Myler MB 47PB: Sweet Iron Correctional Tom Thumb Snaffle for Horses

Myler MB 47PB: Sweet Iron Correctional Tom Thumb Snaffle for Horses Experiencing discomfort or poor performance with your horse's current bit? The Myler MB 47PB is engineered for a **more comfortable, responsive ride**, transforming your communication and performance. This advanced correctional bit is designed to gently guide your horse towards relaxation and acceptance, making every ride more harmonious. Key Features & Benefits: Frequently Asked Questions What makes the Myler MB 47PB different from other bits? The MB 47PB uniquely combines the Myler Correctional Ported Barrel mouthpiece with an HBT shank. This design applies precise pressure, encouraging relaxation and collection. Its sweet iron and copper inlay also boost acceptance and salivation, offering more refined communication than standard snaffles. What "level" of horse is this bit suitable for? This is a Level 2-3 Myler bit, ideal for horses with basic bit understanding. It provides gentle guidance for those learning to relax, collect, or accept steady contact, bridging the gap between a snaffle and more advanced bits without harshness. How does the "Sweet Iron" mouthpiece benefit my horse? The sweet iron mouthpiece oxidizes naturally, creating a pleasant taste that encourages salivation. This promotes a softer, more accepting mouth, improving comfort, communication, and overall performance for your horse. What is the purpose of the "Correctional Ported Barrel" (MB 47PB)? The Correctional Ported Barrel (MB 47PB) provides gentle tongue relief and applies mild, specific pressure to the tongue and bars. This encourages your horse to soften at the poll, lower its head, and accept the bit, aiding collection and achieving a more balanced frame, especially for horses that lean or need to relax their jaw. What does the "HBT Shank" offer in terms of control? The HBT shank offers moderate, direct leverage, providing clear signals for refined communication. It enhances control for cues like lateral flexion, stops, and collection, ensuring efficient pressure application for desired responses with less effort.