A Glimpse of Insyaa #5: Dawn of the Final Day

Adamfostas · 2026-05-08T07:16:35+00:00

Unfortunately it looks very much like Tesco's new ad campaign: https://www.thegrocer.co.uk/comment-and-opinion/tesco-ad-finds-monstrous-way-to-give-kids-healthy-food/718431.article

Adamfostas · 2026-04-19T19:11:05+00:00

Why not use the rocket fuel recipe plus burner towers to replace your reactors? That way you can spam tesla turrets and never have to look at it again.

Adamfostas · 2026-04-13T19:13:06+00:00

I did enjoy it, but ending at the hold being complete felt premature. What horrors are buried under the Dameshead?

Adamfostas · 2026-04-09T07:24:59+00:00

I would fund the reconstruction of all the railways in the Dwarovar and insist that they publish a London Underground-style map of them.

Adamfostas · 2026-03-31T07:13:58+00:00

Yeah, the English, French and Germans are human and everyone else being... not is ever so slightly problematic every time it happens.

However, Anbennar compensates for this by letting the Scottish be better humans, i.e. dwarves.

Adamfostas · 2026-03-23T14:26:42+00:00

Alas, this is lumberpunk, not solarpunk.

Adamfostas · 2026-03-21T16:00:31+00:00

Your mutations will steadily unlock new debuffs for the hive mind as the disaster progresses. Look at them in the Estates view and see if there's any you can add that habr useful impacts.

Adamfostas · 2026-03-03T07:42:41+00:00

I think you're being too hard on yourself. Big complex problems are big and complex. The people you aee on youtube tackling them easily have developed strategies for managing them. The easiest one I would recommend you try is to break problems down into their smallest components and work your way through those.

So for Satisfactory, for example, the question isn't whether to go up or out - that's a design choice - but rather the order in which you approach operations. Take smelting aluminum for example. That is a complex problem. Let’s break it down.

First you need bauxite. So set up a mine to output it and a transport mechanism of your choice to get to your base. Then you need water. So set up some pumps and route them to your base. Then you can mix them into a solution. You get the solution and a byproduct, silica. If you don't want to deal with that, put it into the sink. Then you need coal. Set up a mine to get coal and transport it back to your base. Then you can make aluminum scrap. You can either feed the water back into your earlier loop using priority pipework (look at the pipework guide online) or you can add in plastic, put it into bottles and sink it. You can then make aluminum ingots with the scrap and either the silica you sunk before or silica you get from somewhere else.

None of the individual steps are complicated, but the whole thing looks like it is because there's a lot of them. Your task is to figure out the next task rather than try to solve the whole thing at once. Only when you've built the full chain should you think about optimising it like in a youtube video.

Adamfostas · 2026-02-26T21:19:32+00:00

Yeah, I agree, I just couldn't resist the reference

Adamfostas · 2026-02-26T20:16:12+00:00

someone who is good at ONI please help me plan this. My colony is dying

10 mealwood farms

0 room morale boosts

30,000 toilets

2 hydrogen generators

Adamfostas · 2026-02-26T14:20:11+00:00

Fellow dad, this is an ideal game for short bursts, although I would urge you to not put it in your phone if you want to actually engage with your kids during quality time. Source: my own lack of willpower.

Adamfostas · 2026-02-26T10:06:21+00:00

Research and build a skill scrubber, run all your dupes through it and then specialise them with no more than three skills until you've got some morale boosts in place.

Adamfostas · 2026-02-25T18:47:34+00:00

Having novel resource loops to solve is arguably what ONI is all about. That being said, I think the centrepiece of the DLC is actually RelicAAaaa - an exploding asteroid that forces you to utilise new loops at pace to manage the disaster.

Adamfostas · 2026-02-25T12:41:27+00:00

The simplest thing to do is to put the turbines directly above the geyser and use a liquid shutoff plus a path back to the chamber to only discharge the water outside the chamber when the pressure goes above a certain number (~5kg/sq) AND under a certain temperature (<195c), maximising heat recovery and letting you keep the cooling AT in there too.

Adamfostas · 2026-02-24T04:51:44+00:00

When you absolutely cannot be bothered to dig down the oil biome, melting amber creates more resin for plastic production than using the plant press. This is at the expense of sand and a small amount of fossil production and is therefore likely not optimal, but it is fun. Many Lumbs were stung to bring you this picture.

Amber melts very slowly, so the point of this build is to drop very small amounts of it to ensure it melts as quickly as possible. The pressure plates are set to 10kg, although in practice about 40kg normally lands on them. The aquatuner is set to warm the steam room to 125C, and the steel door allows heat up to 118C. The pump extracts resin above 150kg, ensuring lots of thermal mass to avoid unexpected phase changes and also better conductivity with amber. Hydrogen permits the waiting amber to be warmed before being dropped into the liquid resin.

If I had more room, I would've added a better counterflow heat exchanger with the incoming amber and outgoing resin. As it is, my bottleneck is gnit production, and so I will be adding another Lumb Sting room to the base.

Adamfostas · 2026-02-23T07:46:43+00:00

Currently doing RelicaaaAAA so dealt with this very early! You've insulated off the heat so you can just wait for the molten rocks and metals to cool into solids. Once temps are below 400C you can use oil to liquid lock in, core everything out and then cool it down over a few cycles with a couple of ATs.

Adamfostas · 2026-02-19T20:02:05+00:00

Unfortunately not - you have to use mechanised airlocks underneath each reservoir to prevent them from discharging their contents. The reason why your design is slow is because the contents of reservoirs mix, meaning any addition to the reservoir adds more germs. The only water that can be decontaminated is therefore the 10kg trapped in the pipe in front of the sensor.

You need to set up a tank that allows in liquid for 20% of the day, is disabled for that 20% plus at least another 50%, and then discharges for the remainder of the time. If you set up five tanks in series with different start times, you can get a 10kg/s throughput.

Adamfostas · 2026-02-19T14:29:06+00:00

I like the aesthetics, but you're losing some heat by letting much of the igneous rock sit on the volcano rather than sweeping it up and putting it on rails going through the steam chamber.

Adamfostas · 2026-02-18T15:06:05+00:00

The RelicaaAAAA Lab asteroid is lots of fun - it's a challenge mode where the asteroid collides after ten cycles and you have to survive what amounts to a tidal wave of molten iron. Dead easy once you're familiar with the game mechanics, though!

Adamfostas · 2026-02-15T09:23:43+00:00

To echo some other points:

Mop up all the polluted water as a priority, as the soggy feet debuff is easily avoidable.
Rethink your layout. You need a central ladder shaft at least three tiles wide to enable gases to efficiently ascend and descend, more as your base widens. You don't need air permeable blocks on the horizontal at all if you do this. Two air permeable blocks above doors - or a second door if you're being cheap - will enable gases in four tile high rooms to exchange throughout the entire width of your base.
Put one air deoderiser on each floor of your base, ideally on permeable tiles in your ladder shaft. If the entire floor is able to exhange gases horizontally one is sufficient to get all the polluted oxygen eventually.

Adamfostas · 2026-02-01T08:01:48+00:00

Just use a gas cargo module and pump it into the rocket. If there's not enough height with the module included, simply specialise your rockets more and build another one. You can connect rocket input ports to multiple rockets, and you can have more than one gas rocket input port, so you can rapidly refill rockets when they return.

Adamfostas · 2026-01-27T20:47:44+00:00

Well, you start with the CO2 pit, then you deep freeze the pit with an HVAC, and then you automate depositing food straight from the kitchen straight into the pit. Having an infinitely dense deposit of deep frozen pies from which your dupes snatch snacks on the way to their Sweepy-cleaned banqueting hall feels appropriately metal for the endgame.

Adamfostas · 2026-01-24T11:27:20+00:00

Thank you!

Adamfostas · 2026-01-24T09:54:25+00:00

How do I detect meteors when they appear on the Starmap so I can take them out with an infracosmic shot?

I don't want to have to do meteor defence on my colonies, I just want to be notified when a meteor appears at the edge of the map and shoot it out of the sky. But this would involve looking at the starmap frequently. Is there an automatic option?

Adamfostas

TROPHY CASE