J2 heavy lifter v2.b2 (part 3)

This is the rocket that will be launching the Aurora-vulture orbital vehicle when done.
The j2 has unique paint job and is a extremely powerful, it has decently efficient engines. With a masive cargo bay at 32m high and 3.2m wide. This is part three of the aurora-Vulture1; 2t project.
This is one of the two rockets that will carry the Aurora-vulture1 orbital vehicle. with This particular rocket is meant to carry the orbital vehicle Low earth orbit or moon orbit.

The J2 features:

• 200 ton capacity to 80km to 250km Orbit
• powerful gyroscope and RCS system
• Two gyroscopes one for Launching and one for orbit
• Standing second stage TWR
• 6000 Delta V
• a Solar array component of two solar panels, To charge the payload inside or to charge the lights and to keep the rocket running
• capable of transferring both power and fuel different stages or the payload inside
• Side boosters have high aerodynamics providing over 80,000kn Of thrust
• All AG labeled
• outstanding performance and extremely easy to operate
• huge cargo bay! 32m high and 3.2m wide

The J2 is meant to carry all types of payloads ranging from: rovers like the curiosity and opportunity, Space Capsules like the soyuz or the Boeing Starliner, it Can even carry small Space stations like Space lab Or even sputnik if you want.
There will be another version of the J2 to rocket which will have three boosters and a another version with four boosters will be coming out soon.

Payload capabilities:

The J2 is capable of taking 200 tons to low earth orbit, 120 tons high earth orbit, 30 Tons to the moon, 13 tons to the moon surface.

Pacific payload capabilities & altitudes

earth

• low earth orbit 80km - 250km: 200tons (max capacity)
  -low earth orbit 250km -400km: 140tons
  -low earth orbit 400km - 520km: 138tons
  -upper earth orbit 520km - 650km: 80tons
  -High earth orbit 650km - 800km: 68tons
  -High earth orbit 800km - 1200km: 40tons

moon orbit

-low moon orbit 30km - 50km: 30tons
-low moon orbit 50km - 100km: 26tons
-upper moon orbit 100km - 160km: 20tons
-High moon orbit 160km - 280km: 16 tons
-high moon orbit 280km - 250km: 12tons

(This chart flips if you enter moon orbit higher up then lower, so the the chart is Opposite orbit if your changing you current orbit in high moon orbit)

Please up vote this build if you would like to see more of this rocket In future uploads or if you found the rocket useful.

Aurora Co. Space industries

—“ making aeronautics the new simple “—

Signed CEO: Topgottem