To determine the number of miners needed for a full belt, we need to consider the mining rate of each individual miner and the capacity of the belt itself. Let’s assume we are using a standard yellow belt, which has a throughput capacity of 30 items per second.
Each miner, operating at maximum efficiency, provides 0.5 ore per second. So, to calculate the number of miners needed for a full belt, we divide the belt capacity (30 items/s) by the mining rate of each miner (0.5 items/s).
30 items/s ÷ 0.5 items/s = 60 miners
Therefore, in order to fully saturate a yellow belt, you would need approximately 60 miners. This assumes that all miners are operating at their maximum capacity without any downtime or interruptions.
It’s worth noting that this calculation is based solely on the mining rate and belt capacity, and does not take into account other factors such as resource availability, mining site layout, or power constraints. These factors can vary depending on the specific circumstances of your game or situation.
In practice, it is often beneficial to pack in as many miners as possible to maximize resource extraction. However, keep in mind that adding too many miners in a confined space may lead to congestion, slower processing times, or logistical challenges. It’s important to find the right balance between efficiency and practicality.
Additionally, if you are using a red belt with a higher throughput capacity of 60 items per second, you would need double the number of miners to fully saturate the belt. In this case, you would require approximately 120 miners.
To summarize, the number of miners needed for a full belt depends on the mining rate of each miner and the capacity of the belt. For a yellow belt, approximately 60 miners would be required, while a red belt would require around 120 miners. However, it’s important to consider other factors and strike a balance between efficiency and practicality in your specific game or situation.