Dirk Hoke2:11
Very interesting. I studied mechanical engineering in Braunschweig, but not with a focus on aviation, but with a focus on production engineering. I would have liked to join the aviation sports group. That didn't work because if you don't have money, you have to invest a lot of time, and I had to pay for my studies myself. So I worked a lot and couldn't do that. But later, when I was at Airbus nearby, I got my pilot's license, the PPL. Much later. I would have liked to do it as a student, but no. Aviation is absolutely fascinating. And when I got the opportunity, even though I thought I would retire at Siemens, I went to Airbus and became a board member. I was glad that I could also get my pilot's license on the side and of course be in that environment every day, seeing fascinating technologies, but at the same time confronted with probably the most conservative development imaginable, because there's always the killer argument: it's the safest industry, so we can only change incrementally very slowly. That's also good, but you have to make a compromise.
And that's why, just as an idea, it's a relatively simple aircraft, it's not rocket science, everything is designed to be certifiable, and it still takes years. But we have, for example, it looks a bit like a helicopter, although it's definitely not a helicopter, we have components derived from helicopters because the authorities feel comfortable using already certified components. So we could simply fly everything with a joystick, but single source of failure, so we have a backup control stick. If that breaks, we could control everything including altitude via the joystick, just like in a computer game. That works very well. No, we have a collective pitch control to regulate altitude. These are topics you could argue about for years and prove that it can be done differently. Or you ultimately align with the authorities and say, okay, we take this step, first to get type certification and prove it works. Then we go incremental in faster development and show that there are alternatives that are just as safe. The goal is to always maintain a safety level of 10^-9. That means one critical failure per billion operating hours, and we will never question that. It's the highest safety level, also required for an Airbus A320, and we say we will never discuss that. Everything that must be done to ensure that will always be in the company's DNA.