![]() |
If this is your first visit, be sure to check out the FAQ by clicking the link above. You may have to register before you can post: click the register link above to proceed. To start viewing messages, select the forum that you want to visit from the selection below. |
|
|
Thread Tools | Display Modes |
#8
|
|||
|
|||
![]()
Statistically, takeoffs are more lethal than landings, even though
landings take more skill for a good "show". During initial takeoff a typical aircraft is just above stall and climbing. An engine failure on takeoff near ground could easily put you in a stall where recovery is slim and nose down is more probable - and you "collide" with the earth. In a conventional aircraft I prefer rotating at a higher speed than customary, and get the extra speed edge to glide down to earth in case of engine failure. In landing problems landing speed itself is not much of a factor unless you collide with something. Aside from fire or tiping over remote possibility, higher landing speed along the runway simply results in a longer slide. Recently an individual came down in a storm and busted their landing gear on touchdown with same type of aircraft as mine and resulted in no injury and relatively little damage to aircraft. This was inspite of the fact that the touchdown speed is 90+ mph. -------------------------------------------- Paul Lee, SQ2000 canard: www.abri.com/sq2000 "Pete Schaefer" wrote in message news:Btqpc.53022$536.9082680@attbi_s03... Landing speeds are a big driver for the amount of injury. I think that the FAA has a lot of data on this. Can't think of a reference off-hand, but you can search the NTSB site. But anyway, here's the math: KE = (1/2)mv^2. The basic conclusion is that accidents occuring at lower landing speeds do less damage. This was a driver for the design of the RV series aircraft. If you want safety, get something with STOL capability, make sure there's nothing in the cockpit that's going to smack you in the back of the head if you screw up, then practice, practice, practice (with an instructor until you feel confident).....then practice some more. Avoid low-level aerobatics until you're a really ****-hot pilot. You really need to forget about structural protection in a home-built. The key is to prevent (by flight procedure, pilot skill and knowledge, and by appropriate vehicle design) accidents from happening in the first place. Pete [RV-8A in the planning stages....new shop under construction] "anonymous coward" wrote in message news ![]() I agree this sounds impossibly fraught. What I would like (ideally) would be the results of something akin to the car-crash tests that show how the test-dummies fared in various scenarios - e.g. side impacts etc... I saw a |
Thread Tools | |
Display Modes | |
|
|
![]() |
||||
Thread | Thread Starter | Forum | Replies | Last Post |
Homebuilt Aircraft Frequently Asked Questions (FAQ) | Ron Wanttaja | Home Built | 0 | April 5th 04 03:04 PM |
Homebuilt Aircraft Frequently Asked Questions (FAQ) | Ron Wanttaja | Home Built | 2 | February 2nd 04 11:41 PM |
Homebuilt Aircraft Frequently Asked Questions (FAQ) | Ron Wanttaja | Home Built | 1 | January 2nd 04 09:02 PM |
Homebuilt Aircraft Frequently Asked Questions (FAQ) | Ron Wanttaja | Home Built | 0 | October 2nd 03 03:07 AM |
Homebuilt Aircraft Frequently-Asked Questions (FAQ) | Ron Wanttaja | Home Built | 0 | July 4th 03 04:50 PM |