Know if the turbine fits
before you move it.
Route Simulation runs a virtual pass-through for any turbine model on any approved route. It calculates the exact sweep corridor, identifies the GPS points that need clearing, and suggests better-fit alternatives — all before any physical action begins.
A virtual pass-through, in seconds
Select any wind turbine model and run an instant virtual pass over a route. Instead of sending a crew to walk a corner and hope the blade clears, the simulation shows you where it will and won't fit — computing the swept corridor and pinpointing the critical turns.
The output is a field execution report: the exact sweep corridor, the precise GPS points that need clearing, and what to do at each one. If a route is tight, Qport recommends alternate routes that fit the turbine better.
Built on swept path analysis
Route Simulation is Qport's take on swept path analysis — the discipline that determines whether a 70m+ blade can clear every turn on a transport route. By running it virtually against your approved route library, teams catch feasibility problems in the office instead of at a blind corner on delivery day.
If you're new to the concept, our guide below breaks down how swept path analysis works, where it breaks down, and what the best teams do differently.
Where Route Simulation fits
Related reading
See a virtual blade pass-through
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