Jump'In Three-Effect Double Jointed Bit
- Free exchange for 10 days
- Secure payment
- Free delivery from 40€ in Belgium and 100€ in France
- Free in-store pickup
- Help and advice for your purchases
The Jump'In Three-Effect Double Jointed Bit is a versatile bit that allows riders to precisely adjust its action according to rein placement. Thanks to its multiple rein attachment points, it offers up to three distinct actions: a lateral guiding effect, a slight leverage effect, and a lifting effect. This versatility makes it an excellent choice for riders who wish to adapt the finesse and intensity of their aids to the specific needs of their horse.
The double-jointed mouthpiece ensures even pressure distribution across the tongue and bars while reducing pressure on the palate. This design enhances the horse's comfort and promotes softer, more precise communication.
Made from German Silver, an alloy consisting of 65% copper, 23% zinc, and 12% nickel, this bit encourages salivation and relaxation while offering excellent durability and wear resistance.
Key Features
- Three different actions depending on rein placement
- Lateral guiding effect for improved steering and control
- Slight leverage effect for additional responsiveness
- Lifting effect that promotes balance and lightness in the forehand
- Double-jointed mouthpiece reduces pressure on the palate
- Precise and comfortable communication
- German Silver encourages salivation and relaxation
- Versatile bit suitable for a wide range of disciplines
Composition
- German Silver
- 65% Copper
- 23% Zinc
- 12% Nickel
Usage Advice
The Three-Effect Bit can be used in different configurations depending on the horse's level of training, balance, and the rider's objectives. It provides adjustable action while maintaining refined and progressive communication.
Care Instructions
Rinse the bit thoroughly after each use to remove saliva and dirt residues. This helps prevent buildup that may cause discomfort in the horse's mouth. Regular maintenance contributes to the longevity and performance of the bit.