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From: Chris Zavatson <chris_zavatson@yahoo.com>
Subject: Re: [LML] Re: Small tail, MK II tail, CG range
In-Reply-To: <A4188DB821E3044C81EB156C08648AF9057330BF4A@GLDMS99812.goldlnk.rootlnka.net>
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=0A=0ABill,=0AWe definitely have too many MACs out there:=C2=A0 mean aerody=
namic centers vs. =0Achords.=C2=A0 Both start out as integrals which can de=
generate to averages for simple =0Ageometry, like Hershey bar wings.=C2=A0 =
The combination of washout and sweep make the =0Acalculation of the mean ae=
rodynamic center a bit more challenging.=0ACG is=C2=A0a mass property and o=
nly moves if you burn fuel, move something in the =0Aplane or get up to use=
 the rest room (not in a Lancair of course).=C2=A0 All forces, =0Aincluding=
 moments, about the CG must vanish for steady unaccelerated flight.=C2=A0 =
=0AThe neutral point is a parameter important to stability and best be safe=
ly =0Abehind the=C2=A0CG otherwise you'll have one of those Wright Flyer ex=
periences.=0A=0AChris Zavatson=0AN91CZ=0A360std=0Awww.N91CZ.com=0A=0A=0A=C2=
=A0=0A________________________________=0A=0AFrom: Bill Bradburry <bbradburr=
y@bellsouth.net>=0ATo: lml@lancaironline.net=0ASent: Thu, July 15, 2010 4:0=
8:18 PM=0ASubject: [LML] Re: Small tail, MK II tail, CG range=0A=0A=0AUnles=
s we are talking about MAC and cheese, or the Mickey D kind of MAC, the =0A=
aircraft MAC is the Mean Aerodynamic Chord.=C2=A0 This MAC is the width of =
the wing =0Awhen measured through the center of the wing in the forward-aft=
 direction.=C2=A0 On a =0Aplane like a Piper, this is just the width of the=
 wing.=C2=A0 With a more complicated =0Awing design like the Lancair it is =
the average of this measurement.=C2=A0 That is =0Awhere the word =E2=80=9CM=
ean=E2=80=9D comes from.=C2=A0 This measurement has nothing to do with the =
=0A=E2=80=9Cneutral point=E2=80=9D.=C2=A0 It really just describes how effe=
ctively wide the wing is. =0A=C2=A0The CG (Center of Gravity) is the point =
around which the airplane balances (or =0Awould balance) if it is sitting o=
n its wheels.=C2=A0 (Maybe that is a =E2=80=9Cneutral =0Apoint=E2=80=9D?)=
=C2=A0 This CG is calculated when the plane is motionless on the ground and=
 =0Aon scales.=C2=A0 It is not the CG that the plane is operating with when=
 it is in =0Aflight because the horizontal stabilizer is usually designed t=
o place a down =0Aforce on the plane, which will have the effect of moving =
the CG backward in =0Acruise.=C2=A0 That is why the CG is specified to be i=
n the front 25% of the wing =0Awidth (MAC) in the specs.=0A=C2=A0=0AWhen we=
 determine thru the Weight and Balance calculations, the CG, we have no =0A=
idea what the CG of the plane will be in flight because as the angle of att=
ack =0Amoves the Center of Lift forward and aft, and the horizontal stabili=
zer adds and =0Aremoves loads, we have no way of calculating or knowing how=
 these forces are =0Amoving.=C2=A0 Hopefully the aircraft designer did all =
this when he specified the CG =0Arange that we should keep the plane in whe=
n it is on the ground and on its =0Awheels.=C2=A0 I suggest we stay inside =
these recommendations.=0A=C2=A0=0ABill B=0A=0A=0A      
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<html><head><style type=3D"text/css"><!-- DIV {margin:0px;} --></style></he=
ad><body><div style=3D"font-family:arial, helvetica, sans-serif;font-size:1=
0pt"><DIV><BR></DIV>=0A<DIV style=3D"FONT-SIZE: 10pt; FONT-FAMILY: arial, h=
elvetica, sans-serif">=0A<DIV><FONT face=3D"arial, helvetica, sans-serif">B=
ill,</FONT></DIV>=0A<DIV><FONT face=3DArial>We definitely have too many MAC=
s out there:&nbsp; mean aerodynamic centers vs. chords.&nbsp; Both start ou=
t as integrals which can degenerate to averages for simple geometry, like H=
ershey bar wings.&nbsp; The combination of washout and sweep make the calcu=
lation of the mean aerodynamic center a bit more challenging.</FONT></DIV>=
=0A<DIV><FONT face=3DArial>CG is&nbsp;a mass property and only moves if you=
 burn fuel, move something in the plane or get up to use the rest room (not=
 in a Lancair of course).&nbsp; All forces, including moments, about the CG=
 must vanish for steady unaccelerated flight.&nbsp; The neutral point is a =
parameter important to stability and best be safely behind the&nbsp;CG othe=
rwise you'll have one of those Wright Flyer experiences.</FONT></DIV>=0A<DI=
V>&nbsp;</DIV>=0A<DIV>Chris Zavatson</DIV>=0A<DIV>N91CZ</DIV>=0A<DIV>360std=
</DIV>=0A<DIV><A href=3D"http://www.N91CZ.com">www.N91CZ.com</A></DIV><FONT=
 face=3DTahoma size=3D2><BR></FONT><BR>=0A<STYLE>=0A<!--=0A =0A _filtered {=
font-family:"Cambria Math";panose-1:2 4 5 3 5 4 6 3 2 4;}=0A _filtered {fon=
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=0A=09{margin:0in;margin-bottom:.0001pt;font-size:8.0pt;font-family:"sans-s=
erif";}=0Aspan.EmailStyle17=0A=09{font-family:"sans-serif";color:windowtext=
;}=0Aspan.BalloonTextChar=0A=09{font-family:"sans-serif";}=0A.MsoChpDefault=
=0A=09{}=0A _filtered {margin:1.0in 1.0in 1.0in 1.0in;}=0Adiv.WordSection1=
=0A=09{}=0A-->=0A</STYLE>=0A=0A<DIV class=3DWordSection1>=0A<P class=3DMsoN=
ormal><IMG id=3DPicture_x0020_2 height=3D468 src=3D"cid:1.534992138@web3690=
3.mail.mud.yahoo.com" width=3D761></P>=0A<P class=3DMsoNormal>&nbsp;</P>=0A=
<P class=3DMsoNormal><FONT size=3D2><FONT face=3DTahoma> </P>=0A<HR SIZE=3D=
1>=0A=0A<P class=3DMsoNormal><B><SPAN style=3D"FONT-WEIGHT: bold">From:</SP=
AN></B> Bill Bradburry &lt;bbradburry@bellsouth.net&gt;<BR><B><SPAN style=
=3D"FONT-WEIGHT: bold">To:</SPAN></B> lml@lancaironline.net<BR><B><SPAN sty=
le=3D"FONT-WEIGHT: bold">Sent:</SPAN></B> Thu, July 15, 2010 4:08:18 PM<BR>=
<B><SPAN style=3D"FONT-WEIGHT: bold">Subject:</SPAN></B> [LML] Re: Small ta=
il, MK II tail, CG range<BR><BR>=0A<STYLE> <!--  filtered {font-family:Taho=
ma;panose-1:2 11 6 4 3 5 4 4 2 4;}  p.MsoNormal, li.MsoNormal, div.MsoNorma=
l =09{margin:0in;margin-bottom:.0001pt;font-size:12.0pt;font-family:"Times =
New Roman";} a:link, span.MsoHyperlink =09{color:blue;text-decoration:under=
line;} a:visited, span.MsoHyperlinkFollowed =09{color:blue;text-decoration:=
underline;} span.EmailStyle17 =09{font-family:Arial;color:navy;} filtered {=
margin:1.0in 1.25in 1.0in 1.25in;} div.Section1 =09{} --> </STYLE>=0A</FONT=
></FONT></P>=0A<DIV class=3DSection1>=0A<P class=3DMsoNormal><FONT face=3DA=
rial color=3Dnavy><SPAN style=3D"FONT-SIZE: 10pt; COLOR: navy; FONT-FAMILY:=
 Arial">Unless we are talking about MAC and cheese, or the Mickey D kind of=
 MAC, the aircraft MAC is the Mean Aerodynamic Chord.&nbsp; This MAC is the=
 width of the wing when measured through the center of the wing in the forw=
ard-aft direction.&nbsp; On a plane like a Piper, this is just the width of=
 the wing.&nbsp; With a more complicated wing design like the Lancair it is=
 the average of this measurement.&nbsp; That is where the word =E2=80=9CMea=
n=E2=80=9D comes from.&nbsp; This measurement has nothing to do with the =
=E2=80=9Cneutral point=E2=80=9D.&nbsp; It really just describes how effecti=
vely wide the wing is. &nbsp;The CG (Center of Gravity) is the point around=
 which the airplane balances (or would balance) if it is sitting on its whe=
els.&nbsp; (Maybe that is a =E2=80=9Cneutral point=E2=80=9D?)&nbsp; This CG=
 is calculated when the plane is motionless on the ground and on scales.&nb=
sp;
 It is not the CG that the plane is operating with when it is in flight bec=
ause the horizontal stabilizer is usually designed to place a down force on=
 the plane, which will have the effect of moving the CG backward in cruise.=
&nbsp; That is why the CG is specified to be in the front 25% of the wing w=
idth (MAC) in the specs.</SPAN></FONT></P>=0A<P class=3DMsoNormal><FONT fac=
e=3DArial color=3Dnavy size=3D2><SPAN style=3D"FONT-SIZE: 10pt; COLOR: navy=
; FONT-FAMILY: Arial">&nbsp;</SPAN></FONT></P>=0A<P class=3DMsoNormal><FONT=
 face=3DArial color=3Dnavy size=3D2><SPAN style=3D"FONT-SIZE: 10pt; COLOR: =
navy; FONT-FAMILY: Arial">When we determine thru the Weight and Balance cal=
culations, the CG, we have no idea what the CG of the plane will be in flig=
ht because as the angle of attack moves the Center of Lift forward and aft,=
 and the horizontal stabilizer adds and removes loads, we have no way of ca=
lculating or knowing how these forces are moving.&nbsp; Hopefully the aircr=
aft designer did all this when he specified the CG range that we should kee=
p the plane in when it is on the ground and on its wheels.&nbsp; I suggest =
we stay inside these recommendations.</SPAN></FONT></P>=0A<P class=3DMsoNor=
mal><FONT face=3DArial color=3Dnavy size=3D2><SPAN style=3D"FONT-SIZE: 10pt=
; COLOR: navy; FONT-FAMILY: Arial">&nbsp;</SPAN></FONT></P>=0A<P class=3DMs=
oNormal><FONT face=3DArial color=3Dnavy size=3D2><SPAN style=3D"FONT-SIZE: =
10pt; COLOR: navy; FONT-FAMILY: Arial">Bill B</SPAN></FONT></P>=0A<P class=
=3DMsoNormal><FONT face=3DArial color=3Dnavy size=3D2><SPAN style=3D"FONT-S=
IZE: 10pt; COLOR: navy; FONT-FAMILY: Arial">&nbsp;</SPAN></FONT></P>=0A<P c=
lass=3DMsoNormal><FONT face=3DArial color=3Dnavy size=3D2><SPAN style=3D"FO=
NT-SIZE: 10pt; COLOR: navy; FONT-FAMILY: Arial">&nbsp;</SPAN></FONT></P>=0A=
<P class=3DMsoNormal><FONT face=3DArial color=3Dnavy size=3D2><SPAN style=
=3D"FONT-SIZE: 10pt; COLOR: navy; FONT-FAMILY: Arial">&nbsp;</SPAN></FONT><=
/P><FONT face=3DTahoma size=3D2><BR></FONT><BR>=0A<STYLE> <!--    _filtered=
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