💨 High-Rise Aerodynamics (1,000-2,000 FPM Piston Pressure & Hoistway Relief Vents)

High-Speed Elevator Aerodynamic Calculator

Model aerodynamic blockage, drag forces, and transient air pressure fluctuations caused by high-speed elevator cars (1,000 to 2,000 FPM) traveling in tight hoistway shafts: calculate aerodynamic piston effect pressure peaks (avoiding door rattling and passenger ear discomfort), size aerodynamic cab nose cones and shaft relief vents, and MEP yields.

1. Project & Operating Inputs

High-Speed Elevator Shafts Engineered (Shaft Count e.g. 6 Supertall Shafts)

Contract Speed (Feet / Minute e.g. 1,400 FPM High-Speed Car)

Customer Bid Price for Aerodynamic Fairings & Shaft Relief Ductwork ($)

Composite Nose/Tail Cones, Pressure Relief Dampers, Acoustic Liners ($)

2. Financial Breakdown & Yield

ELEVATOR HOISTWAY AERODYNAMICS

Turnkey Aerodynamic Venting Package Profit

High-Rise MEP Engineering Margin

0.0%

Gross Revenue / Bill

Total Project CapEx

Operating / Material Cost