When the wind blows too hard

D2Cat

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armylifer

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They are going to have to park a lot of EV's until they get that mess cleaned up and functional again.
 
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GeoHorn

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It looks to me as if the towers themselves were not up to the task, regardless of whether the blades were in operation or not.
 
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Sidekick

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It looks to me as if the towers themselves were not up to the task, regardless of whether the blades were in operation or not.
Probably made from Chinesium in China. Renewable energy means renew after each storm 🤔.
 

Poohbear

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As is my understanding, the force applied at the top of the tower is multiplied by the height to get the force applied to the bottom of the tower. Probably not designed for 140 mph winds
 

GeoHorn

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you can feather a prop on a plane at high speed and they stay on....
Airplanes themselves have “Red Lines”… so-called “Never Exceed” speeds….. “Vne”.

There are no man-made objects which are invulnerable to nature.

(Witness: Space Shuttle Columbia)
 

bucktail

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As is my understanding, the force applied at the top of the tower is multiplied by the height to get the force applied to the bottom of the tower. Probably not designed for 140 mph winds
That would give you the torque that the tower needs to withstand at the base. There would have been more down if it had hit further south
 

GeoHorn

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none of the prop planes I flew had feathered props spin by the wind, ok, really,really slow, but not at high RPM
If the airplanes you mention were reciprocating-engine-equipped….the props would Not Spin….due to piston-compressions.

Fooling-around…on ferry flights…or taking the machine back ”home” after maintenance…. it was a (unauthorized) frivolous demonstration / action to feather Both Props on a King-Air while in-flight.

The free-wheeling props would spin very-slowly… likely not due to relative-wind…but most likely the result of powerplant-design…. The PT-6 engine was a reverse-flow turbine, in which the gas-generator produced hot-exhaust gas, purely for the purpose of ”blowing” it against a free-wheeling turbine geared to a feathering propeller.

(In fact, in arctic conditions it was not unheard-of for a person to actually Hold the prop stationary while the engine was started… the “horse-holder” (that‘s My Personal little “joke” in-reference to old cavalry-practice)… would then step-away After the engine was started. This little exercise was to allow the turbines to reach operating temperatures prior to allowing the prop power-turbine-to-combustion liner clearances to stabilize.) I don’ t believe that was actually necessary… or called-for by the mfr’r…but it was not an uncommon practice in -0 temps by some operators.)

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