A few ideas to try and make our search "easier"
Crash scenario: ship is going down by metope 5 c you aim for flat ground! If you can't you choose a bit crater with a nice gentle up slope so it will not destroy your sip. You avoid at all costs mountains. Mountains are bad , they smash stuff really hard.
Scenario you land to hide your ship.
Choose a canyon or a mountain range with a deep valley.
Ok where did I put my tinfoil hat!
...
Mr Nicholas Powell seems to have rolled over for the federal regime. Has dr arc been compromised?
So my expirience from todays (hours and hours) flying around Merope 5C:
You will probably get "snowblind" after a while, this light grey, almost white kills your eyes. I flew over to the "dark side".
Was first flying "just around", came up with nothing. Then started at 0.00x,0.00x and flew "up" with bearing 180 ... ended up at 24.xx / 0.xx because i saw a huge (HUGE) crater passing on my right window.
The Diameter of this crater is beyond what i could estimate, but the largest i ever saw within this game (which does not mean anything ...)
Landed at one side, and decided to drive down, just because wavescanner scans better than my already sore eyeballs.
Went downhill for 45min. Did not reach the bottom yet. The side i'm going down is more of slope and not like a wall. However, every time i thought "well now i will reach the bottom", it was just another ledge.
Found nothing so far, except a NavPoint. Oh well, and Yttrium, which is nice to have.
Coordinates of the crater approx.: 23.4422 / 0.2486 - it is hard to miss.
Tomorrow will go further down, and towards the opposite wall (which is like a wall, at least from my current viewpoint).
If there is nothing, will continue to fly up with bearing 180.
Most of the time low altitude (below 200m), just because i don't trust the rendering on the Xbox.
o7
We did drop the UP and UA together. It's in my video earlier in the thread - the one were we test it in Merope, before we go down to Merope 5c. Nothing special seemed to happen.
https://forums.frontier.co.uk/showt...7-The-Canonn?p=4158296&viewfull=1#post4158296
How about 36 cmdrs all meet at one of the poles and each take a 10 degree bearing from one another and drive to the other pole! Now that would be a search party.
I am joking slightly, but still that is the level of dedication and single-minded purposeness I've come to expect from Canonneers
My estimate is that the scanner has a range of maybe 1 km. To ensure that we really cover everything, we need to place the SRVs 1 km apart at the equator, and then all drive to the pole, return to the equator, and repeat the procedure for the second half. We only need about 9300 commanders for this.
Piece of cake.
Merope 5c has a radius of 1478km. If my math skills have not deserted me, this means a diameter of 2956 km, so a pole-to-pole route would be 2956 * Pi/2 km or about 4643 km long. The top speed of an SRV is about 35 m/s, so this would take about 1.5 days of round-the-clock driving time if we can keep top speed all the time. If we hit rough terrain (and Merope 5C has a lot of that), the speed will be lower. My gut guess is that the average speed is maybe a third of the top speed, so we are talking about 4.5 days. However, there is one show-stopper: At the equator, you would have a distance of 2956 km * PI / 36 = 258 km between SRVs, so we would miss stuff.
My estimate is that the scanner has a range of maybe 1 km. To ensure that we really cover everything, we need to place the SRVs 1 km apart at the equator, and then all drive to the pole, return to the equator, and repeat the procedure for the second half. We only need about 9300 commanders for this.
Piece of cake.
Merope 5c has a radius of 1478km. If my math skills have not deserted me, this means a diameter of 2956 km, so a pole-to-pole route would be 2956 * Pi/2 km or about 4643 km long. The top speed of an SRV is about 35 m/s, so this would take about 1.5 days of round-the-clock driving time if we can keep top speed all the time. If we hit rough terrain (and Merope 5C has a lot of that), the speed will be lower. My gut guess is that the average speed is maybe a third of the top speed, so we are talking about 4.5 days. However, there is one show-stopper: At the equator, you would have a distance of 2956 km * PI / 36 = 258 km between SRVs, so we would miss stuff.
My estimate is that the scanner has a range of maybe 1 km. To ensure that we really cover everything, we need to place the SRVs 1 km apart at the equator, and then all drive to the pole, return to the equator, and repeat the procedure for the second half. We only need about 9300 commanders for this.
Piece of cake.
4.5 days with 9300 cmdrs... hmm so you're saying its possible then?
sounds like less effort than a cg too
Sounds like it's time for another Canonn recruitment drive! Literally, let's get those recruits driving!
Trying to convince 9300 CMDRs to drive from one end of a planet to another for no pay is going to be tough....
I'm gunna give it a go, I'll park up my Anaconda at the northern pole and make my way to the southern one. I should have more than enough SRV materials for refills. Is there any part of Merope 5C that someone suggest I drive through on the way? Any crater or anything?
Is there any part of Merope 5C that someone suggest I drive through on the way? Any crater or anything?
Check my map to see where people have already searched: https://drive.google.com/open?id=1w8fe95FR9Wz-eBcrz0ZKEEKSh1IesRprxRi5JJG4imU
Granted, not everyone on Merope 5C is actually using my map but there's only so much I can do about that.