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Crossover Breastgirth

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The Solution elasticated cross-over breastgirth

A breastgirth is always advisable as a safety precaution when jumping – whatever the type of saddle used and whatever shape of the horse. The unique design is recommended for all jumping activities, providing ultimate security whilst giving complete freedom of movement to the horse.


The horse’s trunk narrows and elongates in the jumping phase and can allow the girth to slide backwards.	A racing breastgirth stops the saddle slipping dangerously, but it cannot hold the girth forward.	Particularly when the limbs stretch at speed, the rib cage is pulled apart like a coiled spring being stretched.	Conformation that narrows behind the sternum will often require a breastgirth to prevent slippage.


A horse with a good bascule will pull the sternum upwards and forwards and can literally jump out of the girth.	A tight leather breastgirth clearly shows the restriction to the shoulder and neck movement.	*The Solution* design - straps move and stretch independently, eliminating pressure points and allowing complete freedom of movement.

Sizing

The crossover breastgirth has been specifically designed to be adjusted to as wide a range of horses as possible in each size group. The leather straps are all generously cut to allow the maximum adjustment. There are a minimum number of holes pre – punched, but extra ones can easily be added at home with the use of a standard hole punch. The individual straps can be easily shortened for you in our workshop.

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Solution Saddles breastgirth :
For complete comfort and total shoulder freedom, the unique cross-over design flexes evenly with the movement of the horse to provide ultimate security.
Recommended for all jumping activities to eliminate pressure points, rubbing and restricted movement.
Solution Saddles breastgirth can be conveniently clipped to optional lower D rings or attached to the girth billets.

Conformation that narrows behind the sternum will often require a breastgirth to prevent slippage. A horse with a good bascule will pull the sternum upwards and forwards and can literally jump out of the girth. It is important that the design of the breastgirth does not hamper the movement of the scapula, but in order to be of any benefit, it must be fitted so that there is some tension on the saddle and the girth. For this reason, it is essential that the straps are fully elasticated.

Our unique design is recommended for all jumping activities, providing ultimate security whilst giving complete freedom of movement to the horse.

Available in black or brown
Size: Small, Medium, large
£175.00

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Solution Saddles elasticated breastgirth

About the Scapula

It is important that the design of any breastgirth does not hamper the movement of the scapula, but in order to be of any benefit, it must be fitted so that there is some tension on the saddle and the girth. For this reason, it is essential that the straps are fully elasticated.

The function of the horse’s forelimb is to suspend the weight of the thorax. There is no joint or bony attachment of the forelimb to the rest of the skeleton. Instead, the chest cavity is held in a sling of muscles and ligaments rather like the two pillars of a suspension bridge. This allows greater freedom of movement. Unlike us, the horse has no collar bone. Concussion, which would otherwise be absorbed by the spine, is absorbed by soft tissue.

The scapula is a large triangular flat bone which lies at an angle, partly covering the last cervical vertebrae, the first seven thoracic vertebrae and the heads of the first six or seven ribs.

The inner (medial) side of the bone is smooth and slightly concave, enabling it to fit smoothly over the first few ribs, and to provide traction for the many muscles and ligaments which attach to it and comprise the sling which suspends the weight of the thorax.
The spine of the scapula is a long, prominent ridge which runs longitudinally down the centre of the outer (lateral) side of the bone, the function of which again, is to provide an area for muscle attachment. This can be felt on all horses.
The top part of the scapula is cartilage and is larger and harder than many people realise. When riding, it is this cartilaginous extension, not bone, which can be seen on either side of the withers as the horse moves.
Although technically flexible, the cartilage feels as rigid as bone.

the forelimb moves forward

Connective tissue allows the scapula to slide over the ribs as the horse moves, thus facilitating a greater movement. As the forelimb moves forward, into the protraction phase of the stride, the muscles (especially the thoracic part of the trapezius muscle) actually pull the top part of the scapula back. When the forelimb retracts, the muscles (especially the cervical part of the trapezius muscle) pull the top of the scapula forward.

Rotation of the scapula

The movement of the scapula is opposite to the movement of the forelimb. This is what is meant by the rotation of the scapula. When riding rising trot, it is the rotation of the scapula that riders sometimes check to ensure they are on the correct diagonal. Rotation of the scapula is exaggerated in extended trot and when jumping.

A greater anatomical angle to the scapula allows enhanced rotation, resulting in a greater range of movement in the shoulder joint. This is considered to be a conformational asset. A horse with a good sloping shoulder (about 45 degrees) will have a greater range of movement compared to a horse with a more upright shoulder (approximately 50-55 degrees).

There are a number of factors affecting this angle (or degree of obliquity). A longer scapula must necessarily be inclined back, while a short one will be more upright. As the scapula at the upper end is attached to the spinous processes by muscles and ligaments, the longer they are, the further back the point of attachment will be, thus the more obliquely the scapula will lie. Restriction of the scapula, or any attempt to mould or influence it, will affect the horse’s movement patterns.