Bokt.nl

Amaris schreef:

Om te beginnen prikt een enkel gebroken bit niet in het gehemelte, of je moet eronder gaan staan en de teugels naar beneden gaan trekken. Dan prikt het naar boven. Als je erop zit, en je zit iets hoger dan de mond, dan prikt het hooguit naar beneden.

Citaat:

Bron + afbeelding: http://horseproblems.com.au/Bits/USDF_Dec05.pdf.

Loose-ring jointed snaffle. The single-jointed snaffle bit (Figure 1) was positioned with the arms of the mouthpiece hanging down toward the incisor teeth, as indicated by the fact that the mouthpiece rotated around the ring to the four o’clock position rather than being in the middle of the ring at the three o’clock position. The sharply curved profile of the joint in the middle of the mouthpiece protruded toward the horse’s palate. The loose ring allowed the mouthpiece to rotate freely, so the horse could use his tongue to move the mouthpiece into different positions, perhaps as a means of changing the areas under pressure.

When tension was applied to the reins, the mouthpiece pressed more deeply into the tongue, thereby causing the joint to move away from the palate. Single-jointed bits are usually described as having a nutcracker-like action, the implication being that when tension is applied to the reins, the angle between the arms of the mouthpiece closes and the joint is pushed toward the palate. In our study, any nutcracker effect that tended to push the joint toward the palate was more than offset by indentation of the tongue.

magda_90 schreef:

Enige nuance is wel nodig, de kaasrechte enkelgebroken mondstukken liggen tegen het gehemelte aan inderdaad, bij rust. Bij aannnemen van de teugels draait deze weg.

8nnemiek schreef:

Daar heb ik op dit moment helaas geen tijd voor. Zal ik binnenkort doen. Maar een enkelgebroken mondstuk wijst nu eenmaal altijd met de punt van de teugel af als die strak staat, dus als jouw teugel haaks op de neus/het gehemelte staat dan steekt dat mondstuk altijd richting het gehemelte.

magda_90 schreef:

Citaat:

Bron + afbeelding: http://horseproblems.com.au/Bits/USDF_Dec05.pdf.

Loose-ring jointed snaffle. The single-jointed snaffle bit (Figure 1) was positioned with the arms of the mouthpiece hanging down toward the incisor teeth, as indicated by the fact that the mouthpiece rotated around the ring to the four o’clock position rather than being in the middle of the ring at the three o’clock position. The sharply curved profile of the joint in the middle of the mouthpiece protruded toward the horse’s palate. The loose ring allowed the mouthpiece to rotate freely, so the horse could use his tongue to move the mouthpiece into different positions, perhaps as a means of changing the areas under pressure.

When tension was applied to the reins, the mouthpiece pressed more deeply into the tongue, thereby causing the joint to move away from the palate. Single-jointed bits are usually described as having a nutcracker-like action, the implication being that when tension is applied to the reins, the angle between the arms of the mouthpiece closes and the joint is pushed toward the palate. In our study, any nutcracker effect that tended to push the joint toward the palate was more than offset by indentation of the tongue.

Citaat:

Bron + afbeelding: http://horseproblems.com.au/Bits/USDF_Dec05.pdf.

Loose-ring jointed snaffle. The single-jointed snaffle bit (Figure 1) was positioned with the arms of the mouthpiece hanging down toward the incisor teeth, as indicated by the fact that the mouthpiece rotated around the ring to the four o’clock position rather than being in the middle of the ring at the three o’clock position. The sharply curved profile of the joint in the middle of the mouthpiece protruded toward the horse’s palate. The loose ring allowed the mouthpiece to rotate freely, so the horse could use his tongue to move the mouthpiece into different positions, perhaps as a means of changing the areas under pressure.

When tension was applied to the reins, the mouthpiece pressed more deeply into the tongue, thereby causing the joint to move away from the palate. Single-jointed bits are usually described as having a nutcracker-like action, the implication being that when tension is applied to the reins, the angle between the arms of the mouthpiece closes and the joint is pushed toward the palate. In our study, any nutcracker effect that tended to push the joint toward the palate was more than offset by indentation of the tongue.