Specification Brand : Menolana BulletPoint1 : 【Lightweight and Portable】: Total Size: 32cmx19cmx4.8cm/12.60inchx7.48inchx1.89inch, asy to carry and store BulletPoint2 : 【Premium Material】: The dragon boat seat cushion is made of EVA material, which is comfortable, shock resistant, sturdy, and waterproof BulletPoint3 : 【Easy to Install】: The boat seat cushion is designed U Shape, making it easy installation and remove BulletPoint4 : 【Nice Accessories】: The boat seat pad is great for dragon boat training and competition, nonslip surface increases the friction between the body and the hull and helps to release power when getting off the oar BulletPoint5 : 【Dragon Boat Seat Pad 】: U Shape cushion inner size 16.5cmx2cm/6.50inchx0.79inch, is suitable for most dragon boats, boats, canoes, etc Color : Black Red ItemName : Menolana 2 Pieces EVA Dragon Boat Seat Pad Paddling Cushion Waterproof Lightweight Water Sports Anti Slip Kayak Seat Mat for Training, Black red ItemPackageQuantity : 1 ItemTypeKeyword : boating-cushions Manufacturer : Menolana NumberOfItems : 1 PartNumber : 54128599126801628 ProductDescription : Description:
- 【Premium Material】: The dragon boat seat cushion is made of EVA material, which is comfortable, shock resistant, sturdy, and waterproof - 【Dragon Boat Seat Pad 】: U Shape cushion inner size 16.5cmx2cm/6.50inchx0.79inch, is suitable for most dragon boats, boats, canoes, etc - 【Lightweight and Portable】: Total Size: 32cmx19cmx4.8cm/12.60inchx7.48inchx1.89inch, asy to carry and store - 【Easy to Install】: The boat seat cushion is designed U Shape, making it easy installation and remove - 【Nice Accessories】: The boat seat pad is great for dragon boat training and competition, nonslip surface increases the friction between the body and the hull and helps to release power when getting off the oar
Size Chart:
full size: 32cmx19cmx4.8cm/12.60inchx7.48inchx1.89inch inner size: 16.5cmx2cm/6.50inchx0.79inch
Package Includes:
2 Dragon Boat Seat Cushion
Note:
Please allow slightly errors 1-2cm/0.39-0.79inch differences due to manual measurement.