Trystan Casey
When it comes to the popular game Factorio, players often wonder about the optimal number of electric miners required to fill a red belt. This is an important consideration, as it directly impacts the efficiency of resource gathering and transportation in the game. While some players suggest that 51 or 54 electric miners are needed, others provide a more precise calculation, indicating that 60 electric miners are required for a red belt, with 30 miners on each side. This calculation assumes no mining productivity bonuses or speed modules are utilized. However, it's worth noting that mining productivity research can significantly reduce the number of miners needed, making it a crucial aspect to consider when strategizing in Factorio.
| Characteristics | Values |
|---|---|
| Number of electric miners per red belt | 51-60 |
| Number of electric miners per side of the red belt | 25-30 |
| Number of items carried per second by a red belt | 30 |
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What You'll Learn
Electric miners produce one item every 2 seconds
It is important to note that the number of miners per belt is a minimum rather than a maximum. Having more miners than a belt can support will result in wasted resources as there will not be enough space for the ore. Additionally, miners on the edge of an ore field deplete faster, so it is important to consider the layout of the miners to ensure optimal output.
When designing a mining outpost, belt throughput and compression ratios should be considered. Yellow belts carry 15 items per second, red belts carry 30, and blue belts carry 45. Compression ratios refer to the number of input items required to produce a certain number of output items. For example, a high compression ratio recipe such as converting Iron Ore to Iron Plate will result in more efficient transport by train since trains transport stacks of items.
To optimize the mining process, it is recommended to use a belt balancer to distribute the material evenly and ensure faster buffering in the station's chests. This helps to reduce the impact of a whole belt's mines becoming depleted. Additionally, speed modules can be placed in miners for a maximum of 250% output.
In summary, electric miners producing one item every 2 seconds means that a red belt can support 60 active miners (30 per side). This number can be adjusted by considering productivity bonuses, belt throughput, compression ratios, and the use of belt balancers and speed modules.
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60 electric miners are needed for a red belt
When it comes to the popular game Factorio, there are many strategies and calculations to consider for optimising your gameplay. One such consideration is determining the number of electric miners required for a red belt.
Firstly, it is important to understand the basics of belt compression ratios and their impact on game strategies. Belt compression ratios refer to the number of items transported per belt, and these ratios influence the efficiency of transporting different items. For example, transporting processed items like Iron Plate is more efficient than transporting raw materials like Iron Ore. This is because belts, inserters, and robots transport items individually, while trains carry items in stacks, affecting the overall compression ratio.
Now, specifically addressing the question of how many electric miners are needed for a red belt, the general consensus is that 60 electric miners are required. This number assumes no mining productivity bonuses or prod modules are used. With a red belt capable of carrying 30 items per second, and each side or lane accommodating half of that amount, 60 electric miners will ensure the belt is fully utilised.
However, it is worth noting that the number of electric miners can be influenced by various factors. For instance, mining productivity research can significantly impact the required number of miners. At +100% mining productivity, only half the number of miners are needed to fill the belt. Additionally, speed modules can further enhance miner output, with a maximum bonus of 250%. Balancers can also be employed to manage the output from multiple rows of miners, ensuring a fully compressed output.
In conclusion, while 60 electric miners are typically needed for a red belt, Factorio players can employ various strategies and research bonuses to optimise their gameplay and potentially reduce the number of miners required while still achieving the desired output.
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Mining productivity research lowers the number of miners needed
When it comes to optimising your mining operation in Factorio, the number of electric miners required per red belt is an important consideration. While some sources suggest that 60 electric miners are needed to fill a red belt, others state that with efficient arrangement, this number can be reduced to 51 or even 50-52. However, the most crucial factor in reducing the number of miners needed is investing in mining productivity research.
Mining productivity research can significantly lower the required number of miners to fill a red belt. For example, at +100% mining productivity, you would only need half as many miners compared to having no research bonuses. This means that the number of miners required could be reduced from 60 to 30, or even lower with clever belt compression techniques.
The impact of mining productivity research on the number of drills needed is significant. Each level of research may not affect the number of drills per belt, but the cumulative effect can be substantial. Additionally, speed modules can be placed in miners to further increase their output, with a maximum bonus of 250%. This means that with sufficient research and module usage, the number of miners needed to fill a red belt can be drastically reduced.
It is worth noting that the arrangement of miners and belts also plays a role in efficiency. For example, instead of having all 51 miners in a single row, you could have three rows of 17 miners and use a 3-1 belt balancer to compress the output into a single fully-compressed output. This not only saves space but also ensures that the belt is evenly filled, maintaining a consistent flow of resources.
By combining mining productivity research, speed modules, and efficient belt compression techniques, you can optimise your mining operation and reduce the number of electric miners needed per red belt. This not only saves resources but also helps streamline your base, making it more organised and manageable as you continue to expand your operations in Factorio.
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Balancers can be used to compress the output of multiple belts
To fill a red belt, you will need 51 electric miners per side. However, you don't have to have all 51 miners in a single row. For example, 3 rows of 17 miners will output enough for a red belt. You can then use a 3-1 belt balancer to compress the output of the three rows into one fully-compressed output.
A belt balancer can be built by interlacing multiple load balancers so that they have multiple inputs and outputs. The output belts should be able to draw from the input belts at any ratio. Balancers can be used to evenly distribute items over multiple belts or belt lanes. For example, a 1:4 or 1:8 belt balancer can be made by nesting 1:2 balancers, and a 1:9 or 1:27 balancer can be made by nesting 1:3 balancers. Balancers that are input-balanced draw evenly from all input belts/belt lanes, while output-balanced balancers distribute evenly to all output belts/belt lanes. Ideally, a balancer should be both input and output-balanced.
A splitter has a single belt input that can split into two or three outputs, with the output items divided equally between the output belts. This process can be repeated infinitely, and balancers with 2n output belts are easy to create. However, balancers often do not fulfil the condition of having an arbitrary number of input belts going to an arbitrary number of output belts due to internal bottlenecks. To be throughput unlimited, a balancer must not have any bottlenecks that prevent it from providing maximum output.
In the early game when resources are scarce, it is crucial to know exactly how many belts can be compressed to avoid building extra lines of belts and furnaces for maximum efficiency. For example, you may have five belts coming from an ore patch but only enough ore to saturate two belts. In this case, a 5-to-2 belt balancer (reducer) can be used to shrink the number of belts.
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Electric miners are better at converting energy into ore
Electric miners are more efficient at converting energy into ore than their non-electric counterparts. They can be placed as close together as possible to increase the speed at which ore is mined, or spaced out to cover a larger area. The electric mining drill mines in a 5x5 area, but only requires a 3x3 area itself, allowing for a dense arrangement. This setup can be further optimised by using underground belts to squeeze in even more drills.
The number of electric miners required to fill a red belt is dependent on a few factors. Firstly, the level of mining productivity research will lower the number of miners needed. For example, at +100% mining productivity, only half the number of miners are required to fill the belt. Secondly, the arrangement of the miners can be adjusted to optimise output. For instance, instead of having all 51 miners in a single row, you could have 3 rows of 17 miners, and then use a 3-1 balancer to compress the output.
Another factor to consider is the type of ore being mined. Electric miners can extract iron ore, copper ore, uranium ore, stone, and coal. The mining speed varies depending on the ore type, with copper, iron, coal, and stone being mined at a rate of 0.5/s, and uranium ore at a rate of 0.25/s. This means that the number of electric miners required to fill a red belt may differ depending on the specific ore being mined.
Additionally, speed modules can be placed in the miners to increase their output by up to 250%. This further reduces the number of miners needed to fill a red belt. It is worth noting that the efficiency of these modules decreases as more mining efficiency research is completed.
In conclusion, electric miners are more efficient at converting energy into ore and can be optimised through various means to maximise their output. The number of electric miners required to fill a red belt can be adjusted based on mining productivity research, arrangement of miners, ore type, and the use of speed modules.
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Frequently asked questions
It takes 60 electric miners to fill a red belt.
It takes 30 electric miners per side to fill a red belt.
A red belt carries 30 items per second.
