PAT-1101-AUTH-COCKPITARCHETYPE: Authority Gradient Suppression

Steep Authority Gradient in Cockpit Resource Management

Sub-Type: First Officer Anomaly Silence Under Captain Dominance

VEC:AUTH:0.98•COUP:0.65•LAT:0.42•OVR:0.95

Authority Gradient

0.98

Feedback Coupling

0.65

Telemetry Latency

0.42

Override Suppression

0.95

Structural Pattern Audit Brief

Critical Multi-Node (Level 4)PAT-1101-AUTH-COCKPIT

Junior flight crew member perceives altitude or terrain conflict but frames warning as deferential suggestion rather than executing mandatory assertive takeover.

Failure Invariant Breach

Sensor_Telemetry -> First_Officer (Detected) -> Captain (Rejected/Silenced) -> Controls

Absent Safety Recovery Mechanism

Mandatory two-challenge takeover protocol codified in flight law

Fundamental Invariant Rules

INV-01:When terrain warning systems sound, co-pilot intervention must have equal authority override without career repercussions.

Engineered Resilience & Mitigation Strategies

MIT-01:Standardized PACE (Probe, Alert, Challenge, Emergency Takeover) communication protocol

MIT-02:Blameless post-flight voice recorder telemetry review for gradient friction

Canonical Incident Manifestations (3)

NTSB-AAR-1977-0327Commercial Aviation

KLM 4805 & Pan Am 1736 Runway Incursion: Extreme Captain Authority Gradient

High-authority Decision_Node initiated irreversible state transition without clearance. Lower-tier monitoring nodes observed state ambiguity but were structurally inhibited from executing emergency stop-action.

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NTSB-AAR-14-01Commercial Aviation

Asiana Airlines Flight 214: Cockpit Autothrottle Mode Confusion & Steep Cultural Gradient

Decision_Node misunderstood automated automation state mode. Steep social and hierarchical authority gradient in the cockpit suppressed subordinate nodes from executing go-around invariant until kinetic recovery envelope was breached.

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NTSB-AAR-10-01Commercial Aviation

Colgan Air Flight 3407: Low-Speed Cue Inattention & Stick Pusher Counter-Override

Decision_Nodes experienced situational awareness decay in State_Telemetry. When automated recovery actuator (stick pusher) engaged to restore boundary invariant, human operator exerted muscular override in direct contradiction to recovery laws.

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