Manaita

Manaita Mod

Manaita Mod is a modern recreation of a classic-style overpowered crafting mod.

It adds a set of upgradeable Manaita boards that increase crafting multipliers far beyond normal vanilla balance, letting players push ordinary recipes into increasingly exaggerated output as they progress from wood to diamond. This mod is designed for players who enjoy nostalgic, intentionally unbalanced gameplay built around large crafting multipliers and fast material growth.

What This Mod Adds

• 5 Manaita board tiers:
  • wooden
  • stone
  • iron
  • gold
  • diamond
• A special progression item: plate
• Tier-by-tier upgrade recipes from lower boards to higher boards
• Increasing crafting multipliers based on board tier
• Configurable drop replacement used to obtain plate

Crafting Multipliers

Each Manaita board increases the crafting multiplier:

• wooden: 2x
• stone: 4x
• iron: 8x
• gold: 16x
• diamond: 32x

The core appeal of the mod is simple: the better your board, the higher your crafting multiplier becomes. Early tiers already improve production, while higher tiers push crafting into a much more excessive and overpowered style of progression.

Progression

Manaita Mod is built around straightforward, satisfying escalation.

You begin with the lower Manaita tiers, gather the materials needed to upgrade them, and unlock increasingly stronger crafting multipliers as you move upward through stone, iron, gold, and diamond. This creates a clear progression path where each upgrade noticeably changes how much value you get from ordinary crafting recipes.

plate and Drop Behavior

plate is a key item in the Manaita progression system.

By default, it is obtained through configurable drop replacement. When breaking Oak Planks, the normal drop can be replaced with plate based on the following setting:

• plateDropChance: 0.125

Project Goal

This project aims to recreate the feel of the original Manaita-style experience for modern Minecraft: a progression-based crafting mod centered on unusually large crafting multipliers, fast resource growth, and intentionally exaggerated progression.