Difference between revisions of "Grand Imperial Bases"

From OrbiterWiki
Jump to navigation Jump to search
m (changed category "Base addons" to "Surface base addons".)
m
Line 6: Line 6:
 
}}
 
}}
  
The Grand Imperial Base pack contains at present two Australian spaceport addons for Orbiter. The first is based South of Sydney and includes high-resolution surface tiles, Sydney Kingsford Smith International Airport (YSSY) and some surface scenery. The second is based at Cape Melville in Queensland, skirting the nature reserved located there.
+
The '''Grand Imperial Base''' pack contains at present two Australian spaceport [[add-ons]] for [[Orbiter]]. The first is based South of Sydney and includes high-resolution surface tiles, ''Sydney Kingsford Smith International Airport'' (YSSY) and some surface scenery. The second is based at Cape Melville in Queensland, skirting the nature reserved located there.
  
 
Both bases contain runways, VTOL pads, taxiways and ramps plus Ariane 5 and Shuttle launch towers.
 
Both bases contain runways, VTOL pads, taxiways and ramps plus Ariane 5 and Shuttle launch towers.
Line 14: Line 14:
  
  
[[Category:Addons]]
+
[[Category:Add-ons]]
[[Category:Surface base addons]]
+
[[Category:Surface base add-ons]]
[[Category:Addons by David Henderson]]
+
[[Category:Add-ons by David Henderson]]

Revision as of 18:10, 7 March 2007

Shuttle blasting off from Sydney Spaceport

Project home: Grand Imperial Bases homepage
Author: David 'dh219' Henderson
Current version: Unknown
Compatibility: Unknown


The Grand Imperial Base pack contains at present two Australian spaceport add-ons for Orbiter. The first is based South of Sydney and includes high-resolution surface tiles, Sydney Kingsford Smith International Airport (YSSY) and some surface scenery. The second is based at Cape Melville in Queensland, skirting the nature reserved located there.

Both bases contain runways, VTOL pads, taxiways and ramps plus Ariane 5 and Shuttle launch towers.

Melville

Vulcan landing at the Sydney Shuttle Landing Facility