Feb 17, 2013, 06:41 PM
|
|
|
United States, MA, Pittsfield
Joined Sep 2011
163 Posts
|
Skye,
You can build your ALES plane with one servo up front in it's intended position and one all the way back at the wing root in the farthest rearward cut-out. This opens up even more room for battery placement around the CG. I've seen pictures of it done that way, I just haven't done it. Before I started cutting up my Aspire Disser I hung all the components off the bottom of the fuse with masking tape and placed it on my balancing stand. That's how I knew where to place everything and it would work.
Hi Don,
I'll love to see your program when it's ready. In my "Trial & Error" method of experimentation over the past year or so I've come with the same Hi & Low power requirements that you are suggesting. At 3S 850mAh I'm inputting 365 watts with the prop setup and ESC I'm using. If I decide to go All-Out and power up to my max 4S 2500mAh pack, then I'm just shy of 1,100 watts using the same motor & ESC. I've not seen ANY conditions or reason to go for more power than that.
And I agree with you that too fast a climb in ALES is a disadvantage. The only time you truly need the extra power is when you're trying to range out farther because of strong winds or some other factor. Setting your planes rate-of-climb for ALES is almost like deciding how much ballast to carry for TD. It becomes a very personal thing and the better you know your own plane and it's capabilities the better you'll be at making that decision.
Happy Flying,
Murph
|
|
|
|
|