Not Always Shiny

We learned this very early on and it is a lesson that has been repeated for us several times. Wormholes have a dedicated amount of mass available for ships to transit after which they summarily collapse.

On our very first expedition, Project Move In, we managed to try and squeeze a freighter through a wormhole leading to a class 3. Oranges can’t fit through drinking straws and survive. The battleships jumped ahead and the freighter went back to downsize to an Orca which, according to research, should fit through. Paring down our crap into 1/10th of the space was a bit of nightmare, but a helpful second Orca accompanying the replacement Orca made the essentials fit.

Right – we’re idiots. The essentials were some small guns, medium tower, week of fuel, cargo array and ship array. The electronic warfare batteries were too big to fit so we left them in the staging station, as was the rest of the fuel. I think we also might have miscalculated the fuel ratios and didn’t really have a whole week.

The Orcae returned to the wormhole to find it strangely wibbly, but this was “unknown” space so there had to be things we couldn’t know. The first Orca with the tower and some fuel jumped in to the wormhole. End of story. Really – no more wormhole, no more connection. Just some very confused pilots floating around in Amarrian high security space trying to figure out what had happened for sure. The lesson we learned from this first experience were really good and helped us to prepare for some future operations and moves…, but not completely. The main lessons we learned were.

1. Too Much Ship = Do Not Enter
2. Too Many Ships = No More Wormhole
3. Bring the combat/industrial ships in after the tower is ready.
4. POS + Fuel should likely travel in same ship.
5. Wormhole MASS is often the limiting factor in large moves.

Apparently it is possible to time the rebalancing of fuel in the tower at the precise instant the tower decided to “cycle” through its hourly fuel needs. Should this cycle happen at the exact moment when say, some of the coolant was being moved out to make room for more isotopes, nothing bad should happen. When you accidentally split the coolant stack with an extra digit and move ALMOST ALL of it out right as the tower cycles – bad things do happen. First thing you might notice is that the wibbly, wobbly shield bubbled between you and oblivion is no longer floating around out there in space. The second thing you might notice is that the array next to you is offline. In point of fact, you may notice that ALL of them are offline. And finally, you may notice your disembodied consciousness looking down at the interior of the arbitrary station where you had installed a medical clone [you did update your clone right?].

1. Double check your digits when moving fuel.
2. Keep an eye on the fuel levels when moving.
3. Try to add fuel in balanced ratios to begin with.

You will die. A lot. Hopefully over time you will die less often. Some of our losses were due to a superior force with better ships and fittings and skills than ours. Most were just stupidity, laziness and incompetence on the part of high sec industrialist trying to learn how to harvest resources in null security space. To say we were ready for 0.0 is true, but these were wormholes and we were IN them. So were the pirates, gankers, griefers, some more pirates, bigger territorial industrialists, and solo PVP artists. Other times we just didn’t know the ships we were used to flying and what they would/could do when faced with certain situations.

1. Be willing to use and lose your ships.
2. TRY and learn from each death. [This is very hard. Expect to fail at it as well.]
3. When attacking a POS, warping to the nearest celestial object will fail.
4. Going after a bait ship is dangerous.
5. Chasing a bait ship into an enemy’s home system is not dangerous, it’s a free ticket to your medical clone [You did remember to update your clone, right?].

Ore takes up volume. Calculations of yield are based in m³/time, so it shouldn’t surprise anyone that all of those cubic meters add up. Remember our first lesson about wormhole mass. Two corollaries are spun off from it that apply in this situation. A) It takes a lot of industrial ships to collapse a wormhole. And, B) not much high end ore fits in an industrial [at best about a jet can]. An Orca helps both of these situations immensely, but also suffers from being highly susceptible to being intercepted along the way. Losing a fully rigged and fit Itty V is mere pocket change compared to replacing the Orca that didn’t make it back to the POS.

1. Intensive Refining Arrays are a good investment for any corporation that is mining in wormhole space.
2. Losing 25% of your yield/profit/potential is better than flying multiple trips to known space.