Meteor-class Space Destroyer

Technical Specifications of Droo Space Force GMSMP-DD-301 Meteor-class Heavy Space Destroyer:

As the latest demonstration vessel under the Generalized Modular Space Maneuvering Platform (GMSMP) program, the Meteor-class destroyer seamlessly integrates cutting-edge material science with modular combat philosophy. Its hull employs carbon nanotubes fiber composite armor fused with titanium alloy framework through single-mold forming technology, achieving optimal mass efficiency while ensuring structural integrity.

The propulsion system features revolutionary field-reversed configuration (FRC) magnetic confinement fusion engines equipped with next-generation high-temperature superconducting (HTS) coil arrays. Coupled with more efficient magnetohydrodynamic (MHD) generators, this powerplant delivers 230% increased energy output while reducing volume by 15% compared to previous models. Forty-eight VASIMR plasma-assisted thrusters arranged around the hull, working in concert with six main fusion engines, provide exceptional atmospheric and deep-space maneuverability.

The weapon system employs an energy-weapon-dominated multi-layered attack/defense array:
- 10 twin-mounted pulse laser turrets
- 12 electromagnetic rapid-fire turrets
- 22 smart point defense systems
- 1 bow-mounted axial super-focusing laser cannon

Modular architecture incorporates 32 standardized weapon bay interfaces compatible with three major combat module categories, supplemented by 48 external tactical hardpoints. In full missile configuration, the vessel can carry 520 various space-guided munitions. When required, the internal hangar can be expanded to accommodate 12 next-generation space fighters.

Through an innovative power distribution network, 60% of the fusion reactor's output is allocated to weapon systems, achieving 3.2 times the sustained combat effectiveness of directed-energy weapons compared to same-class vessels. This design philosophy that perfectly integrates modular scalability with strategic-level firepower establishes the Meteor-class as the latest generation of space weaponry safeguarding Droo's deep-space sovereignty and ensuring strategic deterrence superiority.

Due to the incomplete development of some supporting weapon modules (in fact, my computer performance is insufficient, The full version may require 4260 to 4860 parts), the space destroyer Meteor is only equipped with three types of missile modules, totaling 416 missiles, and does not carry space fighter.

Control methods:

Use Throttle, Pitch, Roll and Yaw to control the spaceship.
Slider1:Turrets pitch
Slider2:Bow turrets rotation
Slider3:Stern turrets rotation
Slider4:Both sides turrets rotation
AG1:Bow upper turrets fire
AG2:Bow lower turrets fire
AG3:Stern upper turrets fire
AG4:Stern lower turrets fire
AG5:Port turrets fire
AG6:Starboard turrets fire
AG7:Axial heavy cannon fire
AG8:Engine
AG9:Auto control 100m-10km
AG10:Height hold or landing
AG11:Hangar hatch (Takes 90s to expand)
AG12:Stern hatch
AG13:Upper turrets pitch
AG14:Lower turrets pitch
AG15:Port turrets pitch
AG16:Starboard turrets pitch
AG17:Upper missile hatch
AG18:Lower missile hatch
AG19:Both sides missile hatch
AG20:Landing gear (Auto control)

At any altitude within the altitude range of 100m-10km, turn on the AG9 to start the auto flight control, at this time, if the AG10 is on, the auto hold of the current altitude will be performed, else the auto landing will be performed.When the AG9 is turned off, the flight control program stops running and can be manually controlled normally.

Missiles can be launched by stages.But before launching missile, make sure that the missile compartment hatch is open, otherwise an explosion will occur! (Stage2-5:AG19 Stage6-9:AG17 Stage10-13:AG18)

VTOL can be achieved by switching the RCS translation mode.

Astronauts can be moved around in the spaceship by crew compartments.

Enjoy.