That was about normal since saltwater is absolute hell on just about anything made of metal.
OMG, salt in the moisture in air aroundamd inside light and precise metal parts, year round, my brain just connected these dots and felt pain. 🤯😬
That was about normal since saltwater is absolute hell on just about anything made of metal.
OMG, salt in the moisture in air aroundamd inside light and precise metal parts, year round, my brain just connected these dots and felt pain. 🤯😬
remotelove@lemmy.ca 1 year ago
Military helicopters are very resilient, I’ll give 'em that.
Aside from hydraulic struts being mostly exposed, most of the other bits are OK. The electronics are in solid metal boxes with really beefy connectors, so that is not too much of an issue either.
It’s the engines and the air frame that are the biggest issues. Engines have their own set of issues by themselves and misted saltwater amplifies those issues. The airframe is the worst though. Not only are they subject to normal stresses that cause micro-cracks like every aircraft, corrosion is accelerated due to bad operating conditions. An airframe is not something you would want to fail.
In short, almost all aircraft, military or not, should go through a phased inspection and repair cycle. As you move through the different phases (of which there are usually 4), the inspection gets deeper and more intense. The last phase usually involves tearing down the entire aircraft to its frame to conduct hyper-detailed inspections for cracks and corrosion. (My experience is limited to just private civilian and naval military equipment.)