Oneiros Beta - Revision history

90.151.21.165 at 21:22, 11 August 2013

2013-08-11T21:22:30Z

90.151.21.165 at 21:21, 11 August 2013

2013-08-11T21:21:51Z

← Older revision		Revision as of 21:21, 11 August 2013
Line 3:		Line 3:
	The Lucky Break		The Lucky Break

	The initial system scan takes about two hours. From what you can tell, there really isn't much in the outer part of the system. The various orbital bodies are all fairly close in.		The initial system scan takes about two hours. From what you can tell, there really isn't much in the outer part of the system. The various orbital bodies are all
			fairly close in.

	The outermost object you can pick up is a gaseous planet, but not really all that large. Your sensors indicate it's mostly nitrogen, and probably has a gravity close to 1G.		The outermost object you can pick up is a gaseous planet, but not really all that large. Your sensors indicate it's mostly nitrogen, and probably has a gravity
			close to 1G.

	In from that, and not very far out from the edges of where the nebula gets really dense, there's a terrestrial planet of roughly Earth-equivalent mass. You're even detecting an oxygen atmosphere. You suspect it's habitable, but it's also going to be very cold. You're going to want to wear a vacc suit or other cold weather gear, even if the atmosphere is breathable.		In from that, and not very far out from the edges of where the nebula gets really dense, there's a terrestrial planet of roughly Earth-equivalent mass. You're even
			detecting an oxygen atmosphere. You suspect it's habitable, but it's also going to be very cold. You're going to want to wear a vacc suit or other cold
			weather gear, even if the atmosphere is breathable.

	The next thing in from that is a massive field of ice asteroids ringing the very edge of the nebula. You'd guess that at least one truly enormous gas giant or multiple ice worlds had to be ripped apart to produce enough free mass for that. You shouldn't have trouble navigating it, but it is pretty big and there's some huge chunks of ice in there.		The next thing in from that is a massive field of ice asteroids ringing the very edge of the nebula. You'd guess that at least one truly enormous gas giant or multiple
			ice worlds had to be ripped apart to produce enough free mass for that. You shouldn't have trouble navigating it, but it is pretty big and there's some
			huge chunks of ice in there.

	Rook spends a fair amount of time on the computer before completing her report. "I've located five additional planets inside the nebula. I'm working from raw gravity signatures, though, so I can't get much more information on them than their location and rough mass. No details on their composition or nature will be available without a closer look."		Rook spends a fair amount of time on the computer before completing her report. "I've located five additional planets inside the nebula. I'm working from raw gravity
			signatures, though, so I can't get much more information on them than their location and rough mass. No details on their composition or nature will be available without a closer look."

	"From the closest to the binary outward, we have: One small world, a second small one, one that is very large and...quite high density, I'd say terrestrial, one that is roughly earth-equivalent, and a third small one. Next out from that is the ice field."		"From the closest to the binary outward, we have: One small world, a second small one, one that is very large and...quite high density, I'd say terrestrial, one that
			is roughly earth-equivalent, and a third small one. Next out from that is the ice field."

184.5.138.136: Created page with "Oneiros Beta - Outer System December 26th - 1100 Universal Clock Time The Lucky Break The initial system scan takes about two hours. From what you can tell, there really ..."

2013-08-10T12:48:23Z

Created page with "Oneiros Beta - Outer System December 26th - 1100 Universal Clock Time The Lucky Break The initial system scan takes about two hours. From what you can tell, there really ..."

New page

Oneiros Beta - Outer System
December 26th - 1100 Universal Clock Time
The Lucky Break

The initial system scan takes about two hours. From what you can tell, there really isn't much in the outer part of the system. The various orbital bodies are all fairly close in.

The outermost object you can pick up is a gaseous planet, but not really all that large. Your sensors indicate it's mostly nitrogen, and probably has a gravity close to 1G.

In from that, and not very far out from the edges of where the nebula gets really dense, there's a terrestrial planet of roughly Earth-equivalent mass. You're even detecting an oxygen atmosphere. You suspect it's habitable, but it's also going to be very cold. You're going to want to wear a vacc suit or other cold weather gear, even if the atmosphere is breathable.

The next thing in from that is a massive field of ice asteroids ringing the very edge of the nebula. You'd guess that at least one truly enormous gas giant or multiple ice worlds had to be ripped apart to produce enough free mass for that. You shouldn't have trouble navigating it, but it is pretty big and there's some huge chunks of ice in there.

Rook spends a fair amount of time on the computer before completing her report. "I've located five additional planets inside the nebula. I'm working from raw gravity signatures, though, so I can't get much more information on them than their location and rough mass. No details on their composition or nature will be available without a closer look."

"From the closest to the binary outward, we have: One small world, a second small one, one that is very large and...quite high density, I'd say terrestrial, one that is roughly earth-equivalent, and a third small one. Next out from that is the ice field."

← Older revision		Revision as of 21:22, 11 August 2013
Line 3:		Line 3:
	The Lucky Break		The Lucky Break

	The initial system scan takes about two hours. From what you can tell, there really isn't much in the outer part of the system. The various orbital bodies are all		The initial system scan takes about two hours. From what you can tell, there really isn't much in the outer part of the system. The various orbital bodies are all
	fairly close in.		fairly close in.

	The outermost object you can pick up is a gaseous planet, but not really all that large. Your sensors indicate it's mostly nitrogen, and probably has a gravity		The outermost object you can pick up is a gaseous planet, but not really all that large. Your sensors indicate it's mostly nitrogen, and probably has a gravity
	close to 1G.		close to 1G.

	In from that, and not very far out from the edges of where the nebula gets really dense, there's a terrestrial planet of roughly Earth-equivalent mass. You're even		In from that, and not very far out from the edges of where the nebula gets really dense, there's a terrestrial planet of roughly Earth-equivalent mass. You're even
	detecting an oxygen atmosphere. You suspect it's habitable, but it's also going to be very cold. You're going to want to wear a vacc suit or other cold		detecting an oxygen atmosphere. You suspect it's habitable, but it's also going to be very cold. You're going to want to wear a vacc suit or other cold
	weather gear, even if the atmosphere is breathable.		weather gear, even if the atmosphere is breathable.

	The next thing in from that is a massive field of ice asteroids ringing the very edge of the nebula. You'd guess that at least one truly enormous gas giant or multiple		The next thing in from that is a massive field of ice asteroids ringing the very edge of the nebula. You'd guess that at least one truly enormous gas giant or multiple
	ice worlds had to be ripped apart to produce enough free mass for that. You shouldn't have trouble navigating it, but it is pretty big and there's some		ice worlds had to be ripped apart to produce enough free mass for that. You shouldn't have trouble navigating it, but it is pretty big and there's some
	huge chunks of ice in there.		huge chunks of ice in there.

	Rook spends a fair amount of time on the computer before completing her report. "I've located five additional planets inside the nebula. I'm working from raw gravity		Rook spends a fair amount of time on the computer before completing her report. "I've located five additional planets inside the nebula. I'm working from raw gravity
	signatures, though, so I can't get much more information on them than their location and rough mass. No details on their composition or nature will be available without a closer look."		signatures, though, so I can't get much more information on them than their location and rough mass. No details on their composition or nature will be available without a closer look."

	"From the closest to the binary outward, we have: One small world, a second small one, one that is very large and...quite high density, I'd say terrestrial, one that		"From the closest to the binary outward, we have: One small world, a second small one, one that is very large and...quite high density, I'd say terrestrial, one that
	is roughly earth-equivalent, and a third small one. Next out from that is the ice field."		is roughly earth-equivalent, and a third small one. Next out from that is the ice field."