D.S.F SD-301 Meteor

D.S.F SD-301 Meteor Heavy Space Destroyer Technical Specifications:

The Droo Space Force's newest generation generalized modular space maneuver platform, constructed with carbon nanotube-titanium alloy composite armor using additive manufacturing technology. Equipped with a revolutionary Magneto-Inertial Fusion (MIF) engine and high-temperature superconducting coils, achieving 230% increased reactor energy output while reducing volume by 15%. Features six nuclear fusion main engines and 48 VASIMR plasma auxiliary thrusters, delivering superior maneuverability in both atmospheric and deep-space environments.

Weapon Systems:

• 10 dual-mounted pulse laser turrets
• 12 electromagnetic rapid-fire turrets
• 22 intelligent point-defense cannons
• 1 bow-mounted hyper-focus laser main cannon
• 18 missile bays (supporting three types of missile modules with 32 interfaces total) and 48 external hardpoints (two specifications), enabling maximum missile payload of 520 units
• Hangar capacity for 12 space fighters

The new energy network directs 60% of reactor output to weapon systems, enhancing directed-energy weapon combat effectiveness by 3.2 times. Modular architecture supports formation of multi-vessel strategic strike groups, cementing Droo's deep-space sovereignty and strategic deterrence dominance.

Control methods:

Use Throttle, Pitch, Roll and Yaw to control the spaceship.
Slider1(0 to 1):Upper turrets pitch
Slider1(0 to -1):Lower turrets pitch
Slider2:Upper and lower turrets rotation
Slider3(0 to 1):Port turrets pitch
Slider3(0 to -1):Starboard turrets pitch
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 (Lasts 5s)
AG8:Engine (Controlled by AG9)
AG9:Auto control (100m-10km)
AG10:Height hold or landing
AG11:Catapult (Takes 90s to expand)
AG12:Internal hanger hatch (Controlled by AG11)
AG13:Exterior hanger hatch (Controlled by AG11)
AG14:Boarding hatch
AG15:Missile lunch (300m+)
AG16:Stern missile hatch (Controlled by AG15)
AG17:Upper missile hatch (Controlled by AG15)
AG18:Lower missile hatch (Controlled by AG15)
AG19:Both sides missile hatch (Controlled by AG15)
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. The auto landing program can only control the vertical speed of the spacecraft to ensure that the vertical speed of the spacecraft during landing is within the range that the hull can withstand. The horizontal speed and forward direction of the spacecraft still need to be manually controlled. When the AG9 is turned off, the flight control program stops running and can be manually controlled normally.

Because the craft is too large, the missile is only equipped with the simplest guidance program, and do not expect it to hit the target, and the missile can also be launched manually using 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 Stage14-15:AG16)

VTOL can be achieved by switching the RCS translation mode.The spaceship can be further accelerated using the forward slider.

Astronauts can be moved around in the spaceship by crew compartments (Insulated textured cabin).

Space fighter control methods:

Use Throttle, Pitch, Roll and Yaw to control the plane.
Slider1:Variable tail control
AG1:Auto control (Pitch and Roll 100m-20km)
AG2:Rocket engine
AG3:FOX1
AG4:FOX2
AG5:FOX3
AG6:FOX4
AG7:FOX5
AG8:FOX6
AG9:Landing gear (Auto control)
AG10:Wings snap (Auto control, for carrier based)

When running this craft on your device, the waiting time of the Vizzy program may be different than expected.

Not designed to run on mobile devices.

Welcome to play and have fun.