S-AWD video (inc.SVX + H6 + VTD)

[BRADY]

Just found this on YOUTUBE:

http://www.youtube.com/watch?v=yEfbj...eature=related

I am not sure of the language (German?)

Features all our favourite stuff!

[Ironhydroxide]

It is german, but just like a Dealer movie, shows the normal stuff about the symmetrical AWD and such in lamans terms.

Cool that it had an XT, and what was the other AX-9 perhaps?

[SilverSpear]

Originally Posted by Ironhydroxide

It is german, but just like a Dealer movie, shows the normal stuff about the symmetrical AWD and such in lamans terms.

Cool that it had an XT, and what was the other AX-9 perhaps?

Wish the SVX had a Symetrical AWD system since cornering in the current setup is a disaster.

[BRADY]

Originally Posted by SilverSpear

Wish the SVX had a Symetrical AWD system since cornering in the current setup is a disaster.

I don't know about yours, but my SVX is Symmetrical AWD. WTF?

[Ironhydroxide]

Even my eg33 converted leggy 5 spd XT6 is symmetrical.

[SilverSpear]

Originally Posted by Ironhydroxide

Even my eg33 converted leggy 5 spd XT6 is symmetrical.

You guys are joking right? How could the SVX be symmetrical at a time it has the worst weight distribution in its nose? The symmetrical weight proportion was not available till after 2004 or something.

[BRADY]

That looks Symmetrical to me.

[BRADY]

Originally Posted by SilverSpear

You guys are joking right? How could the SVX be symmetrical at a time it has the worst weight distribution in its nose? The symmetrical weight proportion was not available till after 2004 or something.

Symmetry relates to LEFT / RIGHT balance. Not Front/Rear balance.

Mike

[Ironhydroxide]

Symmetrical means the same across one axis half to the other so split down the center all subies except for a select few are symmetrical.

[SilverSpear]

Originally Posted by BRADY

That looks Symmetrical to me.

Haha, no way man, check from the pictures, at least 80% of the engine is in front of the front wheels. That really sux, wish that Subaru pushed it around 10 inches to the back we would have had the best handling ever!

[Ironhydroxide]

Reflection symmetry
Main article: reflection symmetry
Reflection symmetry, mirror symmetry, mirror-image symmetry, or bilateral symmetry is symmetry with respect to reflection.
In 1D, there is a point of symmetry. In 2D there is an axis of symmetry, in 3D a plane of symmetry. An object or figure which is indistinguishable from its transformed image is called mirror symmetric (see mirror image).
The axis of symmetry of a two-dimensional figure is a line such that, if a perpendicular is constructed, any two points lying on the perpendicular at equal distances from the axis of symmetry are identical. Another way to think about it is that if the shape were to be folded in half over the axis, the two halves would be identical: the two halves are each other's mirror image. Thus a square has four axes of symmetry, because there are four different ways to fold it and have the edges all match. A circle has infinitely many axes of symmetry, for the same reason.
If the letter T is reflected along a vertical axis, it appears the same. Note that this is sometimes called horizontal symmetry, and sometimes vertical symmetry! One can better use an unambiguous formulation, e.g. "T has a vertical symmetry axis" or "T has left-right symmetry."
The triangles with this symmetry are isosceles, the quadrilaterals with this symmetry are the kites and the isosceles trapezoids.
For each line or plane of reflection, the symmetry group is isomorphic with Cs (see point groups in three dimensions), one of the three types of order two (involutions), hence algebraically C2. The fundamental domain is a half-plane or half-space.
Bilateria (bilateral animals, including humans) are more or less symmetric with respect to the sagittal plane.
In certain contexts there is rotational symmetry anyway. Then mirror-image symmetry is equivalent with inversion symmetry; in such contexts in modern physics the term P-symmetry is used for both (P stands for parity).
For more general types of reflection there are corresponding more general types of reflection symmetry. Examples:
with respect to a non-isometric affine involution (an oblique reflection in a line, plane, etc).
with respect to circle inversion


Now if you want to figure out what other types of symmetry are go

http://en.wikipedia.org/wiki/Symmetry

[SilverSpear]

Originally Posted by Ironhydroxide

Reflection symmetry
Main article: reflection symmetry
Reflection symmetry, mirror symmetry, mirror-image symmetry, or bilateral symmetry is symmetry with respect to reflection.
In 1D, there is a point of symmetry. In 2D there is an axis of symmetry, in 3D a plane of symmetry. An object or figure which is indistinguishable from its transformed image is called mirror symmetric (see mirror image).
The axis of symmetry of a two-dimensional figure is a line such that, if a perpendicular is constructed, any two points lying on the perpendicular at equal distances from the axis of symmetry are identical. Another way to think about it is that if the shape were to be folded in half over the axis, the two halves would be identical: the two halves are each other's mirror image. Thus a square has four axes of symmetry, because there are four different ways to fold it and have the edges all match. A circle has infinitely many axes of symmetry, for the same reason.
If the letter T is reflected along a vertical axis, it appears the same. Note that this is sometimes called horizontal symmetry, and sometimes vertical symmetry! One can better use an unambiguous formulation, e.g. "T has a vertical symmetry axis" or "T has left-right symmetry."
The triangles with this symmetry are isosceles, the quadrilaterals with this symmetry are the kites and the isosceles trapezoids.
For each line or plane of reflection, the symmetry group is isomorphic with Cs (see point groups in three dimensions), one of the three types of order two (involutions), hence algebraically C2. The fundamental domain is a half-plane or half-space.
Bilateria (bilateral animals, including humans) are more or less symmetric with respect to the sagittal plane.
In certain contexts there is rotational symmetry anyway. Then mirror-image symmetry is equivalent with inversion symmetry; in such contexts in modern physics the term P-symmetry is used for both (P stands for parity).
For more general types of reflection there are corresponding more general types of reflection symmetry. Examples:
with respect to a non-isometric affine involution (an oblique reflection in a line, plane, etc).
with respect to circle inversion


Now if you want to figure out what other types of symmetry are go

http://en.wikipedia.org/wiki/Symmetry

Iron, did you watch the symmetrical documentary on YouTube?

[Ironhydroxide]

No, i watched(and understood) the German documentary on Subaru Symmetrical All wheel drive.

[BRADY]

Please don't fight - It makes baby SVX cry......

[1986nate]

Originally Posted by SilverSpear

Haha, no way man, check from the pictures, at least 80% of the engine is in front of the front wheels. That really sux, wish that Subaru pushed it around 10 inches to the back we would have had the best handling ever!

We wouldn't have a front diff on that transmission then, so no AWD