FAA Releases Requirements for Space Tourism
An anonymous reader writes "Due to companies such as Virgin Galactic, SpaceX, and Benson Space (SpaceDev) announcing their commercial spaceflight ambitions, the FAA has just released space flight requirements for safety and experimental permits. Virgin Galactic has already received nearly 200 bookings while Benson Space just recently started accepting reservations, although they plan to be first. The companies desire to have tourists in space as early as 2008 or 2009. All that it takes is a spare two hundred thousand dollars, and maybe a little courage."
This is, yet again, why I can't stand
The FAA regulations are good. They were well thought out, in careful consultation with the parties involved.
They require things like informing passengers about the risks, and obtaining written consent. They clarify the liabilities and responsibilities of parties involved. They require insurance based on the maximum-probable loss resulting from operations.
They don't impose a massive paperwork burden. They allow the participants to assume great risk, while mandating some basic, sane, minimum standards, and they aim to mimimize (not eliminate) the risk to uninvolved third parties.
The commercial spaceflight companies wanted these rules. They provide a well-defined regulatory environment. If you're building a rocketship that will be carrying people, you want to know roughly for what you can be sued or thrown in jail.
Oops, sorry. I recant. Our elected Federal government enacted regulations. That must hurt pioneering development and be bad. I forgot.
While I haven't read this version, I have read some of the drafts, and talked with people intimately involved in the industry and the regulation drafting. You're a bit off base here -- taken in context, what they're actually saying is that such links are fine, as long as the operator can prove they're safe enough. That is, the burden of proving the reliability of the system (including airframe, propulsion, controls, avionics, telemetry links, etc) is on the operator. They won't reject your plan just because you use ground-based controls, you just have to meet the same level of safety as everyone else. Seems eminently reasonable to me. (Also note that you will be required to do a detailed FMEA (Failure Modes and Effects Analysis), that addresses things like common-mode failures.) This is all as it should be -- regulating agencies shouldn't mandate techniques, they should mandate results. Rather than specify how you should control the craft, or whether you should burn LOX/kerosene or tetroxide/hydrazine, they just mandate that you fly safely enough, and demonstrate to their satisfaction that you can do so.
The requirements seem reasonable enough. Under the Commercial Space Launch Amendments Act of 2004, the FAA isn't allowed to regulate early stage commercial space travel that heavily. It's accepted that this is a high risk activity, and everybody involved has to be so notified and sign an acceptance of that.
The requirements are all rather low. No physical exam is required for passengers, although one is recommended. Pilots and crew just have to pass a class 2 physical exam, not even the class 1 physical required of airline pilots or the even tougher physicals for military pilots. The pilot has to have just a commercial instrument rating and training on the specific vehicle. An ATR, let alone supersonic flight experience, is not required. There was much discussion over that one. If the spacecraft is a ballistic capsule launched on a rocket and landed by parachute, pilot qualifications don't matter much. If it's an upper stage that reenters the atmosphere on wings, the pilot has to be really good. (Chuck Yeager had his worst accident doing that and had to eject.)
The comparison between Russian flights and Virgin ones is misleading:
Russian flights are orbital flights. Virgin will only shoot people 100 km up, without giving them the required 8 km/sec sideways velocity.
The two are vastly different and, as you can guess, Virgin's job is much easier. That's why it cost 100x less. And that's way you'll still need the Russians (or a Shuttle) if you want to go to the ISS.