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The member object sub_82348830 returns is the per-member unit DEFINITION, and that identification is not a guess: the same spawn loop builds two aggregates and each lands on a semantically apt field with the apt reducer. group +192 min, seeded FLT_MAX member +164 = CruisingVelocity group +472 sum member +84 = HP A wrong struct would have to make both offsets land on apt fields AND pair each with the apt reducer. Minimum of a speed, sum of hit points: a formation's cruise limit and its total health. The quantitative test over all 1360 sites, joining each to its craft's definition: value <= the craft's MaximumVelocity 1355 / 1360 = 99.6% (5 fail) value <= the craft's CruisingVelocity 1042 / 1360 = 76.6% (318 fail) The test discriminates -- the cruise bound breaks 318 times, the hull maximum 5 -- so the script sets a COMMANDED SPEED, free to exceed the cruise default and bounded by what the hull can do. The turret anomaly that stopped me naming this two iterations ago was my own artefact. UN_e007_ADAN_Turret's definition carries MaximumVelocity 500 and CruisingVelocity 280: the data models turrets as if mobile, so a script value of 400 is legal and simply never manifests. I had assumed turrets have no velocity fields and treated 13% of the traffic as a refutation. Recorded as unsettled: the five overshoots are UN_e106_ADAN_Destroyer 200 vs a 150 maximum (x2) and UN_e011_ADAN_Attacker_B_HF/_Wayne 500 vs 450 (x3). Designer overrides or an engine clamp; not established. Named set_group_speed. Default = the slowest member's CruisingVelocity; mode 1 restores it, mode 3 sets it, mode 2 hands it a global constant. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01PMRJjbxLqZtsb5Vb7KunPE