STARSHIP CLASS | |
---|---|
Miranda-class | |
Affiliation: | Federation, Starfleet |
Type: | Science vessel Supply hauler |
Service period: | 23rd century |
Dimensions | |
Length: | 167 meters |
Width: | N/A |
Height: | N/A |
Mass: | 150,000 metric tons |
Specifications | |
Decks: | 4+ |
Crew: | 26-35 |
Speed: | Warp speed |
Armaments: | Phaser arrays |
Defences: | Deflector shields |
The Miranda class is a technologically advanced type of starship utilised by Starfleet during the 23rd century.
History[]
Technical data[]
Propulsion[]
FTL[]
The class is equipped with an advanced warp drive system powered by a matter x antimatter reactor. It utilises the Alcubierre concept ie: compressing space-time around the exterior.
- The maximum speed is warp factor 6.8 with a cruising speed of warp 4.
Sub-light[]
Miranda class ships possessed a impulse drive system which was essentially a assembly of augmented fusion rockets, consisting of one or more fusion reactors, a coil assembly, and vectored thrust nozzles to direct the plasma exhaust.
Life support[]
- Gravity plating
- Oxygen generators
- Inertia dampeners
- Heat shield
- Radiation shield
Tactical[]
- Tractor beam generators: The class features multiple tractor beam emitters that project a beam of attenuated gravity at a target thus allowing the manipulation of its trajectory.
Weapon systems[]
Phasers[]
The class is armed with class III offensive systems consisting of four phaser emitter arrays that fire pulsed beams of nadion radiation particle discharge at a target.
Defensive systems[]
- Deflector shields: It boasted a high-capacity shield grid to protect itself from various threats, such as impacts from bolides and debris, various space-related and energetic phenomena and hostile weaponry.
Energy generation[]
The vessel is powered via multiple sources including; an anti-matter x matter drive which generated enormous amounts of power through explosive collisions releasing pure light (energy) which is then harnessed directly into FTL and several other systems and regulated through a matrix of magnets and dilithium.