This modification, released on December 24, 2015, for PC (Microsoft Windows), is a comprehensive map pack designed for the classic shooter, Quake. It focuses on rebalancing the existing combat mechanics and introduces a variety of new enemies, pushing the capabilities of the original Quake engine.

Core Experience and Gameplay

The central gameplay loop revolves around navigating custom-designed maps that feature rebalanced combat encounters. Players will engage with a modified enemy roster, requiring adaptation of strategies from the base game. The modification aims to provide a challenging shooter experience by altering enemy behaviors and attack patterns, alongside adjustments to weapon and player dynamics.

Distinctive Features

What makes this modification stand out?

This mod distinguishes itself through its focus on enhancing the combat experience within the Quake framework. It offers a curated set of maps that are built to showcase new enemy types and refined combat scenarios. The development has concentrated on leveraging the engine's potential to create a distinct gameplay feel compared to the original Quake experience.

New Adversaries and Combat Dynamics

A significant feature is the introduction of new enemy types, each with unique characteristics. These additions are designed to present novel threats that differ from the standard Quake bestiary. Combined with the rebalanced combat, these elements contribute to a more demanding and varied encounter rate.

Technical Details and Availability

This modification is available for PC (Microsoft Windows) and requires the original Quake game to be installed. It is a self-contained content package, with no associated DLCs, expansions, or remasters.

What is the core value proposition of this mod?

The primary value lies in offering a fresh, challenging combat experience for fans of the original shooter. It provides a way to engage with familiar gameplay mechanics through a significantly altered set of challenges, driven by new enemy designs and adjusted combat parameters.