Community listing page, reviews here may not be monitored by the author.
Zero Delay Crystals
No reviews yet
Removes the delay of breaking and placing crystals
Community voices
Reviews
No reviews yet. Be the first to review this project!
Get it on
Available Platforms
Compatibility
Supported Environments
Runs entirely on the client. Works on vanilla servers.
About
Project Details
For authors
Embed Badge
If you're the author of this project, you can embed a live badge anywhere that supports HTML or Markdown. It updates automatically whenever ratings change.
Use HTML for any page that supports it, or Markdown for README files and Markdown-based descriptions.
Identifiers
Platform IDs
Resources
External Links
About
Description
Crystals Optimized is a lightweight Fabric client-side mod for Minecraft 1.21.1 focused only on end crystal responsiveness. It removes the normal client-side delay when placing end crystals and when attacking existing end crystals, making crystal interactions feel faster and more immediate.
This mod does not add automation, visuals, menus, or unrelated combat modules. It is intentionally simple: install it, launch with Fabric, and end crystal placement and crystal breaking will use zero client-side delay.
Because Crystals Optimized is client-side, servers can still limit, reject, or correct actions based on their own rules, latency, anti-cheat, and tick timing. Use it in single-player, private testing, or servers where this type of client-side timing change is allowed.
Screenshots
Gallery
Versions
Files
Relations
Project Relations
More like this
Similar Mods
Suggestions use data such as tags, dependencies, dependents, descriptions, titles, and more to rank how much they overlap with this mod.
On ModDex
Community snapshot
By the numbers
Statistics
Want to reach Minecraft players?
We're looking for a server hosting partner to feature here and other parts of the site. Interested? Send us a message!
Get in touchGet it on
Available Platforms
On ModDex
Community snapshot
By the numbers
Statistics
Resources