But you can space them farther if short on gold or redstone (at some speed loss), much closer spacing for up hills, and not sure how corners or diagonals (left, right, left, right, etc. On level ground (wiki chart), once up to speed, 1 powered rail every 38 regular rails gives optimum efficiency. I typically start with 2 rails operated by a button (for some braking effect coming other way) and the next either 12-15 out or closer if I need to climb, then spaced farther out if level 4 powered rails give you enough momentum to climb 10 blocks without more power, but losing speed in the process. 3 powered rails get you up to maximum speed on level ground. There are a number of factors and speed vs. Seems like a backwards loop for me, as I always advised against this before minecarts maintained momentum (alliteration win) when logging out and back in and boosters still worked. So the only trick is to create a storage method for the minecart that keeps it in perpetual motion. Fortunately, if the minecart is moving while you log out, the animal will stay inside the minecart when you log in. There is a small thing you have to deal with though, and that is animals hopping out of minecarts when you log out. Hop on the pig and press forward while facing the direction you want to go and you will move at the max speed like normal with powered rails. What you do is put a saddle on a pig, and then put the pig in the minecart. There's also another way to use Minecarts without many powered rails (essentially, you only use them as brakes). What I CAN tell you is that there is a way where if you lay down the track so it's always an "L" shape for the next piece, you move faster than normal (probably near twice as fast). I haven't felt encouraged enough to use powered rails after minecart boosters were removed, so I couldn't tell you. "To maintain maximum speed you need one powered rail each 26 blocks (25 blocks of rail, 1 block of powered rail)."
"To boost the cart speed from zero to maximum, you need 4 powered rails in sequence." "Thereafter, the optimal spacing of powered rails on a level track is to use 1 every 38 blocks (that is, a repeating pattern of 1 powered rail followed by 37 normal rails, then another powered rail, and so on) which maintains a constant minecart speed of 8 m/s." " 3 powered rails in a row on flat terrain is sufficient to boost a minecart from rest to the maximum speed of 8 m/s." Specifically, my question is this: How many powered rails are needed to boost a minecart from zero to its maximum speed, and how should powered rails/regular rails be placed so that the cart maintains its maximum speed? I feel as if this feature could make things like roller coasters even more interesting since you can constantly change the speed of it, it can also give more possibilities in minecart-related farms.I've seen so much conflicting information on the web regarding the efficiency of powered rails. Not using a repeater on a powered rail just means it's the same push-power as it's always been. 3 ticks make it more powerful than normal (in the sense that it pushes the minecart faster) and 4 ticks make it the most powerful. It can for example be so that 2 ticks is the normal power, if you change it to 1 tick the power becomes less powerful. So my suggestion is to make it so that repeaters can change the power of powered rails by changing the tick on the repeater when it is powering the rail. I liked the idea of this however I also understand changing this might mess up a lot of minecart-related farms that have already been built. So many of said people have suggested making the normal minecart speed faster or just making powered rails more powerful. I've heard people talk about how minecarts simply don't have enough speed on flat ground and that sprint-running is almost just as fast, not to mention how powered rails are very expensive to make especially in the early game.
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