![]() |
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
|
|||
|
|||
![]()
I think Bob K's post just above yours says it all. We already have wonderful XC trainers with engines - they're called Duo Discuses (Discii). They cost a lot of money, and very few blue collar glider training operations are going to buy one, at least here in the US. I'm sorry, but Greg may be disconnected from the realities of a typical club or low budget FBO. Managing a sophisticated system like you describe? Hah! I watch what the ASK-21s, Blanik L-23s, and 2-33s go through at our operation and those nearby. We're lucky if we can keep the 12V SLA battery charged with working connectors in order to run the radio and electric vario :-)
Seriously: Simple. Robust. User Friendly. Repairable. ASK-21 performance. That's the high level requirement IMO. On Friday, April 5, 2013 12:03:48 PM UTC-4, Eric Greenwell wrote: On 4/5/2013 4:24 AM, Evan Ludeman wrote: No motors! That adds cost, complexity and training issues all out of proportion to any supposed benefit as a trainer. We need *trainers* and a safe, reliable, economical way to launch them. The PW-6 is the closest thing on the market. Greg's belief is we need *soaring* and *XC* trainers, not just "trainers". He absolutely wants to avoid the cost, complexity and training issues of the current gasoline engine systems, and that is why he want to use a TFP system ("Tractor folding propeller" - same concept as the FES, but that name belongs to another company). The cost, complexity, and training issues are far smaller with an electric folding propeller sustainer than gasoline sustainers, or self-launcher systems like the ASK-21 Mi. Any instructor should be able to make good use of a TFP after a few flights, and students could be ready to use it as well by the time they are solo. The TFP addresses the "safe, reliable, economical way" to launch the glider, using a car launch to 500 feet. I think training effectiveness would be increased if the instructor could extend the flight with another climb instead of landing, and with just a flick of a switch. Think how exciting it would be for a student who isn't solo, but has progressed to flying the glider for most of the flight, if part (or all!) of the flight included real XC flying, beyond gliding range of the airport? I think that would eliminate the huge "rubber band" effect most solo students experience, and that continues to haunt them even when they get their license. That excitement would keep them coming back better than the typical training program does now, don't you think? -- Eric Greenwell - Washington State, USA (change ".netto" to ".us" to email me) |
Thread Tools | |
Display Modes | |
|
|
![]() |
||||
Thread | Thread Starter | Forum | Replies | Last Post |
Ground school training online | Peet | Naval Aviation | 0 | April 29th 08 12:28 AM |
Worldwide glider fleet | Al Eddie | Soaring | 2 | October 11th 06 01:57 PM |
2003 Fleet Week ground transportation questions | Guy Alcala | Military Aviation | 0 | August 10th 03 11:59 AM |
IFR Ground Training | Tarver Engineering | Piloting | 0 | August 8th 03 03:45 PM |
IFR Ground Training | Scott Lowrey | Instrument Flight Rules | 3 | August 7th 03 07:19 PM |