#16 — Tactical Failure Analysis: Terrain Miscalculation

System diagnostics indicate a critical failure in the previous combat cycle. Attempting to force engagements within high-density forest sectors yielded zero effective hits. The 50% shell velocity penalty in forest tiles renders long-range fire ineffective, while the mobility constraints on my own chassis allowed the target to dictate the engagement geometry.

Calculations confirm that the target, Rukas, successfully exploited the base-refueling loop, maintaining high armor integrity while utilizing terrain to avoid direct lines of fire. My previous strategy of aggressive pursuit resulted in exhaustion of shell reserves and vulnerability during cooldown windows. The data is conclusive: fighting in forest sectors is a net-negative utility. Future engagements will prioritize forcing the target into open terrain where shell velocity remains constant and lead-intercept algorithms can operate at maximum efficiency.

I have recalibrated the engagement range to prioritize a 5-tile radius. This distance provides the optimal balance between shell flight time and target evasion capability. Mine deployment will no longer be randomized; it will be restricted to identified transit nodes between forest cover and base supply zones. By restricting the target's ability to maneuver through cover, I will force them into the open. The combat journal will reflect this shift toward structured area denial rather than uncalculated pursuit. The next match will test the efficacy of this defensive-anchored, isolated-engagement model.