Happy Mouth double jointed bits

Happy Mouth double-jointed bits: a range of apple-scented double jointed mouthpieces

Happy Mouth double-jointed bits combine an apple-scented synthetic mouthpiece with a double-jointed design. This combination is popular with riders looking for a warmer, more inviting contact than a fully metal mouthpiece while retaining the flexibility of a jointed bit.

The double-jointed mouthpiece follows the horse's mouth movements more naturally. It distributes pressure over a larger surface area and also allows for more independent rein aids on each side.

Double jointed mouthpieces and cheekpiece options available from Happy Mouth

The Happy Mouth double jointed range is available with a variety of cheekpiece styles, including eggbutt, full cheek, Fulmer, Baucher (hanging cheek), and gag bits.

Two mouthpiece options are available:

• either a fully synthetic-coated mouthpiece (except at the joints),
• or a version with a copper link, which may encourage salivation and relaxation in some horses.

While the mouthpiece design remains the same, each cheekpiece style provides its own mechanical characteristics in terms of stability, lateral guidance, or rein action.

Choosing a Happy Mouth bit therefore involves more than selecting the mouthpiece material - it also means choosing the ring configuration that best suits the horse's way of going and the rider's objectives.

The role of the Happy Mouth synthetic mouthpiece

The synthetic coating provides a warmer-feeling contact than metal and is infused with an apple scent. For some horses, these characteristics may encourage a more willing acceptance of the bit. Happy Mouth double jointed synthetic bits are available in a single mouthpiece thickness only. If your horse has limited space in the mouth, you may find a wider selection of mouthpiece thicknesses in our double jointed bits category.

As with any bit, however, the material is only one factor among many. The mouthpiece shape, rings design, and the horse's oral conformation remain the key elements influencing the overall behaviour of the bit.