RESISTANCE Lightweight Polymer Trail Stirrups - 3 Inch

Experience next-level comfort and performance with the Resistance Lightweight Polymer Trail Stirrups, designed for riders who demand durability, safety, and support on every ride. Crafted from high-quality molded polymer, each stirrup offers a strong yet lightweight build at just 1 lb per stirrup. Built for long hours in the saddle, the 1¼-inch thick shock-absorbing foam pads cushion every movement to reduce joint strain, fatigue, and impact on knees and ankles. With ergonomic dimensions — 7 inches tall, 5½ inches wide at the base, and a 4¾ Inch x 4 Inch foot pad — these stirrups ensure a secure, balanced fit that enhances comfort and stability for all riders. Available in four neck sizes, they’re compatible with a wide variety of Western, English, and endurance saddles, making them a versatile choice for every equestrian. Whether you’re navigating rugged trails, training for endurance rides, or enjoying a relaxed day outdoors, the Resistance Polymer Trail Stirrups deliver the perfect blend of comfort, safety, and long-lasting reliability — ride after ride.

• Lightweight & Durable Construction: Built from premium molded polymer, these trail riding stirrups Lightweight only offer strength, stability, and effortless handling for both men and women riders
• Shock-Absorbing Comfort Pads: Designed with 1¼- inch thick cushioned foam foot pads that reduce impact and vibration, providing exceptional comfort on long rides and minimizing knee or ankle fatigue
• Secure & Comfortable Fit: Ergonomically sized with 7 Inch height, 5½ Inch wide bottom, and a 4¾ Inch x 4 Inch foot pad for a stable and non-slip riding experience—ideal for trail, endurance, or pleasure riding
• Universal Saddle Compatibility: These horse riding stirrups fit a wide range of Western, English, and endurance saddles, ensuring a perfect fit for every rider
• Trail & Endurance Ready: Engineered for comfort and durability, these polymer stirrups are perfect for long-distance trail rides, offering superior grip, reduced joint stress, and reliable safety support