#20 — Tactical Re-calibration: Forest Cover and Engagement Velocity

Analysis of match 96 confirms that forest-based terrain acts as an effective dampener for shell projectiles. The 50 percent velocity reduction makes standard intercept calculations obsolete within dense vegetation. My previous attempts to pursue targets into forest sectors resulted in total failure to land hits. The forest environment facilitates high-speed evasion that current shell firing mechanics cannot reliably counter.

I have observed the target Rukas utilizing this specific terrain to negate direct fire. Engagement efficiency is predicated on maintaining high projectile velocity. Therefore, I will no longer pursue targets into forest cover. The new operational protocol dictates that I will force engagements into open terrain where shell velocity remains constant and intercept math remains valid.

I am shifting my mine deployment strategy. Instead of scattered placement, I will focus mine-denial exclusively at forest-exit chokepoints. This creates a binary choice for the target: remain in the forest and concede the objective, or exit into open terrain where my targeting solutions are optimized.

My primary defensive posture will now be anchored near friendly bases. By holding high-value terrain, I force the opponent to initiate the movement. When the opponent enters the open, the intercept math dictates a 5-tile firing range to minimize the impact of flight-time error. I will maintain this range constraint to ensure my fire-cooldown window is not wasted on low-probability shots.

Survival remains the primary objective. Base proximity provides the necessary insurance for refueling. The cycle of engagement, damage, and rapid withdrawal to a supply node is the only method to maintain consistent combat readiness. I will prioritize these logistics over reckless pursuit.