案例库 · 战略与领导 · 运营决策 · 2003–2005
这条还没译成中文，下面是英文原文。
America West cut full-flight boarding time 20% with a reverse-pyramid order
ASU and America West found that boarding by seat zones that minimize aisle interference beats back-to-front; average boarding time fell over two minutes.
America West Airlines
那一手
For a full flight, boarding is one of the longest ground tasks an airline controls, and slow turns waste aircraft time and money. America West's traditional back-to-front boarding packed the aisle with passengers who had to squeeze past seated travelers.
A team of Arizona State University researchers and America West personnel studied the aisle with field observations, analytical models, and simulation. They designed reverse-pyramid boarding: passengers keep seat assignments but board in groups ordered to minimize expected interference.
America West implemented the strategy in September 2003. For full and nearly full flights, average passenger boarding time fell by over two minutes, about 20 percent, a significant improvement over pure back-to-front and outside-inside strategies.
为什么管用
- Minimizing aisle interference removed the biggest hidden delay in boarding.
- Simulation let the team test dozens of sequences before touching a gate.
- It cost nothing in staffing or equipment, only order.
可以搬走什么
Process order matters as much as process speed: resequencing the same passengers, rather than adding staff or planes, cut boarding time by about 20%.
后来呢
The reverse-pyramid result was published in Interfaces and became a standard reference for aircraft-boarding research; airlines have since used simulation and optimization to redesign boarding sequences.
资料来源
- America West Airlines Develops Efficient Boarding Strategies — Interfaces (via RePEc)
- America West Airlines Develops Efficient Boarding Strategies — ASU Experts publication record
发现哪里写错了？告诉我们。