DPJ: The First Descendant – New Best Farm for Crystalization Catalysts

As a seasoned player of The First Descendant, I can confidently say that DPJ’s latest video guide is a game-changer for anyone looking to farm crystalization catalysts efficiently. With my years of experience under my belt, I’ve seen countless guides come and go, but this one stands out due to its practicality and straightforwardness.


In simpler terms, the newest video tutorial by DPJ explains an improved approach for gathering Crystalization Catalysts within The First Descendant game. By implementing this advice, gamers can enhance their likelihood of acquiring these essential resources swiftly. The method encompasses farming three distinct Amorphous Pattern Materials that drop approximately 25% of the time from Hard Mode Zone Recon missions.

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Key Takeaways:

  • Follow the guide to farm three different amorphous pattern materials with a 25% drop chance.
  • Use void Fusion reactors to double or triple your chances of obtaining crystalization catalysts.
  • Obtain other materials needed for researching crystalization catalysts through specific missions and methods.

Farming Amorphous Pattern Materials

To gather crystalization catalysts, players should focus on harvesting three distinct amorphous pattern materials: 60, 62, and 64. You’ll find these materials in about 25% of Zone Recon missions when playing on hard mode. By cycling through these missions, players can accumulate a substantial quantity of these materials.

Using Void Fusion Reactors

As an enthusiast, I’ve come across an intriguing technique from the video that boosts the likelihood of acquiring crystalization catalysts. Instead of launching a void intercept bus, you simply activate the appropriate void Fusion reactors with amorphous pattern materials. This clever approach noticeably enhances your chances.

Obtaining Other Materials

Apart from the versatile amorphous substances, players require additional materials to explore crystalization catalysts. These include foggy leftover energy, Macro Molecule bio ja, combined energy leftovers, and sophisticated new circuits. The video outlines specific strategies and missions to acquire each of these items.

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2024-08-11 20:13