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UNS Tiberian Future Mining Vessel (world)

Inspired by EVE Online, the UNS Tiberium Future is the "Keep Firing A$$holes!" engineering team's premier industrial mining vessel. Fast, agile, and versatile, it features a Hyperion 3 reactor which provides it enough power to supply 2 Phoenix Manufacturing Beam Drill mining systems that allow it to drill into ore deposits and asteroids, separating stone from valuable minerals from up to 1,000 meters away.


Features:
-all light armor blocks
-27 large atmosphere thrusters (13 underside/vertical)
-2 Phoenix Manufacturing Beam Drills which can filter out stone and prioritize specific ores and ice
-bridge with 2 mining stations and extra crew seats
-extensive flight control and group management system
-medical bay
-open-air engineering room with secondary pilot's seat
-connectors and cameras on all sides
-Hyperion 3 Reactor
-airlocks with automatic pressurization and door closure controls
-access through engine room in the event of power failure disabling normal ingress/egress


Specifications:
Dimensions (by large blocks) 45L x 31W x 9H
Weight (empty): 2,188,480kg
Minimum Fuel Weight: 2,199,391kg (full O2-gen, 1,000 ingots)
Cargo Capacity Weight: 4,511,116kg; 4,522,027kg (1,000 ingots, full ice)
Maximum Container Weight (all container systems full): 4,986,090kg
Maximum Carry Weight (all cargo-holding systems full): 5,196,090kg
Null-Thrust/Gross Overload Weight (Point of No Return): 5,700,292kg
Safety Threshold Weight: 504,202kg
Minimum Number of Active Engines (empty): 5/13 (underside thrusters)
Minimum Number of Active Engines (full cargo, max fuel): 10/13 (underside thrusters)
Power Plant: 1 Hyperion 3 Reactor (1.6 GW)
Minimum Uranium Ingots Required: 1,000
Flight Time With Minimum Fuel: 6-16 hours
Mining Time with Minimum Fuel: 1 hour
Time to Fill Capacity: 24':48'' (real-time)


This vehicle was tested extensively and utilized in a hostile Mars environment, and is considered Survival-ready


== Deployment Advisories: ==

* Minimum fuel load is 1,000 ingots.

* Landing area permitted, you can land the vessel, then power off the engines and utilize the strip miners in order to preserve power.

* The beam drills require more power with respect to their aiming radius: a longer radius means more power required to operate.

* Increased weight will affect your inertia significantly, especially during landings. Avoid application of excessive or aggressive burns and maneuvers during landing sequences.