing doors opened on both sides for excellent access, while the pilot had superb view from behind a bulbous cockpit window.

Antigravs were provided for landing, while main propulsion was by a microfusion pile powering either jets of atmospheric gases or rockets feeding from an onboard tank. The pile took up most of the aft hull, along with the cylindrar fuel/propellant tank. RCS nozzles were located on wingtip pods, although main attitude control was by antigravs.

Four color schemes belie the presence of four starships, as liaison craft line up on the tarmac of Starbase 11. In the early 23rd century, regulations still called for shuttlecraft rather than transporters when a captain’s party was to attend a planetside function. The actual risks of personnel transport were mostly history at the time of this line-up in 2237, but tradition lingered well past the retirement of the A6.

The wings extended from the rear hull to provide atmospheric lift, with winglet control surfaces at the tips. The wing leading edges also housed engine coolers. For defensive needs, rapid-fire laser units were mounted on the wingtips. Main sensors were located under bow and stern in special cutouts; the forward cutout also featured a low-power deflector, the aft one a palletized jammer suite for self-protection. For combat missions, four missiles could be mounted underwing.

Type 6 shuttles were officially designated the Sauk class, following the contemporary theme of North American tribal names, but the harrowing flight characteristics readily explained the more usually used name ‘Shook’. The craft were deployed aboard light and heavy cruisers to replace antiquated A3 and B4 (‘Little Sioux’ and ‘Big Sioux’) atmospheric craft. Due to their limited spaceborne performance, they were almost exclusively used as alternatives to transporters when deploying landing parties on planets featuring transporter-disrupting phenomena. Typically, a Horizon class cruiser would carry two of these craft in addition to Class B and C craft, although a dozen could easily be accommodated aboard – more if the wings were removed for stowage, a nontrivial operation calling for at least an hour of reassembly.

The rapid development of multi-purpose shuttles soon led to the abandoning of this special type, and also the whole classification system. Most units had been withdrawn by early 2249. Some examples of these robust shuttles still serve as space-certified hovercars in many worlds, though, and are sought-after collector items.

Notes

  • I've removed the mention of Type III phasers, as these were not introduced until 8 years after the A6 was removed from service.
  • The A4 reference was changed to B4, to reflect the heavy nature indicated by 'Big Sioux.'

Gallery