🚀 High-Speed >1,400 FPM (Aerodynamic Nose Cones, Hoistway Piston Pressure & dBA)

High-Speed Elevator Aerodynamics Calculator

Model aerodynamic drag force, hoistway air displacement (piston effect), and internal cab acoustic noise levels for ultra-high-speed skyscraper elevators (1,200 to 2,000 FPM): calculate aerodynamic upper/lower nose cone fairing drag reduction (reducing wind drag by 40%), calculate hoistway venting area, keep in-cab noise < 55 dBA, and engineering margins.

1. Project & Operating Inputs

High-Speed Elevator Cabs Engineered (Car Count e.g. 4 Express Cabs)

Rated Elevator Speed (FPM e.g. 1,600 FPM Ultra-High-Speed)

Customer Bid Price for Aerodynamic Shrouds & Active Roller Guides ($ / Car)

Fiberglass Nose Cones, Active Magnetic Roller Guides, Acoustic Lining ($)

2. Financial Breakdown & Yield

HIGH-SPEED ELEVATOR AERODYNAMICS

Turnkey Aerodynamic Modernization Profit

Skyscraper Elevator Engineering Margin

0.0%

Gross Revenue / Bill

Total Project CapEx

Operating / Material Cost