In the last stream we were working on expanding out our integrated Dynamics crafting and storage system to allow us to AutoCraft even more stuff specifically we were kind of working on the auto crafting of machine frames we got creosote and treated wood fully automated we now have 2048 treated Wood backed up and ready to go and right at the end of last stream we also requested I believe 20 machine frames which between episodes have been crafted and so now over here in the system we do have 20 machine frames ready to go and if we wanted to we could request even More of those to get even more machines made going forward I do think what we are probably going to want to do as I mentioned in the last episode is set up a different area of the base and basically set up a bunch of storage doors with downgrades and item exporters That have crafting enabled so basically Auto Craft all of the items that were AutoCAD everything and have like a backlog of them because although the ultra crafting system here does work it is pretty slow if I wanted to request another 20 machine frames especially this guy over here the automated Engineers workbench this takes quite a while to work its way through all of the different recipes so I think having a stuff backlogged maybe even just having the stuff that this machine makes backlogged could be a good idea anyway though what I want to work on in today’s Stream is I want to work on finally getting the next tier of research that being at utility research or purple research up and running an automated so that we can actually unlock the next stage of this mod pack and start looking into working with oil so to do that we Need to automate the production of endurium Gears signaling gears and lumium gears to make that happen we need three flow transposers three magma crucibles and then three compactors again thanks to the fact that now that we have all of these machine frames a lot of this should be pretty Straightforward one two and ideally three compactors we already have of course one magma Crucible and one fluid transposer so we only need two more of each of those for the flow transposer we’re just missing a couple of buckets I am gonna go ahead and make a stack of buckets Which apparently is gonna go into four Stakes usually when you shift quick in it would only make 16 for some reason then it looked like it made 64. but then realized it couldn’t stack them and divided them by four sticks that is very odd but either way there is our two Fluid transposers and of course finally we need two magma crucibles that is all easy enough and then we just need to place these down we are gonna have to move this between streams I did move the compacting drawers that hold our research to the side to make some room Here for all of the machines are about to put down now we need to move these because the compactor needs to be at the end so we need our three compactors at the end and ideally I think these would go like here here and here that way we can just take All three of these and kind of feed them up and into as many researchers as we want and then again in an Ideal World we do something like this with the flow transposers here here and then behind this wooden post and then finally the Magna crucibles would go here here and Here now one of the problems that we’re going to run into is of course the fact that this post is here we should move it but that does lead me on to another problem and that problem is power because right now we have these wooden posts but atop these wooden posts are LV Wire relays and LV wire connectors that can only transfer a maximum of 100 Red Star Fox per tick and as we saw in the last episode especially if we start looking at upgrading and augmenting these machines we’re very quickly going to exceed that 100 Redstone flux particular and especially if we want all Of these to be upgraded and all of them to be faced we’re very quickly going to start using potentially over a thousand Redstone flux particular keep all of this going and so we could definitely do with an upgrade to our power setup what we could do if we wanted is we could run More LV energy conduits from here down underground all the way around and over to these machines that would work and in fact we already have LV conduits over here so it’d just be a case of kind of digging up the floor and running them this way the problem though that we are Soon going to run into with our LV conduits is that they are actually the bottleneck that is preventing us from actually using the 10 000 Redstone flux per Tech that we are producing because right now each one of these dynamos is capable of producing 1008 Redstone flux Per tick however each one of these conduits is only able to extract 500 Redstone flux per tick at most and so we are never going to be able to pull the maximum amount of power out of these dynamos until we upgrade this system now there are a few options that we can go With you in terms of upgrading power the first is to unlock the next tier of power here and the other transfer research quest line we could unlock MV cables that can move a thousand RF per connector and we could get Envy conduits The Fairly cheap and these can do 5 000 Redstone flux per tick however we still run into the same problem where we have to make a lot of energy conduits and we have to run them everywhere around the base the alternative which I’m thinking of going with is down here there is the option for integrated Dynamics power and This one is more expensive it requires half a stack of 8X Logistics research eight lots of 8X mechanics and a 32 production but not really too bad in the grand scheme of things but this is going to allow us to unlock connectors from integrated dynamics that allow it to Move power in a similar way to how we’re moving items currently there are two big benefits to this one from what I’ve been told the integrated Dynamics connectors can transfer 5000 redstone blocks per text so a similar amount to the MV conduits these ones you yeah and so if We put those onto our dynamos they will be more than sufficient to extract all the power from them the second huge benefit is once again the omnidirectional connectors because we can just connect our power connectors to the same lines that our omnidirectional connectors are connected to and then if We want to get power out to a rogue machine for example if we wanted to get power out to a drill instead of having to craft a new bit of 10 solar panels to power that one drill we could just make one omnidirectional connector and then one power output connector and then pop A drill down and wireless to connect that power basically anywhere in the world which I think is going to be a huge benefit to us going forward and is going to help us kind of slowly but surely reduce the massive amount of conduits that we are currently trying to Hide underneath the base here we’ve got so much snaking wiring conduits going everywhere I think having Wireless power is going to make our lives a whole heck of a lot easier so in order to do that we are going to need 32×8 Logistics research you’ll notice this is full Managed to get to 64 lots of 64x logistics research and we do have that downgrade in there stopping anything else from going in I actually have more Logistics research in my inventory here because I think I took that out at the end of the last episode then didn’t put It back in and since then it’s filled up so we actually have more than enough Logistics research here that I currently can’t put away because the door is full we then need some of this and some of this and then down here we should be able to fairly easily hand all of those In and unlock the next tier of power generation so if we type in energy we have now the energy interface attaches an energy holder to the network energy importer energy exporter world energy importer pick up energy from the world I’m not quite sure how that works and World energy export to place energy into the world so I think it’s the energy importer and the energy exporter though we are kind of after here although we may actually want the energy interface because right now we don’t actually have any dedicated power storage however over here the dynamos Kind of act like power storage each one of these dynamos can hold 1 million Redstone flux in its buffer and so effectively here we do have a 10 million Redstone flux protect battery but it’s just inside of the steam dynamos and so what I think we want to do the Importer I think would try and pull the energy in and put it in like a battery from integrated dynamics that we could attach to the system but I think what we can do instead is just put down energy interfaces onto the dynamos here and then use energy exporters over on for Example our new line of machines which we can collect very easily because there’s already an omnidirectional connector here and that’s going to give all of these guys power I think from inside of those batteries now of course I don’t really at this moment in time Want to completely rip up all of our LV conduits and so what I think we’ll do is real quick we’ll make some of these connectors first but I think we’ll probably look at connecting some of these LV conduits back up to their own energy exporters so that we can kind of Bridge the two systems together if that makes sense so for the energy interface we do an energy battery and interestingly here for the energy geometry we need an unfamiliar item so I didn’t know that we would have to unlock this but it turns out that we do in fact Have to unlock the basic capacitor here which is not too bad it’s an extremely cheap recipe that we probably should have unlocked a little bit earlier in the pack it is just 16 Logistics research but hopefully that now gives us everything we need to actually make this It does so the LV capacitor super easy planks iron ingots and Redstone I am going to get into the habit I think somewhat of teaching our system how to make recipes like this although I say that I keep forgetting that both of these recipes like all three of these Recipes actually do require sequential Fabricators because of the fact that none of them are unlocked by default so what I might do actually is I might come over here type in sequential we did teach our system how to make some bunch of Fabricators can I get 20 of those the Answer is going to be yes what I’m going to do though is I’m going to take these machine frames out because I don’t want to use those machine frames to make the sequential Fabricators so I’m going to say can I get 20 sequential Fabricators I think the answer is yes craft while That’s working on that I’m just going to manually craft these for now but once we have a lot of those going we can then look at using those in the future for you know automating more of these energy interfaces for now it should just be a case of getting 10 redstone blocks we’ve Got over 2000 redstones so I’m just going to craft a stack of redstone blocks here once we have those everything else here looks pretty straightforward I only have couple we have and then planks we also have we’ve got over a thousand wood now thanks to the wood automation that we set up last Time and so if we just craft a bunch of planks we can then craft at least 10 of these LV capacitors and once we have 10 of those do the exporters also require the batteries they do so the Imports and exporters also require the interfaces so in that case I might make like Can I make like 32 of these I was gonna make 20 but I think having a little bit of a buffer here is going to be useful so I’m going to make 32 LV capacitors I’m going to upgrade that ideally to 32 batteries to these stack of course not That’d be far too easy um the only trouble we might run into here is manual chunks we do have 1 300 of them but eight at a time it’s going to really start to um to tear through these and once we’ve got 32 energy batteries we can now look at crafting Those into energy interfaces I am now just realizing you get four at a time here so we have kind of gone a little bit overbought here but I think we are going to be using this system as our main power transfer system for at least the the next little while definitely Most of the mid game and so I think this is fine so right now if I were to craft up a couple of energy exporters which we can do with output variable Transformers again we’re going to need I think where more of those going forward as well like the the alpha variable Transformers seem to be used for everything if I take these I’m hoping that what I should be able to do is get rid of all of these conduits here replace them with the new energy interfaces like this then we’re going to connect all those up with logic cable I’m also going to get rid of these cables here for now because I think we’re going to use uh some of the energy exporters to export you know hopefully the full 2018 drivers protect to this magma Crucible but my hope is that down here this is kind of our main power line Right now that’s powering everything that’s currently connected to uh an LV conduit so I’m hopeful that what I can maybe do is put down an energy exporter like this and then I was really hoping that we could get that energy conduit to connect to that energy exporter although It looks like that is not the case which is very unfortunate I was hoping that we could kind of just export although actually hold on maybe I need to connect it to the cable sometimes that is required before the connection will will come together no but it looks like that’s still not Going to connect that is unfortunate we might have to get in that case some kind of intermediary battery to bridge the gap between the conduits and the integrated Dynamics system in that cares that all these LV capacitors here which again are not particularly expensive we might have the Logistics research we don’t that’s fine let me grab a little bit more out of here hand that in and then we need 16 mechanics as well we’ll hand this in these allow us to stop power and they’re also quite interesting in that by default they actually don’t have that Good of a throughput rate we type in capacitor here I think they do require yet again the the LV bantries here so we’re gonna have to make even more of these I’m going to go ahead and just shift click it here because I think we only have like 32 blocks of redstone Left anyway we do indeed and then let’s see how many of these can we make the answer is zero that is fine let’s do this make a bunch of those coils of course previously it was uh tricky for us to get treated wooden sticks thankfully now it’s significantly easier to get treated Wooden sticks because we have so much treated wood available so let’s do something like this and then once we have those let’s also do something like this copper and stone are our most abundant resources so I’m not gonna sweat making a snake of those and then that should give us hopefully quite a Few of these LV capacitor Banks now the way these work is by default you put them down and it has a mix input a Max output of 500 Redstone flux per tick which is kind of fine maybe but the trouble again is that I think our LV conduit network is using More than 500 Redstone flux per Tech right we have all of these machines here all of these are connected up and they all use 250 hours per ticks so it’s kind of 500 a thousand one five hundred two thousand two five hundred three thousand three seven fifty now obviously they’re Not all running all the time but here we need one of these energy spotters going into the bank but then we need multiple conduits coming off much like we had with the dynamos just here we had 10 conduits all pulling out we need that same kind of setup with the capacitor Bank and thankfully if you put down two capacitor Banks next to each other they form into kind of one multi-block that has double the max input and Max output So the plan here basically is to get rid of this and then down here underground we’re gonna just set up a big old Battery so if we dig out some space here it doesn’t need to be that big in terms of storage it really just needs to be big enough in terms of power throughput for us to be able to insert and extract the maximum amount of power so we’re Gonna throw all these down I’m gonna set each one of these to extract like all of these energy conduits here it should be set to extract so right now this can pull 1 500 out because it’s got three connectors if we do this this and this that should give it 3 000 redstone Blocks per tick of extraction capacity then what I might do here is I might actually move this entirely that does mean we’re going to have to reroute one of those icon conduits that is completely fine we’ll just do something like that and we’ll also do something like that to re-engage that uh 3 000 Redstone flux protect throughput but then if we take this exporter we should be able to put that here with a cable connecting that to the main Network and hopefully that should start filling up with power as soon as we do oh hold on if I’ve been a fool here let Me check something real quick I’m wondering if I do this and I do this it might have been because I didn’t have a card in it let me just quickly check if that’s the case if I do that and say export energy can we then make that Connect no it still doesn’t connect okay cool I just wanted to test if that would work it doesn’t which is fine it now means that down here if we just put a card in export energy it should start exporting 5000 Redstone flux per tick into here it’s obviously I’m gonna do a Maximum of six thousand redstone blocks per tick but it should start exporting the energy by default here the energy transfer rate is 1000 I think we can set that up to five thousand if I try and go higher than 5000 it says no invalid value okay So I think 5000 is the maximum export rate there now this is filling up but slowly the reason it’s probably filling up slowly I imagine is due to the fact that power is going out about as fast as it’s coming in so especially initially we will have been draining These buffers and now these buffers will be filling back up with the power once these buffers are full of power we should hopefully see this kind of slowly back up the fact that it is backing up is um it’s good news for us that it means that we’re using less than six Thousand Redstone flux particular entire base which is kind of to be expected over here we can do the exact same thing with this guy we can put an energy exporter down like that and then run a cable to here and again if we put just a variable card in like that that should Start giving this guy up to currently a thousand redstone blocks per tick obviously we can change that to 2 800 which is the exact amount this guy needs and this guy should now run at his maximum speed which is hopefully going to keep all of our induction smelters Full up on Rich slang that is fantastic this is awful which is good everything is running is intended there and so now what we can also do Bank over here we can make a few more of these energy exporters and we can put them down on our machines here one two Three four five six seven eight and eventually we’re gonna do nine of course right there and then as per usual we need yet more cable that is fine I was gonna shift like a snack there but I don’t know what you know I’m gonna do that I was a little worried about how Many uh crystallized manual chunks we had left but we’ve got like 800 still remaining in the system so that’s fine and then let’s make sure that every single one of these is connected up and then we can do something like this I’ll probably end up moving this but for now Let’s just see if we can get this working and then each one of these does need its own variable card but it looks like this should work just fine and should give every single one of these machines the um the amount of power that they need of course the only thing we Haven’t done is over here we do actually need to connect this setup to the main setup so we need to do something like this and kind of run this along again right now this kind of little jump here is a bit awkward but that should be connected and over here we should see Power being sent into these machines we do nice okay cool that is good news I do need more variable cards that’s not a problem we can make a stack of those very easily do something like that these all have power and I think what I am Probably going to do here is I think I’m going to tear down this post in its entirety that gives us room to put down the other fluid transposer like this and obviously connect that up with its own energy exporter and cable and variable card boom what I think I’m Gonna do I think I’m going to set up another capacitor Bank over here like another small capacitor bank that does require more wires that’s fine but if we do that I can then kind of replace all of the lb connectors that we have here with conduits which I think Is going to be the best solution we’ve got a lot of conduits obviously we could replace every single connection with an energy exporter and a variable card and a logic cable but I think it’s more expensive I think it’s going to be a better setup just to have a little bit Of a bank because we don’t use that much power here right the facts that we were able to run it all with just these LV cables means at most we’re using 800 Redstone flux per tick probably less than that and so I think what we should Probably do is set up a little bit of a bank of capacitor Banks like this and I think if you use the yetter wrench you can see the the input and output on these you can and if we set this to input via an energy exporter that’s going to give it Up to 4500 Redstone flux per tick so long as of course we set the max to 5000 here and so we should see hopefully look at that power’s going in perfect and then from there we can just take these conduits and then just run them like this over and two certain machines Like that that’s going to give this guy power and this should all work it’s possible we can do the same thing here if we wanted to save on these energy exposes we could maybe have just uh used one on the capacitor bank and then pulled the um the power out to the rest Of these because I don’t think any one machine is going to use more than 500 Redstone flux per tick but I think this is fine and I think this is a better solution that’s going to allow us to stock all of these machines back up to Power without having to uh to upgrade to the MV wires which we could have done but it’s kind of kicking the can down the road where we’ve got to strip the whole thing out and use the cables again for that like the the MV wires and the MV connectors and the Envy relays only to then run into the same problem again later on down the line when we need to upgrade even further to our higher zero power I think something like this is a much better fit for the current stage of The game and so yeah let’s quickly do a little bit of um of connector replacing shall we chat all right so all of this is hooked up there actually isn’t that much to power there’s the metal presses there are these two machines here and that’s kind of it then it’s just a case Of powering all of the um researchers which is also done I’ve moved the battery Bank over to the side just because I think it looks a little bit nicer and I’ve set it to be in out on the the whole thing here now you can do That with the ETA wrench if you change them all to in out like this it will just form them like that you can do it smaller you can do like a two by two square or a three by two it’s very configurable but that’s all ready to go This should be receiving power it is and then up here that power should be being taken out and used whatever it’s needed which is good so that’s all working one Nifty thing I did notice is that right here you can see at the top that actually if you look at any energy Exports we have it shows you how much energy we have stored in our dynamos so right now there’s 9.5 million Redstone flux done the dynamos it’s kind of like how if you look at any of these item interfaces it shows you all the items that we have in storage as well Obviously there’s a lot of space for it to show all of them but just something I noticed I thought was kind of interesting another interesting thing that we’ve not done so far but that we should do is get ourselves some facades for the integrated Dynamics cable which Are super easy to make it’s a block of crystallized mineral with four slime balls you get 32 of these at a time and if much like with the facades from Nyo we take a treated wooden plank do this and this I don’t know if I need oh we do Need one plank purpose art which is not how it works with Nyo by the way with um nyokia we’re out of play but with Nyo you can take like a full stack of facades and then use one block to call them all so here I have two I Can put one plank in and then I can shift like and I get both of them which is real Nifty so um we are gonna need more wood here if we want to get a lot of these but we can do this which is cool it’s going to make it just A little easier to hide certain bits and to make it look a lot nicer you know right now we’ve got some cables like coming up through the flooring places that uh that doesn’t look quite as nice like this here and also just occasionally there are places where I Think it just looked nice if we could kind of completely hide the cable altogether which it turns out now we can do and in fact right now I do have all of these here but I think it probably would look better maybe if we put these underground although what we are going To have to do now over here is actually set this up right because we need to do two things we need to export one item to all of these magma crucibles for that we are going to want to get you guessed it the item exporter again from Integrated Dynamics so we need three of these that does require a few more of these item interfaces that is not a problem we will take two and three so we’re gonna go probably not on the side I guess we’re gonna do on the bottom because we also Need to send items to the fluid transposers as well so I think what we might as well do here is kind of dig out a bit of space underneath ideally if we can avoid it I’d like to not fall down into the Mind shift so I’m Going to do that temporarily and what we should be able to do here is put down our exporters so I know I made three but I should definitely make six once we have those we can then go one two three and then not four the jump boost on my Uh this episode I should say on my boots is uh is messing with me here unfortunately I don’t think you can turn the step assist off which is um is unfortunate but it’s a small trade-off for the speed that we get so now we can Use these to export so here let’s do the Redstone the golostan and the ender pearls so those are gonna go in the first three exporters here and I don’t think we can open these yeah until there’s a cable connected which is a little bit of a pain but it means that In here we can export the Redstone we are gonna have to do the configuration inside of our logic programmer so in here we’re gonna say item and the first one here is going to be Redstone we’ll then take that one out we’ll do the same again for glowstone take that one out And then finally we’ll do you guessed it the same again for ender pearls take that one out and then now we should be able to specify that we want this to be full of redstone we’re gonna go export items here we’re gonna go export items on the glowstone and on the ender pearls And if that is set up right we should start to see those items exported obviously as soon as we connect it up to the main line and again for the time being just to see if this works I’m going to collect it up over here but we Will move this to make it look a little nicer in the not so distant future and look at that it totally works the only reason this one hasn’t worked is because this one is pre-configured to not be an input on the bottom but that is now producing all of those liquids so now What we need to do is we need to export the Alloys to these three exporters now the Alloys are a little bit trickier and I guess we’ve kind of got two options here for how we want to make this happen because we could if we wanted to have Three induction smelters here one for each Ingot that is required alternatively we could also look at just teaching our one centralized induction smelter which is here how to make all three of those and then have the the items sent over to the fluid transposer and I’m not entirely certain which is The best option here I do think it’s going to be better if we have three induction smarters here just because I think we’re gonna be making too many Alloys for the one inside to keep up so if I want three induction smelters again thankfully we did save these machine Frames earlier so hopefully it’s just a case of making a couple of invar Gears fantastic uh people I saw somebody in these two comments complaining about the fact that I was still making gears this way when we do have the uh the gear working die it is true uh that I could Come in here and I could use my compactor to make a gear cheaper the reason I’m not doing that is just time it is very tedious to come back into here and you know get the Enviro out put the inval that I want in here wait for It to craft take it out after the fact like every time I want to craft something it’s a lot easier to craft something wirelessly when I’m just out and about and do it that way and I think it’s worth you know the little bit of extra resource it costs to make that Happen especially because most of the resources we have are limited so now that we have three induction smelters I think what we’ll do actually is we’ll get rid of these three connectors because we’re actually not going to export to here instead we’re going to go and put three of these down like this And then we’re gonna have two connectors on these we need one connect for power which we can actually do on this side right so we can do this this and then if I get one more of those connectors like that we can then do this and of Course as per usual we can just make sure that each one of those is set to export energy that’s going to get power to the induction smelter and then on the other side here this is where we’re going to replace down our item exporters and in these ones we’re going to tell it To export the resources we need now oh again it might be one of those situations here where we actually want to do two separate sides so right now this is uh configured just default if we change this we might want to have it set to output on the top which I think is Correct I don’t think any of these produce a buy products so I don’t think we have to worry about this secondary slot on any of these we’re done but I’m thinking instead of just having the input on the side we could in here just have it um Import via a list so if we put a list here as opposed to just one item here we could say in export two things but then there’s always a possibility that both slots fill up so I think instead what we’ll do is we’ll have one of the sides Be green and one of the sides be purple and that way we can continually send different items to different sides so that both slots never get filled up with the same item that does mean we’re going to need three more exporters and three more variables that we have to uh Configure but I think it’s going to be worth it one other thing that I think we can do by the way I think that thermal expansion has red paper or is it called like red print yeah this one right here use our block to copy its settings so Kind of in a similar way to how the conduit probe Works red paper super easy to make and right now this configuration where we have output at the top and then input on the White and the bottom we want this same setting to be on all three induction smelters I could go Through and configure them all individually so the way this works I thought there was a shift right click involved like with the conduit Pro that’s not the case in this one you right click the copy and then you right click again to paste there’s no no shifting you shift right click to clear The paper so the paper is now completely cleared and so you’ll see that all three of these are now configured exactly as we like so over here for example the compactor is going to receive from the left and give to the right we can then shift right click the clear right click Right click right click and then shift right click again to clear these are all now configured in the same way same screw over here this one is going to receive liquid from the left and it’s going to receive the alloy from the bottom and then it’s going to Output to The right like that and again we can just right click right click right click shift right click to clear and of course over here same kind of deal we’re going to input from the bottom output to the right that’s basically all we have to do so right click right click right click Shift right click nice Okay cool so these are now all configured correctly all we need to do now is specify what we want exporting so for the Redstone which is the furthest Ingot let’s get that guy going again even though I think the uh Minecart is kind of coming to the end of Its life cycle here I don’t really think we need it that much going forward but um you try and make a bit of space essentially this induction smelter here needs copper and silver so again now it’s basically just a case of taking the ingots we need out of the system and Then doing the same kind of configuration over and over and over again in the portable logic programmer here to make this work so the first one here was silver and copper copper of course we have and silver of course we might have yeah we got quite a bit of Software here that’s good we’ll take those and then in here just like before item Boom for copper take that out and again item four silver take that out one of those needs to go in here let’s make sure that is connected like that and so in here we will say output silver I Guess to the bottom and then round on the other side we’ll put another cable like this and we’ll say output the copper and so now in here we should see both copper and silver you want to make sure that the metallurgical flux slot is not locked and yeah that’s just going to Keep going that’s going to keep making these ingots those ingots should then get sent up to the top to be turned into the Alloys and then in here I’m going to turn this off for the time being because we don’t want the made into plates which Is what they’re going to be made into by default we want these made into gears which we do of course with the gear working die for that we need um I guess we want three of these so we’re gonna do like 12 iron ingots here and then we can craft that into three Gear working dies make sure that each one of these machines boom boom boom how’s that gear working dying turn that back on and boom we’re gonna start making the signalum gears and of course we’re gonna take those and uh using the item conduits and their difficult settings We’re gonna have those export to the different inputs of this researcher and of course we’ll make more researchers to make that work and yeah we just copy that same system for the lead Platinum Ingot obviously we don’t have any platinum right now so we’ll have to go Find some and start mining that up lead I think we do have like a little bit of 27 is not much platinum we’ve got Platinum Ore so we’re gonna have to take the Platinum all and the lead ore which I think I use the Lead all which is my bad so I have to go find some lead or out and about it’s possible that one of my rogue chests might have a little bit of lead sitting inside of it but um for the most part I think we’re gonna have to go and find Some lead to get an ore and then we can use that in the future I guess to uh to find more but uh yeah we do the same thing with dollar platinum and we do the same thing with the tin gold ore we just configure it in the logic programmer and Set it all up that way and that’s exactly what I’m gonna do all right so out here we do have some platinum or the Platinum does require the flux electron drill the same one that we’ve been using for aluminum and so I’d have just temporarily stolen it from the aluminum Drill here but this is a good time to show off that now we should just be able to energy exporter logic cable and omnidirectional connector like that with just a variable card in like this and boom we have power it is just that easy and that is so much easier than what we Were doing previously we can shift right click to set an output do something like that and hopefully that is going to start producing the Platinum or Forest there are two problems that we’re going to an enter with this system though one big problem is platform is actually not Generated in the infinity minor and so if we look at Platinum all here we can use this flux electron drill inside of a tier 2 Infinity minor to make aluminum along with gold tin silver lead nickel and nether quads right but as well as thorium and uranium but there’s no Platinum and so all of the Platinum that we use is going to have to be mined out of the ground I think and outside of that both lead and platinum are currently not being processed and so I think what I might do in a similar way to what I’ve done with The gold and silver here I think I might set up another processing line but like another shared processing line like this where we have two resources on the output and just one draw on the input that way we can have both lead and platinum be sent to one frame drawer Which is gonna go here and then we can get another Redstone furnace another induction smile to another pulverizer put that down here and have all of those processed into these framed drawers and then we can of course send those around um previously of course we were using The item conduits to do the sending now we’re just going to use the the exporters from integrated Dynamics because it’s just a lot easier and of course we can just run the logic cable along from here over and then down and of course we can put a little item Interfaces onto these to make sure that they are connected to the system and available for Xbox alright so not too long later and I think this is good to go we’re exporting lead and platinum to our induction smelter we don’t have that much lead but we are making more lead Now over here the signalum has been being made and turned into gears same as with the aluminum as well we’ve got aluminum gears and Technologies the endurium is currently on its way to being made over here I did add an energy exporter to this flow transposer because I did it earlier and now it’s back online which is good over here we’ve got under the line of machines upgraded for turning lead and platinum into lead and platinum ingots and getting that 10x or processing let’s make sure we do lock this draw otherwise that could go wrong in the future when The lead starts to get processed we are still mining lead and Platinum slowly but surely um I guess one thing we could do that someone in the twitch I did point out earlier right now we’ve got these two chests that are producing these oars Um we can in fact kind of just use like either item interfaces or item exporters we could just do like this and this over here I haven’t used the I just moved the solar panels for this one and so we don’t have the omnidirectional connector but right here this kind of Gives us access to the platinum and so over here again we could if we wanted to put another item exporter onto the lead Platinum drawer and tell it to export the platinum and then at that point basically what we’ve done is we’ve allowed it to uh just pull the Platinum Automatically from that drill over there without having to run a super long cable or any kind of underground rail network so we’ll do this and this and then inside of our portable programmer we can go back to items and we can just say pull platinum Or of course for that to work I do need to plug them on I don’t think that I can drag them from Jai unfortunately thankfully we do have one Platinum Ore saved in the system actually apparently it looks like we have multiple oh never mind the reason why I look like we have Multiple is because I just pulled it from uh from over there because that is of course connected up to our integrated dynamic system either way let’s do you let’s go item let’s put the one that we just made by accident back in and let’s change it to platinum or like that and Uh yeah we’ll drop this in over here we’ll just export item platinum or we could make it an export item list if we also want to hook up the lead as well but then we’d also have to either make another one of those omnidirectional collectors or run a cable over to that But that could be useful it’s not necessary I don’t think for the lead because of the fact that hopefully very soon we’re going to look at getting that tier 2 Infinity minor and hook that up to this so that all of the letters just made automatically without having to use A miner whereas as I mentioned earlier that’s not possible for platinum so for the Platinum we’re just gonna have to keep mining it and moving it over awesome I think that’s really kind of the only all going forward that we’re going to have to continually mind in in such Large quantities but I think we’re basically good to go here on purple research around here it’s just a case now of extracting with item conduits on all three of these channels like this and then as we’ve done before we’re going to run these up I’ll build a few more researchers we’ll configure the Colors to make sure that all of the gears go to the right place or something around Robin and we’ll also set up an export pipe and run that over to another compacting drop as well all right so a little while later and we now have a another compacting drawer ready for the Purple research we have four researchers down I did go ahead and make eight more of these energy tier 2 upgrades which are extra important for this tier of research because each one of these by default uses 500 redstone blocks per tick but with the two energy upgrades That goes down to just 125 redstone blocks per tick per machine and I think we’re basically ready here I’ve got the uh cable that’s going to pull the output that is underground here and we’ve also got the cables here all of the inputs are configured all we need to do is make Sure that this is set to extract round robin and red for the signal here we’re going to extract round robin on yellow for the lumium and always active is ideal on both of those and then finally we’re sticking with green for endurium and always active so We should see the gear is getting taken out of there and we should hopefully see the gears getting distributed amongst all of the researchers this one is set up incorrectly that’s my bet let’s just steal a couple of these maybe and throw it in there to keep that working these Are all looking good they’ve all got the stuff that’s all good as well and then if I check here we are making stuff now as I mentioned in the last episode I think it’s gonna be a lot slower it’s real slow because it requires 1.8 million Redstone flux by default with The two energy upgrades that does get divided by force it’s only 450 000 Redstone flux boom again we’re only doing um 125 Red snowflakes protect per machine so it’s still gonna take a little while it’s gonna be slower than the other machines I did decide to put Four of these down which is the same number that we have for the blue research and so hopefully it’s not super slow uh we are making the gears somewhat quickly um I’m Gonna Leave it running for a little while currently none of these machines are upgraded so I’m not Quite sure if we’re going to be able to keep up on gear production but then again like I said these uh researchers are also pretty slow as well so we’ll see how it goes if we check back later and we see that we are like out of Gears We can look at speeding these machines up to make the whole production faster but for the time being if we are making the gears fast enough then it’s not really something that we should have to worry about and yeah we’ll leave this chugging away to get us some research There are a couple of things that we want obviously as soon as we get the first one here we should be able to unlock This research uh it does look oh he wants us to have an idea do I have one in here I don’t I’m gonna have to Try and steal and dealing it the the magma Crucible here is by far and away the the slowest part of the of the whole process but hopefully I can steal and endear even get real quick and yeah now we’re ready to unlock This research and move forward we do also Have the endurium drill head here which is going to allow us to mine things like aluminum and thorium and uranium faster interesting I don’t know if we necessarily need that um it could be useful for the infinity Miner if we need a lot of aluminum but Um we’ll get the research next time we will come back and there’s a couple of different things we could work on at this point I do want to get the next tier of infinity minor up and running and automated and I want to make sure we have the infrastructure to keep that Going so that things like lead like silver like gold are all coming in and we can actually keep all of that going automatically right now we’ve got a lot of gold but you know as soon as we burn through this we then have to go and either find more or hopefully have the Infinity minor on in time for that production seems true with the lead and the Platinum we are mining more lead and platinum as we speak over in these drills which we can of course bring back the Platinum screen back automatically with the lead we do have to move Manually but um if we can get that automated that would be great the other side of that coin is the next kind of tier of all processing because the well Platinum is coming in and we are using it but in an Ideal World we would be getting more out of each Platinum Ingot And that is where the crusher comes into play so down here if we can get 32 utility research we could if we wanted to unlock the tier 2 Infinity drill with that 32 utility research but we could also use it to um 3.5 x our Oz before they go into the System so essentially we’d add a Crusher here before the induction smelter and that would 3.5 x the 10x that we have effectively giving us 35 ingots for every one or which would be a huge upgrade there are some of the smaller upgrades we can make such as with the Induction smelter and the pulverizer but I think that’s going to be the biggest upgrade that is going to see a massive increase in our efficiency and especially as we move to using the infinity minor as our main source of ore production which is not necessarily Going to be that fast I think having the better or production chain is going to be where we want to probably start let me quickly check do we have at least one utility research we do fantastic let’s put that in here so they can start getting exported to this drawer Hopefully we’ve got basically four ready to go we’re doing D fantastic and so I’m hopeful that next time we come back we’ll hopefully have close to 32 utility research we can look at getting maybe these crushes down and we can also look at some of this stuff over here because We need to get uh oil we need to pump oil using this fluid pump component and then we need to uh we could use that for power but I think it’s possible we might look into that but for the time being we’re also going to be using it to make Plastic over here plastic plates which we can then use to make Chemical research and that’s a whole kind of next stage of our feed the factory progress but unfortunately those are all problems for future Isaac for now I’m gonna go ahead and wrap up this episode of the the factory there Video Information
This video, titled ‘Minecraft Feed The Factory | POWER BANKS & NEW RESEARCH TIER! #18 [Modded Questing Factory]’, was uploaded by Gaming On Caffeine on 2023-09-19 22:34:09. It has garnered 19943 views and 731 likes. The duration of the video is 00:44:19 or 2659 seconds.
Minecraft Feed The Factory | POWER BANKS & NEW RESEARCH TIER! #18 [Modded Questing Factory] with GamingOnCaffeine ★Minecraft Mystical Block | AN ALL NEW SKYBLOCK! #1: https://youtu.be/DQsS3mRsujU
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Feed The Factory is a Minecraft factory automation modpack that takes inspiration from automation focused games like Factorio.
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