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The Britless Bridle



A quiet revolution is now taking place that transforms the art and science of horsemanship. The Bitless Bridle™ provides a humane alternative to the Bronze Age technology of the bit. Unlike the bit, no pain is inflicted. Your horse is free from fear, listens more attentively, breathes more freely, and moves more gracefully. With a calm, less spooky horse, communication is enhanced, trust established, performance improved, and harmony achieved. Riding and driving becomes simpler, safer and more satisfying. Both you and your horse can relax and enjoy yourselves.

Although The Bitless Bridle (BB) is indisputably a bitless bridle it bears no other resemblance to the pre-existing and traditional bitless bridles, i.e., the hackamores, bosals, and sidepulls. In common with all bitted bridles, the traditional bitless bridles are pain-based in their mechanism. The BB is the only bridle that ensures a pain-free rein aid. It works on an entirely new and different concept compared with all previous bridles. The BB provides, as it were, full service communication, whereas the traditional bitless bridles all have limitations in their ability to provide for rider/horse communication. The hackamores and bosals, for example, make some provision for stopping (though with similar inherent problems to the bit method) but are weak on steering, whereas the sidepulls provide for steering but are weak on stopping. Furthermore, whereas the BB is applicable to all disciplines, the traditional bitless bridles are not. For a more comprehensive differentiation of the BB from the traditional bitless bridles, click here.

STEERING

Brief pressure on one rein (yellow arrow) pushes painlessly but persuasively on the opposite half of the head (red arrows). Horses respond better to being pushed painlessly (nudged) with the Bitless Bridle™ (over a large surface area) than being pulled painfully by a bit (with highly focused pressure on the sensitive tissues of the mouth). Where the head goes the horse follows. Unlike the effect of a bit, that tends to twist a horse''s head, the head stays upright and the turn is more natural and physiologically correct. By comparison with either bits or other bitless bridles (hackamores, bosals and sidepulls), more effective steering is one of the first benefits that riders notice. The Bitless Bridle™ ''works'' with both direct and neck reining.

SLOWING AND STOPPING

Brief pressure on both reins or alternate pressure on each rein applies a gentle squeeze to the whole of the head and triggers a ''submit'' response. Braking is probably attributable to a combination of the calming effect of a whole-head-hug; to initiation of a balancing reflex at the poll; to the stimulation of areas of special sensitivity behind the ears; and to painless pressure across the bridge of the nose. The "brakes" are more reliable than those provided by the bit. First, bit-induced pain causes many a horse to bolt rather than brake. Secondly, at no time can the horse deprive the rider of all means of communication by gripping the bit between its teeth or under its tongue. Unlike the mechanics of the bit, hackamore, bosal or sidepull, braking is not dependent on pain across the bridge of the nose, poll flexion and obstruction of the airway.

The above advice on steering/stopping, using the nudge/hug approach of the Bitless Bridle should, ideally, be used simply as a back-up, if required, to the more important aids provided by body weight, balance and breathing.

A NECESSARY EXPLANATION

''Aversion to the bit’ has been generally understood to be an occasional problem manifested by about half a dozen different signs. But in the last few years, Dr. Cook’s research has shown that the bit is the cause of over a hundred behavioral problems. Each one of these problems has been repeatedly solved by removing the bit and using the Bitless Bridle™. The bridle’s very effectiveness, however, brings with it a dilemma when it comes to providing information about the bridle. Anyone who describes the many problems solved or the huge number of benefits gained from using the bridle runs the risk of sounding like a snake-oil salesman, as the list is so long and - to most horsemen - so surprising. Nevertheless, many users have volunteered comments such as “All the benefits you describe are present.” So … confident that we are not guilty of false advertising, let us proceed.

THE FIVE F''S

A bit frightens a horse. It causes pain or the fear of pain. Fear is expressed by one or more of the five F’s; fright, flight, fight, freeze or facial neuralgia (the headshaking syndrome). Each one of these main categories has its own list of symptoms (see below). Collectively, there are over a hundred symptoms and they interfere with just about every bodily system. Interference with those systems that are vital to athletic performance (the nervous, respiratory, musculoskeletal, and cardiovascular systems) means that the horse is not only in pain and feeling mentally distressed but is additionally handicapped as an athlete. For example, the presence of a bit in the mouth leads to obstruction of the airway in the throat. As striding is synchronized with breathing and as normal striding depends on normal breathing, anything that interferes with breathing also interferes with striding. A horse that is unable to breathe and stride properly cannot run and jump to its full potential. A horse that is in pain and mentally distressed cannot learn in the first instance and neither can it perform with confidence and safety.

HERE ARE SOME OF THE PROBLEMS THAT THE BITLESS BRIDLE™ HAS SOLVED or, to put it a different way, here are some of the distresses, discomforts, uneases and dis-eases that removal of the the bit has banished:

Fright: Difficult to catch in the paddock; unfriendly in the stable; resistant to being bridled and unbridled; difficult to mount. At exercise, anxious, unpredictable, ‘hot,’ nervous, or ''highly-strung''; fearful, shy, spooky, and inclined to panic; tense and stressed; sweats excessively; unfocussed on the job in hand; a restless eye or shows the white of its eye; slow to learn or complete lack of orogress with training

Flight: Difficult to slow or stop; running through the bit and bolting; puts the bit between its teeth and deprives the rider of control; jigging, prancing, rushing; fidgeting when at rest and when on the move; hair-trigger response to the hand aids; runs wild on the lunge rein

Fight: Bucking; rearing; spinning; aggressive, argumentative, confrontational, resistant, bossy, cranky, surly, resentful, adversarial, and angry; hard-mouthed heavy on the forehand and a ''puller''; difficult to steer in one or both directions; refusal to rein back; pig rooting, yawing, and crossing the jaws; reluctance to maintain canter; stiff-necked; refusal to lead on the correct leg

Freeze: These are responses to pain or fear that, for evolutionary reasons, are particularly likely to occur in donkeys and mules, but they also occur in horses. For example, refusal to leave the herd; refusal to go forward (napping); backing-up; lack of courage and confidence, including random, last-minute refusal at jumps; lack of hind-end impulsion; and a tendency to develop muscle cramps (tying-up, azoturia, exertional rhabdomyolysis)

Facial Neuralgia (the headshaking syndrome): At exercise an open mouth; head tossing or ''flipping the nose''; above the bit and ''star-gazing''; behind the bit and overbent; rubbing muzzle or face on foreleg; striking at muzzle with foreleg; rapid and sometimes noisy blinking; hypersensitive to bright light, wind or rain; sneezing and snorting; grazing on the fly; attempts to bite horses alongside, grabs the shank of the bit or the rider’s boots; watery eyes and nasal discharge; grinds teeth; tilts head; twitching of the cheek muscles. At rest may exhibit a general head shyness or be difficult to handle specifically around the mouth or ears; difficult to clip or hose around the head; When being led in hand after exercise, rubs its head vigorously against the handler.

General unhappiness: Lack of finesse in control; ‘lazy,’ dull, and subdued (i.e. phlegmatically resigned to chronic pain); ‘ring sour’; a slow walker; tires prematurely; ears pinned at exercise; heads for the stable at every opportunity; tail swishing

Breathing difficulties (asphyxia and suffocation): Excessive poll flexion; retracts its tongue behind the bit, ''swallows its tongue'' (elevation and dorsal displacement of the soft palate); thick-winded or an obvious ''roarer''; gurgling or choking-up; tongue over the bit; epiglottal entrapment; collapse and deformity of the windpipe (''scabbard'' trachea); asphyxia-induced pulmonary edema (‘bleeding’ or exercise-induced pulmonary hemorrhage); coughing at exercise; small airway disease (bronchitis, bronchiolitis, or recurrent airway disease)

Interference with stride, gait, and motion: Tense neck; stiff or choppy stride; short stride; incoordination (sometimes diagnose as equine protozoal myelitis or EPM); stumbling; heavy on the forehand; ''interfering'' or ''forging'' (striking foreleg with hind hoof); inverted frame (high head carriage, hollow back); toe scuffing; refusal to maintain canter; false collection; lack of self-carriage. Shortage of oxygen (asphyxia) initiates a cascade of events that are particularly likely to occur in racehorses but are by no means limited to this sport. One event leads to another. For example, premature fatigue leads to false steps; false steps lead to breakdowns; fatigue and loss of muscle tone leads to chip fractures, damaged joints and strained tendons; Fatigue also leads to falls, falls to major long bone fractures, and these to unavoidable euthanasia.

Mouth and dental problems: Fractured jaws (from falls or other bit-induced accidents accidents); star fractures of the bars of the mouth leading to the shedding of dead bone (rare); bone spur formation on the bars of the mouth (common); severe erosion of the first cheek tooth in the lower jaw (common) as the result pf a horse defending itself by gripping the bit between its teeth (common); erosion of the second and third cheek teeth from the same cause (slightly less common); premature loss of the foregoing cheek teeth from the same cause; sore mouth; cut lips; lacerated or amputated tongue; lip sarcoids; sharp enamel edges on cheek teeth in the upper jaw, leading to cheek ulcers; the same on the lower jaw leading to laceration of the side of the tongue; loss of appetite; reluctance to drink on trail rides, leading to dehydration; tongue lolling at exercise.

Effect on the rider:

Use of a bit or bits makes riding unnecessarily difficult, disappointing and dangerous. Because riders are often unaware of the cause of these problems and, therefore, do not know how to treat them, they become discouraged in a number of different ways. They may, for example:·

Become convinced that they simply do not have the skills to become good riders. Instead of blaming their tools (the bits), which they should, they·develop
A sense of frustration with their apparent inability to master the art of equitation, or·
A burgeoning annoyance bordering on anger with the horse, or·
An increasing reluctance to exercise the horse on a regular basis and the generation of displacement activities (excuses), or·
They despair of ever achieving that harmony between horse and rider that is the pinnacle of equitation, or·
They cease to get pleasure from riding, or·
They lose confidence, become afraid of riding, and consider giving it up altogether, or·
They decide to sell a horse that appears to have incurable problems and buy another, or·
They experience economic embarrassment from doomed attempts to overcome problems by means other than removal of the cause (the only logical approach to treatment), or·
They suffer personal injury (anything from a fractured collar bone to sudden death)

SO MUCH FOR THE NEGATIVE ASPECTS OF THE BIT. Let''s now consider the ...

POSITIVE ASPECTS OF THE BITLESS BRIDLE™ This new approach to equitation enables you to avoid the above and permits you to be kinder to your horse; improve your horse''s welfare and its mental and physical balance; avoid confusing your horse by expecting it to eat and exercise simultaneously (the effect of using a bit); have better "brakes" (bits induce bolting); enjoy smoother transitions; lengthen your horse''s stride and, therefore, increase its speed; have less fidgeting; a much calmer, more relaxed horse and one that listens better to the aids; reduce the stress of exercise for you and your horse; dispense with tongue-ties and dropped nosebands; enables your horse to get more oxygen and generate more spirit, vigor and stamina; make faster progress with training; obtain better performance; improve your own safety and that of your horse; communicate more effectively and in a manner more acceptable to your horse; avoid so much lathering-up, foaming at the mouth and slobbering; allow your horse to develop a more graceful action, with a more rounded outline and better engagement; reduce the likelihood of lameness and breakdowns (from lack of oxygen, fatigue and heaviness on the forehand); reduce the likelihood of bleeding from the lungs and sudden death at exercise (caused by upper airway obstruction; put a novice on a fully-trained horse without fearing that its mouth may be damaged, and so enable a trained horse to teach an untrained rider; establish a better partnership; obtain more cooperation and have a happier horse.

Supporting evidence for the above can be found by reading the "Articles" and "Users'' Comments" pages.

PETITION FOR RULE CHANGES TO PERMIT COMPETITION USE OF THE BITLESS BRIDLE:

The FEI (Federation Equestre Internationale) currently mandates use of a bit or bits for dressage and show hunter competitions though, paradoxically, The Bitless Bridle is acceptable for show jumping and the cross country phase of eventing. Most national organizations (eg., the USEF in the USA and the British Horse Society in the UK) follow the FEI and adopt similar rules. Nevertheless, when approached on this matter the FEI have indicated that rule changes should first be negotiated with the national organizations, with the implication that FEI might follow such recommendations.

Dr. Cook has collected signatures in support of a rule change from many riders, in many disciplines but if he submits these himself will probably be regarded by the organizations as having an ax to grind. The better strategy will be for individuals who are members of these various organizations to send their own letters and/or submit their own formal proposals for a rule change. Dr. Cook will be glad to provide individuals with supporting literature on request (email him at drcook@bitlessbridle.com). Please provide your name, address, telephone number, and the Division in which you are interested. To avoid using a proprietary name in any letters or proposals, it is suggested that petitioners apply for acceptance of the ''crossover bitless bridle.'' It would be useful if petitioners could ask their organizations for the reasons why bits are still mandated. Dr. Cook would be interested in reviewing the responses.

TRADITIONAL (PAIN-BASED) BITLESS BRIDLES1

Robert Cook FRCVS, PhD

Question: How does The Bitless Bridle differ from pre-existing bitless bridles?

The short answer is that pre-existing (traditional) bitless bridles depend on their ability to cause pain or the threat of pain, whereas The Bitless Bridle is virtually incapable of causing pain. The Bitless Bridle also provides a more comprehensive method of signaling. Being painless and more effective, it is also safer and more humane.

‘Hackamore’ is a description that is often used for any bridle the action of which depends on nose rather than mouth pressure. But there are actually three distinct categories of such bridles: bosal hackamores, mechanical hackamores, and sidepulls (including rope halters and jumping hackamores).

1. Bosal Hackamore:

Strictly speaking, the word ‘bosal’ is the name for the nosepiece of this hackamore. Its correct fitting requires expertise. The nosepiece is generally made of a rawhide tube which may or may not contain a metal insert. The bosal surrounds the muzzle and has a large knob on the chin side called the heel butt, to which the mecate or bosal reins are attached. The mecate is usually made of horsehair and is deliberately rough, to encourage the horse to move away from the pressure and irritation. The bosal causes irritation (pain) to the jaw and nose, whereas the mecate causes irritation to the neck. Indirect reining (neck reining) is normally used to provide the signal for steering. A good quality bosal will have a balanced heel butt that rests in a neutral position until the reins are used. For slowing and stopping both reins are lifted. The back of the bosal will rub the chin and the front will press down on the nose. This, in conjunction with a backward shift of the rider’s body weight, signals the horse to flex at

1 For an independent review of bitless options, visit Dr. Jessica Jahiel’s invaluable Newsletter at www.HORSE-SENSE.org, click on ‘Archives’ and carry out a search for her article published on 3/5/05 with the title, “So many hackamores, so little information.”

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the poll and to slow or stop. When the bosal is used with intermittent (give and take) pressure, the horse learns to move correctly and to flex and be light in the bridle. Pressure with the resultant pain is used sparingly. If ridden with constant pressure, control is lost as the horse is unable to find a comfort zone by moving away from the pressure.

2. Mechanical Hackamore (also known as a German Hackamore):

As with the bosal, the mechanical hackamore acts like a curb bit. It uses leverage on the nose and, in addition, a curb chain presses behind the chin. Poll pressure is also added. The shorter the shanks the less severe is the pressure. Shanks that curve back are less severe than straight shanks. As with the bosal, the ‘wider/thicker’ nosepiece is less severe than the ‘narrower/thinner’ nosepiece. While the hackamore fails to provide a good lateral signal for steering, it does provide a vertical signal for slowing or stopping. It does this by encouraging the horse to lower his head and flex, the same as a curb. If used incorrectly, it is capable of choking a horse or even fracturing its nasal bone or jaw. Some authorities recommend, ill advisedly in my opinion, that it be fitted in such a way that the nosepiece, when under rein pressure, obstructs the nasal passages.

3. Sidepull:

The sidepull acts much like a snaffle, as it applies no leverage. It provides a better lateral signal for steering than a bosal or a mechanical hackamore, but a less effective flexing signal for stopping. Also, in a sidepull a horse will most likely carry its head higher. The bridle forms of sidepull may or may not have a metal insert in the nosepiece. Apart from this, the nosepiece varies considerably in material, shape and texture, with according variation in its ability to cause pain.

The Jumping hackamore (also known as the English Hackamore) acts more like a sidepull than a leverage hackamore, though it does have short shanks. Nevertheless, the noseband is padded and the curb is leather. It is generally classified among the sidepulls and is considered to be less severe than most sidepulls (see Jessica Jahiel’s Newsletter))

Another form of sidepull is made out of rope, not strap work, and is known as a rope halter, though it is used as a bridle. The rope may be thick and soft or thin and hard, with the ability to cause, or potentially to cause, varying degrees of pain – depending also, of course, on the way it is used. In addition, rope halters may be plain or knotted. Those with knots at one or more points have a greater capacity for causing pain than the plain halters. One of the most popular forms of rope halter is made out of 3/16” hard rope, which is a thin rope and, therefore, a material with considerable ‘tooth’ or bite. The reason it is severe is because, as when talking bits and

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nosepieces, the narrower the circumference the more severe the effect. Such a rope halter is considered more severe than most sidepulls. A Natural Horsemanship trainer (Cathie Hatrick-Andersen) who had routinely used a rope halter for starting young horses before she became familiar with the Bitless Bridle, continues to use the rope halter for the very first stages of schooling and then transitions to the Bitless Bridle. Another well-respected trainer (Pat Parelli) uses a rope halter until schooling is complete, and then transitions to a curb bit.

SUMMARY

All three of the above traditional bitless bridles depend for their effectiveness on their capacity for causing pain, which is why I have classified them in the title of this article as pain-based bitless bridles. This is not to say that pain is necessarily caused every time they are used, any more than the same applies to bits, all of which are also pain-based. For example, in the hands of a master horseman who has learned to ride with seat and legs and who does not actually use the reins when riding a fully-trained horse, the most severe of bits may be completely pain-free. Conversely, a supposedly simple snaffle in the untutored hands of a novice can become an instrument of torture. The same applies to the bosal, mechanical hackamore and all the sidepulls. Depending on how they are used they may or may not cause pain. The point is, however, that the design of each of these bridles provides for the possibility of causing pain. This feature constitutes a fundamental weakness of design. Any method of communication that, in certain hands or under certain conditions, might - albeit unintentionally - cause unnecessary pain and trigger serious or even fatal accidents for both horse and rider has to be considered a less than ideal method.

By contrast, the design of The Bitless Bridle2 is such that it is virtually impossible for it to cause pain. It could justifiably be claimed that, by comparison with those described above, it is the only bitless bridle without a bite (the biteless bitless bridle). Yet at the same time it provides fully comprehensive rein-signaling for steering, slowing and stopping, at all stages of a horse‘s training, for all disciplines, for all types and temperaments of horse, and for all ages and experience of rider. A horse can feel a fly landing on a hair of its head and will respond accordingly. It doesn’t need a painful signal to persuade it to comply with a rider’s request. As painful signals can result in quite unintended responses from a horse, a method of communication that automatically rules-out the possibility of such signals ever being accidentally transmitted represents

2 The Bitless Bridle Inc., 2020 S. Queen St., York, PA 17403

Toll free: 866-235-0938 E-mail: info@bitlessbridle.com Online at www.bitlessbridle.com

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an invaluable safety factor. Using the Bitless Bridle, even the greenest novices are, as it were, saved from themselves. They are unable to get into trouble as a result of inadvertently hurting their horse and thereby triggering the hundred and one potentially alarming responses that evolution has endowed the horse with by way of avoiding pain. From the horse’s point of view, all these responses are no more than natural defenses. But from the rider’s point of view, such responses reduce the pleasure of riding, making riding more complicated and much more dangerous.

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