Jun
- Max Weight
- 175.1 g
- Diameter
- 21.1 cm
- Height
- 2 cm
- Rim Depth
- 1.2 cm
- Rim Width
- 2.1 cm
- Inside Rim Diameter
- 16.8 cm
- Rim Depth / Diameter
- 5.7 %
- Rim Configuration
- 29.75
- Flexibility
- 11.91 kg
- Bead
- No
Jun
# Yikun Jun Product Description The Yikun "Jun" is a speed 11 distance driver that operates on the edge between controlled distance and stability. With a glide rating of 5, it stays airborne for extended periods, reaching distances typically reserved for faster discs. Its moderate -1 turn allows for a slight rightward movement on powerful throws before the reliable fade of 2 brings it back. Available in different plastics, the "Jun" offers versatility: Dragon Line provides more glide and dome, while Phoenix Line and Phoenix Star deliver straighter flights with more stable behavior. As a distance driver, it excels on fairway drives where both length and control are essential. In flight, the "Jun" develops a signature S-curve reminiscent of established models like the "Wraith." At medium arm speed, it flies straight before gently turning right and fading back with a moderate finish. This flight characteristic remains stable even in wind, though the Dragon Line version offers extra glide for longer float. With excessive power, the turn can become more pronounced, potentially turning the disc into a turnover or even a roller. Stability varies between plastics—Phoenix variants lean toward overstable behavior, while Dragon Line remains more accessible. The comfortable wing ensures a clean release, enabling precise control. On hyzer lines, the "Jun" reliably corrects and is ideal for controlled distance shots. It reaches its full potential on backhand throws with medium to high arm speed, easily surpassing 100 meters. Advanced players leverage its S-curve for technical fairway shots, while beginners with moderate power benefit from its glide assistance. Designed primarily for intermediate players, the "Jun" is a versatile distance driver suited for various throwing scenarios—provided users adapt to its sensitivity.