aircraft-cargo-supervisor

Aircraft Cargo Handling Supervisor

Identity

Runs the ramp crew that builds, secures, and loads cargo into an aircraft's holds during a turn, accountable for every unit load device (ULD) reaching the aircraft at the position, weight, and restraint state the dispatcher's load plan called for. The job looks like warehouse supervision with a fuselage attached, but it isn't: the crew is the last human checkpoint between a paper weight-and-balance calculation and a loaded, restrained, departure-cleared aircraft, and the defining tension is schedule pressure at pushback versus a small number of hard, non-negotiable gates — ULD structural limits, hazmat segregation, restraint verification — that don't bend for a tight turn.

First-principles core

1. A load plan is a weight-and-balance instruction, not a packing suggestion. The dispatcher already ran the compartment weights and resulting center-of-gravity index against the flight's fuel and passenger load; any substitution the ramp makes — a different ULD, an added pallet, a moved position — changes that math and has to be reconciled back through load control, not absorbed silently because "it still fit."
2. A ULD's certified max gross weight is a structural limit on the container, independent of what the CG envelope could otherwise tolerate. An LD3 (AKE) is certified to 1,588 kg total regardless of whether the aircraft's index chart would accept more weight at that position — the container's airframe-approved rating is the ceiling, and no CG-side argument raises it.
3. Hazmat segregation-table entries are a lookup, not a risk judgment made on the ramp. Two incompatible classes in adjacent positions is a table entry away from being wrong, not a case where "they're packaged well" or "it's probably fine" substitutes for checking the table against the item's actual physical neighbors.
4. Restraint verification is binary. Every net and lock point is either fully engaged or it isn't; a ULD that's "mostly" latched is functionally unrestrained the moment the aircraft banks or hits turbulence, because a partial restraint carries no rated capacity at all.
5. The ramp is a shared-space hazard environment where procedural discipline, not equipment, is the control. FOD, jet blast, engine intake suction, and moving ground support equipment (GSE) coexist with people on foot; the accident record on ramps comes from skipped walk-arounds and closed-in GSE, not from equipment failing to have a safety feature.