Indra Discus

No, this model is specifically engineered for advanced athletes. Its high rim weight distribution requires a refined technique and significant strength to control properly during the release.

A 93% rim weight distribution places the vast majority of the discus's mass on the outer edge. This creates high rotational inertia, which helps the discus maintain stability and flight path, provided you have the arm speed to generate the necessary spin.

The XPT side plate technology is designed to optimize the aerodynamics of the implement. It helps reduce drag and ensures the discus remains stable throughout the flight, even in varying wind conditions.

Yes, the stainless steel rim is built for durability and resistance to impact. However, like all high-performance throwing implements, it should be used on appropriate landing surfaces to maintain the integrity of the side plates and rim.

Yes, the 1 kg weight is the standard specification for women's high school and collegiate competition. Always verify your specific league or event requirements before purchasing to ensure it aligns with your competition class.