Condottiere
SOC-14 5K
How expensive would it be?
You set up a telescope, and pay off a couple of post graduate students.
You set up a telescope, and pay off a couple of post graduate students.
Well, a few telescope satellites comprising a Long Baseline Array, but yeah. That's a thesis project right there!How expensive would it be?
You set up a telescope, and pay off a couple of post graduate students.
Correction.How expensive would it be?
You set up a telescope, and pay off a couple of post graduate students.
Or you could just, you know, go there in person. LOLWell, a few telescope satellites comprising a Long Baseline Array, but yeah. That's a thesis project right there!
... it's also a scenario hook. Grav drives make putting the scope-sats up cheap, and Jump means they can be parsecs apart for better triangulation, but someone's got to put them there in the first place, then check back on them to download image data.
Best part? The natives will never accept the answer no matter what answer you give them.Flyover Hex, or is that Flythru Hex?
The point being, for some reason it's not a Stopover Hex, and the reason for that has to be explained.
No, coliver had it right. When jumping to a particular planet or station, bumping into the 100D shadow of a planet or the star means you will stop in the correct neighborhood, rather than dozens of AU away. In an empty hex it doesn't matter where you stop, there is nothing to do except jump out (and bump into the shadow to precipitate out near the destination).Having a gravity well as a target brings up a number of quandaries.
If you need that gravitational anchor to activate the jump drive, is it in real time?
Or is it more a form of GPS?
Oort density is exceedingly low. Like a single 1 km iceball in a volume the size of the orbit of Neptune by one AU thick. One 20 km iceball in a volume larger than a sphere containing the orbit of Neptune. We've spotted about 30 TNOs large enough to be considered gravitationally self-compacted minor planets. They move so slowly that if one were recorded by the first Vilani scouts it might have completed one orbit in the 5k yr since.Oort clouds have some issues independent of whatever jump difficulties one gens up for them.
You REALLY REALLY want to KNOW that ice refueling is there if you aren't carrying your own.
That means you either found it, unlikely but prized if it's 'unknown', or you were told/stole/given the coordinates. Which means, it's not really a secret.
And that brings us to 100D of little ice chunks is a VERY SHORT DISTANCE by any Traveller version standard. 10 km ice, 1000km range. Ugly.
You can safely "bump" in to gravity wells, you just pop out of jump at 100D. No harm, no foul. It's not a misjump.I think the point is not to bump into gravitational wells, as I believe that may cause damage.
Correction.
Swap out the air/raft in a Type-S Scout/Courier for an astronomy/astrometrics styled workshop/lab space and you've got a mobile telescope observatory that can get all kinds of useful parallax for observations on the contents of a target hex from only a few parsecs away.
Sure, get me looking at those outlines… I so want to make in to tail sitters.I really like this variant. This means we get tonnage for a large sensor mount.
For example, a Deep-Space ranged antenna -- call it a radar dish I guess -- at 3 tons and MCr 3.5. (T5 numbers). That doesn't even use up the hardpoint.
Basically the antenna seen on the front of the Judges Guild "M, C & S Engineering" modular ships.
View attachment 2420
I'm rusty but my understand is that you can Jump-1 to an empty hex but it will take 1-6 weeks to get back on M-Drive depending on how fast your M-Drive is. As mentoned, risk of navigation error increases if jumping back.
Gosh my maths is that badUnless I missed the context of this repsonse somewhere . . .
If you Jump-1 to an empty hex, you are ~ 1 parsec (~ 3.26 light years) away from your originating hex. At lightspeed you would take ~ 3.26 years to get back. An M-Drive is much slower than lightspeed (and cannot exceed lightspeed in any event), even if you continuously accelerate until fuel depletion.