The Matcha Flavored Smithing Table, from base gear to final role

The table applies specializations, not one linear tier

The Matcha Flavored Smithing Table is where pack 1.03 turns familiar equipment into role-based gear. It does not simply repeat the vanilla diamond-to-netherite ladder. Steel, Electrum, Shakudo, Hepatizon, and Adamant additions produce different durability, attributes, enchantments, cleansing behavior, movement utility, or defensive identity. The correct choice begins with the job you want the equipment to perform, not the color or apparent rarity of the alloy.

Pack 1.03 defines 70 Smithing transformations. The important pattern is not the raw count but how those routes divide into equipment families: 13 use Steel Alloy, 13 use Hepatizon Alloy to produce Bronze gear, 12 use Electrum Alloy, 12 use Shakudo Alloy to produce Palatinate gear, and 13 use Adamant Alloy. The remaining transformations cover special equipment rather than another simple tier.

• Steel Alloy appears as the addition in 13 inspected transformations.
• Hepatizon Alloy appears in 13 Bronze equipment transformations.
• Electrum Alloy and Shakudo Alloy each appear in 12 equipment transformations.
• Adamant Alloy appears in 13 late equipment transformations.

Player-facing output names can differ from the alloy name

Shakudo illustrates why input and output names must be kept together. The addition is Shakudo Alloy, while the resulting equipment is presented as Palatinate gear. Hepatizon Alloy produces Bronze equipment. If you expect a Shakudo Pickaxe or Hepatizon Mattock, the different output label can make a correct result look wrong even though the recipe is functioning.

Steel and Electrum keep their player-facing family names, while Adamant occupies a more demanding late route. A resource-pack mismatch can expose an underlying vanilla item name even when the transformation executes correctly. If the output slot works but the name or model is wrong, update the selected resource pack before changing the recipe or the world.

Mattock and Dolabra routes must match the exact base tool

The Matcha Flavored Smithing Table includes hybrid tools such as the Mattock and Dolabra, but a custom name does not create a new Minecraft registry item. A Mattock can use a hoe carrier and a Dolabra can use an axe carrier, with custom tool rules, durability, lore, and attributes layered onto the output. The Smithing definition therefore names the base item that matters to the engine even when the player-facing role is broader.

Do not assume every alloy route uses the same template. Bronze Mattock uses a Netherite Upgrade Smithing Template, Copper Mattock as the base, and Hepatizon Alloy as the addition; Bronze Dolabra follows the same pattern with Copper Dolabra. Other alloy equipment can use a matching base ingot as the template, so copying the Mattock rule to every tool is a common cause of an empty output slot.

Components explain durability, attributes, and built-in effects

A successful Matcha Flavored Smithing Table output can carry maximum damage, tool rules, attribute modifiers, enchantments, repair data, equipment slots, models, and lore. Those components are why two stacks built on similar vanilla carriers can perform differently. Judge the finished gear by its displayed role and behavior, not by the carrier item revealed by a broken resource pack.

Palatinate armor demonstrates the value of reading the output rather than only the addition. Different pieces carry cleansing-related enchantments and list the effects they address. Electrum, Steel, Bronze, and Adamant records expose their own properties. When a tooltip and observed behavior disagree, compare the resource-pack version, exact output components, and runtime enchantment function before editing the world.

• Template answers which enabling item the recipe consumes or checks.
• Base answers which exact equipment carrier is accepted.
• Addition answers which alloy or special material supplies the transformation.
• Output components answer what the resulting equipment actually does.

Diagnose a failed transformation in evidence order

Start with the intended output family and place the template, compatible base, and alloy into the matching slots. Confirm pack 1.03 and Minecraft 26.2, then verify that both the world data pack and selected client resource pack use the same release. If no output appears, check the exact base tool—especially Copper Mattock versus an ordinary Hoe—before assuming the table is broken.

For a useful report, capture the 3 visible input names, their slot order, the empty or incorrect output preview, and both version numbers. Do not grant unrelated recipes or replace scoreboards as a first response. A Smithing failure is usually an incorrect template/base combination, a locked progression step, or a mismatch between data and resource copies.