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Knee design is very different from one saddle to the next. The knee area
is composed of:
1. The flap which can be plain, or plain and moulded, or covered with
a layer of doeskin, suede or soft leather each backed by more leather,
foam or an air bladder.
2. The knee roll which can be short, long, thick or thin or even nonexistent,
and can be filled with wool or felt or foam. In some saddles these blocks
are attached with Velcro, and can be moved or removed easily.
3. The panel can be curved down a long way or a little straighter or much
shorter. The panel can be thick or thin, wide or narrow. The panel can
be stuffed with wool or filled with foam, or foam and felt and now the
Bates saddles have a revolutionary Cair panel. Each type of construction
will affect the shape the saddle takes on around the knee, as it breaks
in.
4. The leather on the sweat flap can be thick or thin, soft or firm. The
quality of the saddle and the saddle design, as well as how much care
the saddler puts into building this area of the saddle, can make a huge
difference in how the saddle will fit and either help or hinder your knee
position and comfort. Many of the most popular name brand saddles fight
with the rider's knee, as a result of the shape and construction of the
panel filling (foam and felt) in the knee area, rather than coddle and
support it. I don't know why the saddlers don't shave the foam at this
spot so the knee finds a smooth transition from flap to panel, rather
than the lump these saddles all tend to have. If the saddle pushes
the knee out of place even a little, it is hard to achieve the classic
leg that should have an equal grip with thigh, knee and calf. (C.E.F.
and A.H.S.A. Rule books)
Seat design is the most important
factor in rider comfort, and the rider's ability to influence the horse.
A deep seat is usually more comfortable than a flat (close contact) saddle.
Some saddles have quite a sharp bucket shape to the seat. This feature
really dictates the position of the rider's seat and is not favored by
cross country or jumper riders. The size of the seat is not as important
in a flat saddle as it is in a deep saddle. Too small a seat in a deep
saddle will be uncomfortable for the rider. Too large a seat will give
the rider very little support for their seat position. The twist of the
seat or waist(width of the front half of the seat as it rises toward the
pommel) will determine how well the rider is able to get his or her legs
down around the horse. A narrow twist is usually preferred for better
influence by the rider's legs. To fit some horses, a wide tree is required
for the horse's comfort and the saddle balance. A well designed saddle
will still have a reasonably narrow twist but many of the saddles that
I have seen get very wide in the twist as the tree gets wider. In choosing
a saddle in which you plan to compete in equitation competitions or wish
to ride for dressage training or showing, the twist is very important.
(A wide twist will make it difficult to ride with long stirrups). Some
saddles are designed especially for women. These are usually a little
rounder through the twist and may be comfortable to sit in but I have
not seen any women ride effectively in them. One German manufacturer has
a special model for women dressage riders that is narrow still in the
twist but has more padding in the seat and uses a softer version of a
thick wrinkly leather from the neck of the cow to help with the comfort.
I used to own one of this company's older model dressage saddles and feel
it would have been much improved by the addition of a great deal of thick
soft leather in the seat.
Flap design and size each have
a substantial effect on the rider's ability to influence the horse. Too
large a flap can place the rider's knee over the girth or girth buckles,
spoiling the rider's grip and comfort. The rider's knee will not be against
the knee roll, if there is one, thus creating a looser leg. Too long a
flap will place too much of the rider's leg on the flap, rather than against
the side of the horse; therefore, making influence with the legs difficult.
Thick flaps (both sweat and leg) will take a long time to break in and
require more force to secure a good leg position. Many riders would rather
replace the flaps more often so that they can mold the flap to their leg
better. Dressage saddles have longer straighter cut flaps so that the
rider can have a deep, relaxed, and influential leg position. Jumper and
cross country saddles have forward cut flaps to allow the riders
to ride with shorter stirrups and thereby use their hips
and knees as hinges as the horse jumps. On a saddle used for jumping,
the flap must be big enough for the knee position, to prevent the back
of the saddle from hitting the rider in the seat as the horse brings its
hind legs over the peak of the jump. Many trainers prefer their students
to have flaps that have a grained surface leather to give more grip to
the rider's leg. (I don't really think that the grip is that much different.
A little glycerine soap rubbed on the side of the boots will give a better
grip if required.) Well cared for, top quality leather will give a better
grip than lower quality leather that is also dry.
Tree design is critical to
the comfort of the horse and the balance of the rider. The best tree designs
fit more horses than many of the run of the mill designs seen in many
of the saddles in the market place today. Traditionally trees were made
from laminated beechwood, steel strips and pieces of spring steel. Today
many trees are made from boxwood and do not have nearly the strength of
the better trees. Some English and European saddle manufacturers have
turned to synthetic materials for their trees. Some riders claim that
these saddles do not have the same feel as saddles with wooden trees.
In some cases the synthetic tree has more strength as well as more flexibility,
this making it more comfortable for the horse as his back moves with each
stride.
Good tree design allows the
front of the panels to give the horse's withers clearance at the sides
without being such a wide angle that the front of the saddle drops down
and lets the pommel press down on the top of the withers. Some trees have
a cut back head (pommel) that allows a good fit on many different shaped
horses. Proper fit of the panel to the horse is important with these cut
back saddles, to prevent the withers being grabbed on the sides by the
cut out in the pommel. It is hard to make the cut back head as strong
as a regular tree design and even in top name brand saddles, failure in
this area is not uncommon. This design also allows short legged riders
to ride with slightly longer stirrups than they could use in a saddle
with a normal head. A problem with cut back saddles also is that the stirrup
bars may be set a little far back for jumping. In the case of one well
known English make the stirrup bars are not very well recessed in the
cut back models and may cause the rider some discomfort in the thigh.
The head of the tree can be straight or slanted back. A slanted head may
fit more shapes but puts the points of the tree forward and might interfere
with the shoulder of some horses that are not ideally shaped, in the shoulder.
The stirrup bars can be further forward on a slanted head saddle, making
this design attractive to jumper and cross country riders. The EASY-CHANGE
gullet system on the Bates and also on the Wintec saddles
allows the rider to change the gullet (head of the tree). The rider can
select the gullet that allows the saddle to best lay comfortably on the
horse's back, while sitting level and clearing the withers. These saddles
allow the most comfort for the horse of any saddles that I have seen.
I am so impressed with this design that I have a Bates for myself.
I know many horses that will benefit from this design and comfort.
Today's close contact jumper
saddles have a wider back to the tree. This allows for a wider panel that
cushions the horse's back more, plus a little more seat to support the
rider when driving to a jump. Equitation riders often find these saddles
harder to ride with the stirrups long for flat classes.
As a part of the tree, the
stirrup bars are recessed to afford comfort to the rider's leg. The bars
being recessed and being upward at a slight angle, keep the stirrup leathers
from slipping off. The so called safety bar at the end of the stirrup
bar should never be up in case a rider should fall and be hung in the
stirrup. These bars must be down in order to allow the leather to slide
off, thus releasing the rider. (Saddles many, many years ago had level
stirrup bars that were not as recessed and therefore the safety bar needed
to be up to keep the leather from sliding off the back of the bar, while
riding along.)
Some poorly made saddles from
India or Pakistan, or other manufacturers making poor copies of good saddles,
still have stirrup bars that are not properly recessed. I have seen these
saddles leave large bruises on rider's thighs. On good dressage saddles
the stirrup bar will be longer, or even adjustable, to allow the rider
optimum leg position. On some dressage saddles the stirrup bars are set
back further to allow the rider a better leg position.
Several manufacturers offer
adjustable trees. These are very useful at allowing the saddle to adjust
to the horse's changes in fitness or structure as age changes his shape.
The Wellup tree was popular in the 1980's but a few people had
problems with them. (They probably adjusted the tree to its maximum and
then rode enough to have the ends of the threads on the adjuster fail.)
There are other adjustable trees available. (Thorogood Saddlery of England
offers them.) These saddles also can fit different horses without having
to use extra pads, in some cases, to make the saddle more comfortable
for the horse. The Bates, Collegiate Convertible and Wintec
Cair interchangeable gullet system takes the adjustable tree to a
new level. Pessoa now offers a similar Xchange system.
The panel of the saddle should
mould to the horse's back. If the panel has a gap under the middle ( waist
) or grabs at the gullet, or rocks on the centre, the horse will surely
become sore in the back and not perform well. When judging horse shows,
I have noticed that many riders do not have saddles that fit their
horses. At a seminar, that I recently attended, the speaker, Dr. Peter
F. Cronau, the German Olympic and World Championship Equestrian Team veterinarian,
emphasized the importance of the saddle panels in the comfort and performance
of the horse. In his clinic Dr. Cronau uses a thermographic camera to
analyze the fit of the saddle by looking for "hot" spots on
the horse's back immediately after being ridden. Horses that have pressure
points from the saddle often have moderate to severe and even permanent
back problems. The Cair system in the Wintec and Bates
saddles when adjusted properly virtually eliminate the pressure points
that cause back problems. In Dr. Cronau's clinic, the thermographs of
horses' backs, taken after exercise
sessions with Cair system saddles showed even heat patterns; therefore,
indicating comfort as well as maximum performance potential for these
horse/saddle combinations. The most common mistake that I see is a saddle
that is too narrow for the width of the withers and then sits high in
the front; therefore, the rider puts a keyhole pad or wedge under the
saddle. The keyhole pads should be banned. They lift the back of the saddle
up so that it is level for the rider, (great!), but the middle of the
saddle is not supported and this set up transfers much pressure to the
front of the panel, at the ends of the tree, which is too narrow. (That
is usually why the back of the saddle is too low in the first place.)
Two things happen in this case: the horse becomes sore and eventually
the tree usually breaks across the middle. A better solution is to use
a wedge pad that is tapered from front to rear giving the saddle panel
support under its full length. These pads come in various sizes and widths.
I prefer the ones which have a wide front and are therefore shaped more
like the whole panel of the saddle and extend down below the points of
the tree. Some horses have a pronounced spine area along the back. These
horses need a tree with a wider channel down the whole length of the panels.
The panel should also be thicker and put on to guarantee there is
plenty of space in the channel for the comfort of the horse's backbone.
The best solution to this panel problem that I have seen, is the Bates
and Wintec air panel Cair system. They have two open celled
foam air bladder panels on each side of the saddle. This keeps the saddle
from having any pressure points on the horse's back. The different gullets
available on this saddle virtually guarantee a perfect fit on any horse
no matter how he is built. (To supplement the fit on these Cair
panels, wool flocking may be stuffed behind the panels or shims made by
Bates added between the panels and the tree by a Cair Specialist
Saddler, to complete the requirements of any horse.)
Endurance saddles and military
saddles have longer, wider panels to give the horse's back more protection
by spreading the weight of the rider and saddle over a wider area. A well
designed tree, selected for the shape of the horse on which the saddle
is to be used, does not need a thick panel in most cases. A thinner flatter
panel that conforms to the horse's shape is by far the most desirable
for both horse and rider. If the saddle is to be used on one horse, then
a wool stuffed panel will give the horse good comfort. If a thinner panel
is desired for closer contact or the saddle is to be used on several horses,
then a foam and felt panel, or an air filled panel is appropriate. The
foam and felt panel does not need replacing for about 1500 to 2000 rides,
whereas the wool panel should be re-stuffed after about 100 to 150 rides
in a new saddle and then about every 300 to 500 rides after that. ( The
restuffing is dependent on the weight of the rider and the tightness with
which the saddler has pushed the wool into the panel.) Saddlers use different
types of wool for stuffing, the best being merino wool which has more
resilience and does not get packed as hard with use as some cheaper wool
(I know of a saddler who uses shredded fluffy cotton string some of the
time. He feels that this material does not lump up as much nor compress
as much as the wool used by some of the other saddlers in our region.)
The newer Wintec Flocked saddles and the Collegiate Convertible saddles
made by Bates, have a synthetic flocking that resists insects and keeps
more resilience than traditional wool when it is very compressed or has
a few years of horse humidity collected and saved. Some expensive saddles
use panels made entirely from layers of different foam instead of felt.
These panels can be put together quickly and should keep their shape for
a longer period. Some saddlers put these straight into the saddles just
as they come from the molds; others shave the foam to a custom fit for
the panel that they have made, thereby creating a slightly different saddle
from the next saddler constructing the same saddle model. The panel leather
is usually soaked in water then stretched and shaped to make a nicely
rounded appearance. In some wool stuffed panels the panel leather is gusseted.
(The panel is made from two pieces of leather with a stitched seam around
the bulge line forming the panel.) This procedure allows a little more
wool to be put in and may allow a little more contact area for the panel
with the horse's back. This gusset takes less time than soaking and stretching
and, in some cases, the panel
is overstuffed, making the saddle sit high. I have even seen panels
so stuffed, that they became round and the area of contact greatly
reduced.
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