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Early Spaceflight Designs

Jupiter is far enough away that jumping will be faster than n-space flight. Heck, without 4G+ continuous thrust, Jupiter is faster to jump to.
 
Jupiter is far enough away that jumping will be faster than n-space flight. Heck, without 4G+ continuous thrust, Jupiter is faster to jump to.
 
Jupiter is far enough away that jumping will be faster than n-space flight. Heck, without 4G+ continuous thrust, Jupiter is faster to jump to.
 
Originally posted by Aramis:
Jupiter is far enough away that jumping will be faster than n-space flight. Heck, without 4G+ continuous thrust, Jupiter is faster to jump to.
Interestingly enough, the Solomani Sourcebook for Classic Traveller has about a page or so about the activities of UNSCA and the development of jump drive. In a bit of serendipity, the premise presented was that jump drive DID serve as an in-system form of travel for several years before becoming adapted to interstellar flight. Much of this material gets re-presented in G:T Interstellar Wars, along with some new material.

Another thread in this disparate weave is the idea presented elsewhere about a Traveller universe with no Ancients, which would result in a cautiously growing Terran Confederation, eventually having to deal with the Aslan, Hivers, etc. Not sure if that idea got developed further, but it's not exactly the direction I was planning to follow.

Hmmm!
 
Originally posted by Aramis:
Jupiter is far enough away that jumping will be faster than n-space flight. Heck, without 4G+ continuous thrust, Jupiter is faster to jump to.
Interestingly enough, the Solomani Sourcebook for Classic Traveller has about a page or so about the activities of UNSCA and the development of jump drive. In a bit of serendipity, the premise presented was that jump drive DID serve as an in-system form of travel for several years before becoming adapted to interstellar flight. Much of this material gets re-presented in G:T Interstellar Wars, along with some new material.

Another thread in this disparate weave is the idea presented elsewhere about a Traveller universe with no Ancients, which would result in a cautiously growing Terran Confederation, eventually having to deal with the Aslan, Hivers, etc. Not sure if that idea got developed further, but it's not exactly the direction I was planning to follow.

Hmmm!
 
Originally posted by Aramis:
Jupiter is far enough away that jumping will be faster than n-space flight. Heck, without 4G+ continuous thrust, Jupiter is faster to jump to.
Interestingly enough, the Solomani Sourcebook for Classic Traveller has about a page or so about the activities of UNSCA and the development of jump drive. In a bit of serendipity, the premise presented was that jump drive DID serve as an in-system form of travel for several years before becoming adapted to interstellar flight. Much of this material gets re-presented in G:T Interstellar Wars, along with some new material.

Another thread in this disparate weave is the idea presented elsewhere about a Traveller universe with no Ancients, which would result in a cautiously growing Terran Confederation, eventually having to deal with the Aslan, Hivers, etc. Not sure if that idea got developed further, but it's not exactly the direction I was planning to follow.

Hmmm!
 
OB: most of the materials there are from a dubious source... and are going very pro-trek...

I wouldn't call that similar...

Oh, and here's the script:
</font><blockquote>code:</font><hr /><pre style="font-size:x-small; font-family: monospace;"># orbital data, m
xo = 149600000000
yo = 227940000000

#drive data, a=m/s/s f=sec@a
a= 10
f= 3600*24*3

# constants and derivatives
d = yo-xo
da = d/2
dc=0.0
t=0
fa= f/2
v=0

while dc < da:
dc = dc + v
if t < fa:
dc = dc + (a / 2)
v = v + a
t = t +1

t = t * 2
fs = f % 60
fm = (f % 3600) // 60
fh = (f % 86400) // 3600
fd = (f % 604800) // 86400
fw = f // 604800
ts = t % 60
tm = (t % 3600) // 60
th = (t % 86400) // 3600
td = (t % 604800) // 86400
tw = t // 604800
ff = t - f
if ff < 0:
ff = 0
ffs = ff % 60
ffm = (ff % 3600) // 60
ffh = (ff % 86400) // 3600
ffd = (ff % 604800) // 86400
ffw = ff // 604800


print a,"m/s/s Fuel:",f,"s =", fw,"w ",fd,"d ", fh,":",fm,":",fs
print t,"s =",tw,"w ", td,"d ", th,":",tm,":", ts,"s ", v,"m/s max "
print "freefall:",ff,"s = ", ffw,"w ",ffd,"d ", ffh,":",ffm,":",ffs
print "-"</pre>[/QUOTE]
 
OB: most of the materials there are from a dubious source... and are going very pro-trek...

I wouldn't call that similar...

Oh, and here's the script:
</font><blockquote>code:</font><hr /><pre style="font-size:x-small; font-family: monospace;"># orbital data, m
xo = 149600000000
yo = 227940000000

#drive data, a=m/s/s f=sec@a
a= 10
f= 3600*24*3

# constants and derivatives
d = yo-xo
da = d/2
dc=0.0
t=0
fa= f/2
v=0

while dc < da:
dc = dc + v
if t < fa:
dc = dc + (a / 2)
v = v + a
t = t +1

t = t * 2
fs = f % 60
fm = (f % 3600) // 60
fh = (f % 86400) // 3600
fd = (f % 604800) // 86400
fw = f // 604800
ts = t % 60
tm = (t % 3600) // 60
th = (t % 86400) // 3600
td = (t % 604800) // 86400
tw = t // 604800
ff = t - f
if ff < 0:
ff = 0
ffs = ff % 60
ffm = (ff % 3600) // 60
ffh = (ff % 86400) // 3600
ffd = (ff % 604800) // 86400
ffw = ff // 604800


print a,"m/s/s Fuel:",f,"s =", fw,"w ",fd,"d ", fh,":",fm,":",fs
print t,"s =",tw,"w ", td,"d ", th,":",tm,":", ts,"s ", v,"m/s max "
print "freefall:",ff,"s = ", ffw,"w ",ffd,"d ", ffh,":",ffm,":",ffs
print "-"</pre>[/QUOTE]
 
OB: most of the materials there are from a dubious source... and are going very pro-trek...

I wouldn't call that similar...

Oh, and here's the script:
</font><blockquote>code:</font><hr /><pre style="font-size:x-small; font-family: monospace;"># orbital data, m
xo = 149600000000
yo = 227940000000

#drive data, a=m/s/s f=sec@a
a= 10
f= 3600*24*3

# constants and derivatives
d = yo-xo
da = d/2
dc=0.0
t=0
fa= f/2
v=0

while dc < da:
dc = dc + v
if t < fa:
dc = dc + (a / 2)
v = v + a
t = t +1

t = t * 2
fs = f % 60
fm = (f % 3600) // 60
fh = (f % 86400) // 3600
fd = (f % 604800) // 86400
fw = f // 604800
ts = t % 60
tm = (t % 3600) // 60
th = (t % 86400) // 3600
td = (t % 604800) // 86400
tw = t // 604800
ff = t - f
if ff < 0:
ff = 0
ffs = ff % 60
ffm = (ff % 3600) // 60
ffh = (ff % 86400) // 3600
ffd = (ff % 604800) // 86400
ffw = ff // 604800


print a,"m/s/s Fuel:",f,"s =", fw,"w ",fd,"d ", fh,":",fm,":",fs
print t,"s =",tw,"w ", td,"d ", th,":",tm,":", ts,"s ", v,"m/s max "
print "freefall:",ff,"s = ", ffw,"w ",ffd,"d ", ffh,":",ffm,":",ffs
print "-"</pre>[/QUOTE]
 
Originally posted by Aramis:
OB: most of the materials there are from a dubious source... and are going very pro-trek...

I wouldn't call that similar...

Thanks for the code!

I must admit, I see what you mean about "pro-Trek" - nothing wrong with that, just not that close to what I had in mind.

More to follow shortly.
 
Originally posted by Aramis:
OB: most of the materials there are from a dubious source... and are going very pro-trek...

I wouldn't call that similar...

Thanks for the code!

I must admit, I see what you mean about "pro-Trek" - nothing wrong with that, just not that close to what I had in mind.

More to follow shortly.
 
Originally posted by Aramis:
OB: most of the materials there are from a dubious source... and are going very pro-trek...

I wouldn't call that similar...

Thanks for the code!

I must admit, I see what you mean about "pro-Trek" - nothing wrong with that, just not that close to what I had in mind.

More to follow shortly.
 
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