The Courageous carries a wide variety of extravehicular craft.
The standard complement of a Courageous class ship is patterned after the standard complement of a Galaxy class ship: 12 personnel shuttles, 10 cargo shuttles, 6 runabouts, 7 special purpose craft, 1 multipurpose vehicle and 12 two-person shuttlepods.

The breakdown of these are as follows:
        3- Shuttlepod type 16
        3- Shuttlepod type 16A
        3-Shuttlepod type 17
(Similar in shape as their predecessors, Types 15-16).

        6-Personnel Shuttle Type 7
        6-Personnel Shuttle Type 7A

The abovementioned shuttlecraft are christened after historical personages.

        5- Cargo Shuttle Type 9A
        5-Cargo Shuttle Type 10
The cargo shuttles are named after distinguished cities in the Federation.

        3-Danube-class runabouts
        U.S.S. Rubicon NCC-72936
        U.S.S. Nile NCC-73817
        U.S.S. Amazon NCC-73018
The Danube class runabouts are named after well-known rivers in the Federation.

        3-Sphinx workpods, Type 5 (modifiable)
        4-Work Bee workshuttles

And the ship carries the new class of runabouts, Everest class.
        3-Everest-class runabouts
        The U.S.S. Fuji NCC-74861
        U.S.S. Vesuvius NCC-74902
        U.S.S. Rainier NCC-74988

The Omega Flyer is housed in Shuttlebay Three.
All of the runabouts are housed in Shuttlebay One.
Part of the shuttle and shuttlepod inventory are divided between all of the shuttlebays.

Everest Class Runabouts

        The Everest-class runabout is an advanced runabout, recently developed by Starfleet. The first three have been assigned to the Courageous. It has stronger defensive capabilities and offensive capabilities than the Danube-class runabout, hence the frequent use by the Starfleet Marines. A full squadron can travel in one Everest-class runabout. These runabouts are mainly used for scouting systems ahead of the Courageous, and as military transports. They look similar to the Danube-class runabouts with subtle differences. Note: not all of the modules from Danube-class runabouts are swappable with Everest-class runabouts.

Omega Flyer

        The Omega Flyer is patterned after the Delta Flyer that Lieutenant Tom Paris and the crew of the Voyager had designed in the Delta Quadrant nearly 8 years ago. The Omega Flyer is a multipurpose craft, capable of a variety of tasks. It can shuttle cargo, like a Runabout or a cargo shuttle. It can also be used as a fighter craft with a minimum crew of two. It carries two micro-torpedo launchers capable of launching either micro-photon torpedoes or the newer micro-quantum torpedoes. In addition to the launchers, the ship has several phasers strips, and two pulse phasers are mounted on the forward part.

        Also, the Omega Flyer has ablative armor, just like the Courageous and Defiant class ships. On top of that, the craft utilizes the first combination Federation-Draganzian shield generator. The craft can withstand a beating from all forms of weapons fire, or from high atmospheric pressures. This shield generator replaces the hybrid Borg shield generator that the Delta Flyer has, since Starfleet R&D has found it very difficult to replicate the hybridized technology off the Delta Flyer.

        The interior of the Omega Flyer follows the same pattern the Delta Flyer has. There are two distinct portions, the forward compartment, and the aft compartment. The forward compartment houses the cockpit, which has four stations- helm, OPS, Tactical, and Engineering. The aft compartment is divided into two parts, a large area suitable for ferrying people, or housing a laboratory. The other portion is the cargo area.

        The only change in the cockpit is the new helm station. It utilizes advanced holographic controls. Lieutenant Paris’s theory that tactile flight controls were more efficient for piloting skills was studied, and it was found to be sound. So the Omega Flyer’s controls are three dimensional, allowing for physical manipulation, as opposed to the flat screen controls. To aid in better piloting, holographic emitters are installed in the helm station, creating holographic controls.

        These controls allow for the pilot to alter the layout of the helm controls to suit his or her, or its needs. The holographic controls are programmed with several different templates, ranging from human controls to Horta controls. Also included is a replica of the original Delta Flyer’s ‘retrofuturistic’ controls, as a homage to Lieutenant Paris’s contributions.

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