This is a set of 3 Kin-teki (gold targets). 2 x 3-sun teki 1 x 2-sun teki Recommended for use as a fun event at closing ceremonies, opening ceremonies, or archery gatherings! We use high-strength, high-water-resistance paper tubes to maintain a perfect circle, offering these at a very affordable price. Each target is carefully hand-glued, producing a sharp sound upon impact, and providing the same quality as wooden-framed targets. 〇Size (3-sun teki) Target diameter: Approx. 10cm Target frame thickness: Approx. 3.0mm Height: Approx. 6.0cm (2-sun teki) Target diameter: Approx. 8cm Target frame thickness: Approx. 2.5mm Height: Approx. 5.0cm 〇Materials Target paper: Gold paper / Kraft paper Target frame: Paper tube 〇Features ・Seamless construction for a perfectly round target. ・The frame is not as rigid as a wooden frame, making it less likely for arrows to deflect off the target frame. ・Similar to regular targets, a backing paper is applied before the gold target paper, ensuring durability and a good sound upon impact. ・The frame is also covered with brown paper for a clean appearance. ・The water-resistant target frame means it can be used even in rainy weather. 〇Shipping Individually wrapped for each target to prevent water damage. Shipped via Yu-Packet Plus, which allows you to track the shipping status. 〇Please Note As these are not wooden frames, they may not be suitable as prizes. The target paper cannot be replaced. While we take great care in hand-gluing each target, there may be slight variations in adhesion or minor misalignments. 〇Notes While 3 sun is originally 9.09cm, these 3-sun targets are 0.91cm larger, and while 2 sun is 6.06cm, these 2-sun targets are 1.94cm larger. (Note: There are no official standards set by organizations like the All Nippon Kyudo Federation / 1 sun ≈ 3.03cm) Kraft paper (brown paper) is used as the backing for the targets to improve adhesion, strength, and the sound upon impact. The target frame is water-resistant, but like regular targets, the target paper is made of paper, so its strength may decrease.