🔥Built a massive Cobblestone farm that produces over 75,000 Cobblestone per hour.
💣Used TNT duping to automate the process of breaking Cobblestone.
🔨Implemented a complex Redstone contraption to power and control the machines.
💡Explored creative piping techniques to transport the excess Cobblestone.
🌐Demonstrated the impact and challenges of scaling up the farm to avoid server lag.
How much Cobblestone does the farm produce?
—The farm produces an astonishing 75,000 Cobblestone per hour.
What method is used to break the Cobblestone?
—TNT duping is used to efficiently break the Cobblestone and maximize production.
How is the farm powered and controlled?
—A complex Redstone contraption controls the machines, ensuring synchronized operation and automation.
What is done with the excess Cobblestone?
—Creative piping techniques are employed to transport and manage the excess Cobblestone.
What challenges arise when scaling up the farm?
—Scaling up the farm presents challenges such as server lag and resource management.
00:00Introduction and goal of building a massive Cobblestone farm.
03:40Explanation of the three-phase machine design for Cobblestone production.
07:33Discussion on the challenges and solutions during the building process.
14:20Demonstration of the initial Cobblestone production and potential server lag.
19:45Explanation of additional machines and their impact on Cobblestone production.
22:55Introduction to creative piping techniques for managing and transporting excess Cobblestone.
28:10Discussion on the challenges and practical limits of scaling up the farm.
32:55Conclusion and reflection on the achievements and potential of the Cobblestone farm.
