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(Explanation of the MST) |
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The MST aims to utilize subspace in a more practical way in comparison to the subspace transporters of today, removing the need of a required state of quantum flux for successful use. Presently, a primary and secondary station are required to remain in orbit nearby a system star, needing high amounts of solar energy to power the significantly taxing transport (to send and to receive), but development is currently stuck in a stunted phase of holographic testing, repeatedly "losing" a [[Craft_assigned_to_USS_Garuda#Type-11_Personnel_Shuttlecraft|type-11 personnel shuttlecraft]] without the use of use of transportation relays (also called "beacons" in the development log). | The MST aims to utilize subspace in a more practical way in comparison to the subspace transporters of today, removing the need of a required state of quantum flux for successful use. Presently, a primary and secondary station are required to remain in orbit nearby a system star, needing high amounts of solar energy to power the significantly taxing transport (to send and to receive), but development is currently stuck in a stunted phase of holographic testing, repeatedly "losing" a [[Craft_assigned_to_USS_Garuda#Type-11_Personnel_Shuttlecraft|type-11 personnel shuttlecraft]] without the use of use of transportation relays (also called "beacons" in the development log). | ||
During development, engineers Core and [[Angeline Loupaz]] managed to mistakenly increase the range of a standard personnel transporter, successfully boosting the once 60,000km transport range to 80,000km. | |||
[[Category:StarFleet Corps of Engineers]] | [[Category:StarFleet Corps of Engineers]] | ||
[[Category:Sky Blake]] | [[Category:Sky Blake]] |