Lockheed OCP-11 Starfire II: Difference between revisions
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{{Infobox aircraft | |||
| name = OCP-11 Starfire II | |||
| logo = | |||
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| image = Terminal OCP11 Starfire.jpg | |||
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| image_caption = A schematic of the OCP-11 Starfire II as featured in a [[Bazza's Sinowatch]] cassette. | |||
| long_caption = | |||
| other_names = | |||
| aircraft_type = Space interceptor | |||
| aircraft_role = Cislunar, Europan and asteroidal orbital defense | |||
| national_origin = {{flagicon|United States}} United States | |||
| manufacturer = Lockheed Corporation | |||
| design_group = | |||
| designer = | |||
| builder = Lockheed Lunar Astronautics Factory | |||
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| primary_user = United States Air Force | |||
| more_users = Huxleyville Air National Guard<br>Republic of China Rocket Force | |||
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| introduction = July 2051 | |||
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| predecessors = OCP-9 Starstreak | |||
| successors = | |||
| concluded = | |||
| notes = | |||
}}The '''Lockheed OCP-11 Starfire II''' is a third-generation fighter-orbiter and space interceptor fielded by the U.S. Air Force (USAF). It was introduced in 2051 and is the United States' newest heavy space fighter. It is named after the {{wpl|Lockheed F-94 Starfire}} which was the first U.S. Air Force jet fighter equipped with an afterburner. | |||
The Starfire II is intended as the high of a high-low space fighter mix. It was designed as a large, semi-independent fighter platform capable of launching, escaping the Moon's orbit under its own power, and either loitering in High Earth Orbit or transiting to Mars or Europa. It is equipped with missiles and two 25mm autocannons loading proximity-fuse fragmentation rounds for engaging threats. | The Starfire II is intended as the high of a high-low space fighter mix. It was designed as a large, semi-independent fighter platform capable of launching, escaping the Moon's orbit under its own power, and either loitering in High Earth Orbit or transiting to Mars or Europa. It is equipped with missiles and two 25mm autocannons loading proximity-fuse fragmentation rounds for engaging threats. | ||
Revision as of 05:41, 23 December 2024
| OCP-11 Starfire II | |
|---|---|
 A schematic of the OCP-11 Starfire II as featured in a Bazza's Sinowatch cassette. | |
| General information | |
| Type | Space interceptor |
| Role | Cislunar, Europan and asteroidal orbital defense |
| National origin |  United States |
| Manufacturer | Lockheed Corporation |
| Built by | Lockheed Lunar Astronautics Factory |
| Primary users | United States Air Force Huxleyville Air National Guard Republic of China Rocket Force |
| History | |
| Introduction date | July 2051 |
| Predecessors | OCP-9 Starstreak |
The Lockheed OCP-11 Starfire II is a third-generation fighter-orbiter and space interceptor fielded by the U.S. Air Force (USAF). It was introduced in 2051 and is the United States' newest heavy space fighter. It is named after the Lockheed F-94 Starfire which was the first U.S. Air Force jet fighter equipped with an afterburner.
The Starfire II is intended as the high of a high-low space fighter mix. It was designed as a large, semi-independent fighter platform capable of launching, escaping the Moon's orbit under its own power, and either loitering in High Earth Orbit or transiting to Mars or Europa. It is equipped with missiles and two 25mm autocannons loading proximity-fuse fragmentation rounds for engaging threats.
In defense of American interests on the Moon, the USAF operates two types of Starfire squadrons. The first are its alert fighter squadrons with Starfires maintained on the Moon itself or orbital defense platforms supporting a fighter detachment. When a threat is detected, Starfires part of alert squadrons may be scrambled with a single crew intended for a short-duration mission. Generally when a fighter escort is to be generated to support a larger task force, an alert fighter squadron assumes the duty. The second type is the loitering squadron, which generate Starfire "patrols" in strategic regions beyond the typical range of a short-duration sortie to decrease response times in certain regions. Generally in High Earth Orbit or the Moon's orbit loitering Starfires will hook into power satellites to increase their endurance, and they will carry two crews to operate in 12 hours shifts. Starfire squadrons protecting installations in the Asteroid belt also typically operate like this.