Bestway HydroForce 2.17m Fiber Glass Adjustable Paddle

• 📋Description

• The hydro-force fiberglass paddle by Bestway is the perfect stand-up paddle board (SUP) accessory for your day out on the water. The streamlined blade design makes paddling through the water a breeze.
• This paddle can be adjusted from 66 in. (1. 67 m) to 85 in. (2.17 m) with a scale bar to display the length of your paddle. The double lock clip and snap fastener lets you easily adjust the length that is just right for you.
• The shaft of the paddle is constructed of fiberglass, which makes it sturdy and long-lasting. Additionally, the t-shape hand grip allows for a comfortable hold as you glide through the water.
• The Fiber Glass Adjustable Paddle provides you with the ultimate connection to the water, so choose wisely. Choose a hydro-force fiberglass paddle by Bestway.

📝Features

Hydro-Force 85"/2.17m Fiberglass Paddle Bestway 65307. Product type: Stand-up paddle, Product color: Black, Material: Fiberglass. Length: 167 cm, Length (max): 2.17 m, Package width: 230 mm, Package depth: 59 mm, Package height: 1850 mm, Package weight: 865 g
- Adjustable paddle with 2 sections, the length can be adjusted from 1.67m(66″) to 2.17m(85″)
- Clear scale bar display shows the adjusted length
- Double lock clip and snap fastener structure for easy adjustments
- Durable fiberglass shaft
- T-shape comfortable handgrip
- Streamline blade design is convenient for paddling
- Polybag with header card; Contents： One blade, one T-bar

 ℹ️ Cautions

Kids can use it only under the supervision of an adult. Kindly avoid keeping it on for a very long duration as the pump might get too heated. Keep away from extreme heat conditions. Keep away from sharp objects/ sharp grounds

General Maintenance

You can keep your Fiberglass Paddle clean using any mild household cleaner such as diluted washing-up liquid. Please ensure that the ITEM is thoroughly clean and dry before storing away.

📦Storage Instructions

Keep away from pointed objects and avoid keeping for long periods under extreme heat.