The large solar panels sort of look like Gigantor arrays maybe on pipes or actuators? You can also - if you don't want to use fairings and don't mind a draggy front-end on your rocket (hint: you should mind a draggy front-end on your rocket) you can also radially mount the satellites. Placing the satellites in a roughly equatorial orbit leaves the blind spots at the poles (our main concern is that the KSC does not get into the blind spot). Let's ignore occlusion by Mun and Minmus for now and focus only on what it takes to not get blocked by Kerbin. For more information, please see our Unexpected uint64 behaviour 0xFFFF'FFFF'FFFF'FFFF - 1 = 0? All RemoteTech antennas are safe to use above 35 km, so you should be able to deploy the antenna while still in line of sight to KSC. I use stock parts pretty rarely. Note that "What you can talk to" depends on the power of BOTH vessels (or the vessel and the tracking station), so if both vessels have the same power, the rated power is the range they can talk. Well actually kinf of yes. Once you are coasting to apoapsis, set a maneuver node to represent the final burn to reach orbit. The best answers are voted up and rise to the top, Not the answer you're looking for? A set of twelve evenly spaced relays at around 25,000,000km. Use RA-2 relays. So I am trying to build an efficient network of relay satellites to allow me to communicate with spacecraft exploring the far sides of the Mun and Minmus. Really like the design of your quad-probe. Fortunately, getting into a stable orbit before you lose control doesnt demand any precision computing. So unless you are talking to Dres that is probably overkill, and depending on what dish those are they might not reach out to Jool. Kerbal Space Program 1 KSP1 The Spacecraft Exchange Post Your Satellite Designs Post Your Satellite Designs By Wcmille, December 28, 2016 in KSP1 The Spacecraft Exchange Share Followers 1 Reply to this topic Start new topic 1 2 Next Page 1 of 2 Wcmille Members 116 312 About me: Rocketman Posted December 28, 2016 Factor of division = 1 - 184 / 426 = 0.568. they have have antenna extended and are in range but their not bouncing back signals to get full conection. In order to get a separation of p/4 (4 satellites evenly spaced on the orbit of period p), you need to have p/4 = t*(1 - p/k) with t the time between launches. That is, if this calculation shows you should launch every 550 days for a 100 days period target orbit, of course you should modulo that to a 50 days delay. This means tuning your launch trajectory so that you finish your final burn less than 280 km (27 longitude) downrange of KSC. Effect of a "bad grade" in grad school applications. The best answers are voted up and rise to the top, Not the answer you're looking for? Check that the Delay (+ signal) display reads one minute. New comments cannot be posted and votes cannot be cast. This is a small cost to do and allows you to range much further than KSC can pull off. Spacing - Generally, so long as any satellite can see the other two, everything will work, but placing them evenly will leave more room for error from orbital period mismatch to accumulate. An elliptical orbit might be better if you want to do it with one sat, but then you'd have to adjust orbit every once in a while to have the AP above your base/probe/rover. Basically, for a larger target orbit, you have to divide your initial assumption (of splitting the target period in 8 equal chunks) by p/k - 1 (which is then positive). Another thing to consider is polar relays are great for many things: > Anomaly detection over several days (at sufficiently high altitude you can see the entire planet face in Kerb net). We consider a smaller target orbit, so p

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