Delta Vega Core Yard

Orbiting the planet Delta Vega in the Vulcan/40 Eridani system, this yard is the third largest of the warp core facilities in the Federation. With a staff of three thousand, it differs from Venus and Yoyodyne in that it also produces EPS Manifold systems.

It is a matter of considerable local lore the close call that the Core Yard had with annihilation during the bombing of the USS Cheron, and the subsequent breach of the ejected warp core. This happened very near the yard, and in fact rendered the plant inoperative for a week and caused the plant administrator's shuttle to crash land on the surface. Those who confuse the emotional control of the Vulcans with a lack thereof would do well to tally up the number of Vulcan staff members who say they were either aboard the station or personally saw the breach, with records of the staff level at the time.

Type-I Block-A
This warp core is used in the Kepler project, and is a locally designed core. At present this line has ramped up production from eight cores per year to twelve by adding a second shift to handle the beyond expectations build orders, currently up to thirty for Starfleet alone. They have also been involved in hosting engineers from member worlds who are attempting to build their own Keplers, teaching them how to build the core.

VSA Manifolds
The Kepler employs the VSA-7 Pulse Manifold designed by the Vulcan Science Academy. This plant is the only source of these manifolds, so the VSA Manifold line is easily the same size as the warp core line. The VSA-7 will be used by the new Envoy project, replacing the Renaissance's HIG-103 Pulse Injection. The manifolds produced by this line have a sterling reputation for reliability.

E40A Manifolds
The 40EA-II Industrial Manifold is required for the Centaur-B. This line is scaling down and transferring resources to the VSA line.

Workshop
The DV Core Yard has a facility set aside for prototyping cores, and was responsible for the prototype used in the Renaissance, and the Kepler.

Research & Development
Responsible for the as-yet unimplemented VSA Efficient coolant system, as well as cooperating with the 40 Eridani A Design Group on the Type-I series of warp cores.