It’s shocking how much this gets thrown around, yet there are countless people who are alive only because someone from the government showed up to help. A democratic government is no more or less corrupt then the people they serve.
While I appreciate the subject matter, I think ignoring the prior art of checklist design and human factors engineering is a big oversight. I don’t know enough about either field to know what tools they are using in the process of designing instruction manuals, time critical check lists, or diagnostic and troubleshooting guides, but I imagine that would be a very good place to start. I will say though that bringing analog checklists into a multimedia world is an intriguing direction, since being able to access an expanded checklist that enables you to see details, infographics, etc when you want to dive into a specific step while also allowing you to track your current place in a process would be pretty cool.
Interestingly, the US Coast Guards only “no fail” mission is providing rotary wing air intercept capability to the air defense network. In the National Capital Region they have helicopters that get scrambled as part of the air defense response to go intercept air targets that a slow and low. Basically anything that it would be hard for a fighter jet to pull up along side and match airspeed with. The Coast Guard helos don’t have any air to air weapons capability, their main purpose is to prevent false positives. They can get real close and relay information to the air defense folks who have access to weapons systems, and also a helicopter suddenly appearing next to you with a signboard saying that you need to turn immediately is a pretty good indicator to a weekend warrior that they are not supposed to be flying there.
Why do you say it isnt a navy crew, and those arent navy uniforms? Not in the USN so not able to tell quickly, but it seems that they are in a mix of the USN NWA Type IIIs, Navy Whites, and then working overalls. They almost all seem to have some sort of rank insignia, though the only ones I can make out are the LT, the CDR or possibly CAPT, and then maybe a cadet to his left?
At the end of the day, the only things that matter are those that you let influence your operational tempo. Unfortunately, a wartime organization that is able to accept a certain level of fatalities in a combat situation has trouble adapting the mentality of "the mission must get done" to a non-wartime footing. Because of the lower stakes for surface vessels, there is a higher chance that the time allocated to maintenance (whether thats fixing running rust, overhauling a piece of equipment, or ensuring crew are trained) is whatever is left in the schedule after their operational needs have been met. Unless a skipper is willing to bet their career on saying "I wont sail until these repairs are done, operational schedule be damned", its not going to change. At the end of the day, someone needs to be willing to say no, and deleverage the commitments. All the services are seeing the "do less with more attitude" creep into senior leadership's thinking, and its causing both human and material assets to be depleted. Its no wonder theres a human resources shortfall - the value proposition is just not what it used to be, and the level of burnout of sailors has only increased.
Making things legible to the state is one of the ever going projects of any state. So while I think it’s important to make sure that refusal to participate in one of these projects doesn’t preclude you from still receiving the services of the state, it’s also isn’t surprising that the state wants to make its constituents more legible to itself. The balance falls in figuring out how to firewall these different functions to prevent certain kinds of identity from making it so you can’t receive the services that are the whole reason why you have a state.
Your comment about automating autorotations got me interested, and it appears that one UAV company has done a tech demo for it, at least from my cursory search. From what I can tell though the design space would be extraordinarily difficult to fully automate. Management of rotor RPM requires finesse, functioning flight controls and also quick decision making about where and how you are going to land. Usually the automatic flight control system would require either enough battery power to power your servo actuators after an engine failure or a system designed to run in AC power which is generated by your rotor system (which of course means it’s depleting rotor RPM at a time when rotor RPM is what is most important to manage). I think you’d have to design a lot of the aircraft systems with automation in mind, so it really would have to be a new aircraft in many regards, and you’d be unlikely to be able to retrofit an older airframe to do it. I think there’s just too many trade offs to make the system worthwhile in the low margin business of crop spraying, tour rides, or electronic news gathering. Medevac, oil rig transportation or military applications could make use of an automatic autorotation system, but those aircraft also tend to be medium to heavy twin engine aircraft which negates a lot of the need to focus as much on autos when you are designing the overall system.
I’m having trouble digging into their tech stack and can mostly just find advertising copy, but from what I can tell they must be integrating software (run on an iPad) into the flight controls. Which makes this a fancy skin on an automatic flight control system, something that most larger helicopters have to varying degrees. I’m not really sure what the actual product that Skyryse has developed. If they are including the requisite servos to manipulate flight controls into their hardware stack then their business proposition is going to run into the problem of any modifications to the flight control system (both digital and mechanical) to that level will necessitate a new type certificate from the FAA. That makes this system far less modular and turn key then they seem to be selling.
The reason you don’t see small helicopters or fixed wing aircraft with complex autopilot systems coupled to the flight controls is that it’s expensive for a lot of the reasons you want it to be - the reliability, airworthiness and usability requirements that make it safe are also expensive to implement. At that price point it’s usually easier to have a human do all that work, especially for the types of missions those aircraft do. The technology has been there for decades, and there’s probably a reason why it hasn’t trickled down to these sorts of small aircraft yet.
Also, do you really want your flight control system to be entirely reliant on ensuring that the latest update to iOS doesn’t inadvertently brick the app that lets you control your aircraft? Let alone the possibility of someone exploiting a vulnerability in iOS to degrade your flight performance. There’s a reason that flight software is not trivially updated.
I love quality tools and products, especially when you have taken the time to find what works for your specific use case or body type. That being said, I started slowly shifting to an attitude that, to paraphrase an over quoted movie, "on a long enough timeline, everything is a consumable". The biggest factor isn't so much buying something for life, but buying a product that 1) matches the lifespan of my usage 2) won't frustrate me with its quality 3) will last a length of time somewhat in line with the improvement cycle of that type of product.
Glad to see someone else referenced this book. For anyone who wants to learn more about just how difficult it is to peer into the minds of other creatures, I highly recommend this book. Also, it's filled with delightful anecdotes of animal behavior that you would only experience if you spent hundreds of hours observing an individual.