Re-evaluating the Game Balance "Matrix"

I believe that the root cause of the current balance issues in the game environment—namely,the absolute dominance of specific legends or weapons and the stark disconnect between the competitive meta and general ranked matchmaking—stems from the blurring of the game's foundational core: the reciprocal relationships of advantages and disadvantages based on engagement ranges and roles, which can be described as a "Matrix."

Just as a pillar will inevitably lean if built upon a warped foundation, ignoring this foundational misalignment causes the discrepancy to multiply exponentially, leading to increasingly severe problems. This dynamic also results in rendering the lore and background settings of legends and weapons virtually non-existent, which could ultimately exert a negative impact on revenues derived from in-game purchases.

Example 1: Legend Classes

The emergence of multi-functional, overpowered legends who can handle any situation, combined with certain class skills being so excessively strong that they render other classes obsolete, constitutes a critical challenge.

The key to resolving these class disparities lies in absolute fidelity to class roles. Implementing a strict cyclical structure among the five classes, analogous to the type-matching mechanics found in titles like Pokémon, could effectively mitigate extreme skewing of pick rates.

the proposed cyclical relationship is as follows:

Control ＞Skirmisher＞Recon＞Support ＞Assault＞Control

• Control limits areas with placeable objects and applies debuffs to neutralize the mobility skills of Skirmishers.
• Skirmisher utilizes superior mobility skills to disrupt the pre-emptive setups and positioning of Recon.
• Recon leverages advanced information gathering to deny Support the window of opportunity to heal or reset the engagement.
• Support enhances the effective health pool or maximum resource capacity of the team to neutralize the offensive advantages of Assault.
• Assault deploys diverse offensive utilities to force Control to expend their defensive resources.

Re-establishing and enforcing these strict class roles would prevent scenarios where a Recon legend possesses overpowered utility, such as exercising superior revival capabilities and high-damage area denial simultaneously. Consequently, this framework could prevent extreme outcomes where certain legends are underutilized due to being overly generic, or conversely, where a specific legend is so universally efficient that the incentive to select other classes is entirely eliminated.

Furthermore, the counter-pick to a specific Legend A should never simply be the exact same Legend A (mirror matches). Even if the counter-pick belongs to the same class as Legend A, it causes that specific class to become disproportionately dominant. This eliminates diversity in match progression, rendering the game stale and boring. Devising counters in a reactionary, ad-hoc manner without a coherent, system-wide rule structure directly undermines the pre-existing relationships established through class roles. This uncoordinated approach leads to systemic breakdown, causing game balance to become completely unmanageable.

Example 2: Weapon Categories

A similar systemic re-evaluation and enforcement of ideal hierarchical relations based on engagement distance can be applied to weapons.

The proposed distance and performance matrices are outlined below.

• close range: SG ＞ SMG ＞ AR ＞ LMG ＞ DMR ＞ SR
• Medium Range: AR ≈ (≒) LMG ＞ DMR ＞ SMG ＞ SG ≈ SR
• Long Range: SR ＞ DMR ≈ LMG ＞ AR ＞ SMG ＞ SG
• Versatility: AR ＞ SMG ＞ DMR ＞ SG ≈ LMG ≈ SR
• Niche Specialization: SR ≈ LMG ≈ SG ＞ DMR ＞ SMG ＞ AR

Sniper Rifles and Shotguns can be considered highly specialized when taking into account mechanics where aim assist becomes disabled at extreme close or long distances.

We must also avoid designs where weapon performance encroaches upon the domain of legend skills. The breach mode on the Hemlok is a prime example of this issue. When a specific weapon functions as an anti-pick to a particular character's skill, any legend can effectively counter that character simply by equipping that weapon. This creates a flaw where every character becomes a counter to that specific legend. This is an outcome that must be avoided at all costs.

The critical factor here is that weapon performance differentials must not be engineered through recoil difficulty. Relying on complex recoil patterns as a balancing lever directly fuels the demand for third-party anti-recoil hardware and script modifications. Furthermore, it serves as a primary driver for the ongoing dissatisfaction surrounding aim assist mechanics. Weapon differentiation should instead be strictly governed through alternative systemic variables, such as distance-based damage profiles, movement speed penalties while aiming down sights, and maximum burst potential.

Conclusion

The specific matrices and hierarchies detailed above are intended strictly as conceptual illustrations to visualize the proposed direction. I believe the determination of exact technical specifications and numerical adjustments should be entirely deferred to the professional expertise of the development team.

The core argument I wish to emphasize is that balancing efforts must not fixate solely on microscopic adjustments while neglecting the macro-level architecture of the game. A straight pillar cannot be sustained upon a shifting foundation.

I sincerely request that you do not dismiss these observations as mere amateur feedback.

Note: English is not my primary language, and this text was translated with the assistance of Gemini.