USS Eagle

• Vessel name: USS Eagle
• Registry: NCC-74659
• Class: Intrepid
• Role: Long Range Scout/Explorer

Vessel Size

• Overall Length: 345 meters
• Overall Beam: 132 meters
• Overal Draft: 64 meters
• Decks: 15

Crew Capacity

• Officers: 35
• Enlisted Crew: 90
• Total: 125
• Civilians (Families): None (See Captain)
• Maximum Evacuation Capacity: 500
  

Velocity

• Cruising: Warp Factor 6
• Maximum: Warp Factor 9.975 (12hr)
• Emergency: Warp Factor 9.985 (1hr)

Refit Cycle

• Standard Mission: 6 years
• Recommended Yard Overhaul: 24 years
• Hull Life: 100 years

Systems

• Phasers: 9 type X Collimated phaser arrays
• Torpedoes: 3 Mk 95 Rapid-Fire Quantum/Photon Torpedo Tubes (2 fore – 1 aft)
• Armor: Standard, Duranium/Tritainium Double hull, high structural integrity field system.
• Computer: LCARS, M-16 Dual Core, Bio-Neural Gel pack, Isolinear III Processors
• Warp Engines: Two 920 LF-45 Advanced Linear Warp Drive Units
• Impulse Engines: Two U920 FIG-4 Subatomic Unified Energy Impulse Units

Background
The Intrepid class starships marked a change in course for Starfleet away from building very large, elaborate starships and toward building smaller, more efficient vessels. One of a series of newer and more compact ships, the Intrepid-class was designed to be a fast multi-mission starship primarily intended for exploration, survey, and courier missions. A fast vessel with advanced sensing and research capability, the Intrepid class makes for an effective exploratory platform, while at the same time carrying sufficient armament to act as s small agile combat vessel. Several important advances in Starfleet technology mark the development of the Intrepid class. One of the most important features of the starship is the variable geometry warp nacelles, which allow an adjustment of the warp field to maximize its efficiency, as well as to minimize any negative effects on the fabric of space. Utilizing this cutting edge technology results in a vessel that can be flown at extremely high speeds with a significantly smaller power source than other ships of comparable size. Another design breakthrough in the Intrepid class is the inclusion within a protected backup chamber of a series of components that would allow for the assembly of a spare warp core. Should the main core be lost for some unforeseen reason, a replacement could be constructed by the engineering crew without having to replicate all the components.

The Intrepid class pioneered the systems that would allow a starship to make routine planet fall. Previously unheard of in starships, the ability to land and take off again with minimum system impact is being incorporated into a series of vessels, thanks in large part to the advance made and lessons learned in the flight of the Intrepid class. The most advanced computer systems available are at the heart of the Intrepid class ship. The computer uses bio neural gel-packs that incorporate synthetic neuron analogs in a nutrient gel medium. This arrangement mimics organic neurons, allowing the packs a processing protocol akin to what happens in a humanoid brain, speeding data functions and improving overall computer operations.