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Wintec saddle with CAIR ~ ~ "after" photo ~ ~ CAIR bladders removed and wool flocking inserted	Panels removed from saddle
Pulling up the staples holding the panels together	Panel top separated
Panel open, you can see the CAIR bladders and foam inside	CAIR panel removed; see the (white) flocking that was stuffed in with the CAIR
Closeup of flocking at rear of panel	Flocking also in the knee roll.
CAIR panel removed See how it is 2 air bladders. Each bladder is very thin at the center. When pressure is applied, air moves away from the pressure. Both bladders flatten out at the center, leaving almost no pressure. Effectively, the saddle bridges. Air doesn't just flatten out and provide even pressure; what it does do is move away from pressure until the air meets the least pressure. This is not the same as "conforming to the horse's back."	A balloon can only be the shape it is; a long skinny balloon will never be an oval balloon. It is the same with the CAIR air bladders, except that they have an even thicker "skin" and are less able to deform than a balloon. They won't fit a horse if the horse's back is different enough from the shape of the bladders. Many horses also do not have backs that are suited to the Wintec tree, and the CAIR panels can't accommodate that.
CAIR panels side-on; see the overlapping bladders. CAIR panels can't be adjusted. If one was under-inflated or has a slow leak, then it ends up under-pressure while the other side retains its pressure. There's no way to make absolutely sure that an air bladder can't leak.	CAIR panels are backed by stiff foam.
Inside the CAIR bladder is foam. The foam further prevents the CAIR from deforming to meet a horse's back precisely.	CAIR isn't even immune to pressure points, as is claimed. This one was stuffed in badly and caused to wrinkle at the front. That wrinkle would have created a nasty pressure point for the horse's shoulder as he moved.

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