Key Technological Improvements
New Compact Paddle Blade Design
The compact paddle blade requires less effort when moving through the water, helping children maintain a natural and steady paddling rhythm.
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Weighing only 331g, the Packa Kid Paddle is easy for children to lift, swing, and control. Its ultra-lightweight design reduces arm fatigue, allowing kids to enjoy longer paddling sessions with less effort.
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Rather than simply downsizing an adult paddle, the Packa Kid is specifically engineered around children’s strength, featuring optimized blade geometry and curvature. The smaller blade enters the water smoothly, reduces resistance, and helps children develop proper paddling techniques with confidence.
20 mm Slim Paddle Shaft
The Packa Kid features a 20 mm diameter paddle shaft, designed to better fit children’s smaller hands.
The slim shaft provides a comfortable and secure grip, improving overall control, making paddling easier and more enjoyable.
Paddle Buoyancy
To achieve an ultra-lightweight design, the paddle is not filled with additional buoyant materials.
However, the air inside the paddle shaft provides natural buoyancy.
Testing shows that when fully submerged in still water, the paddle remains afloat for more than 24 hours
(tested under calm water conditions).
Intended Use
The Packa Kid Paddle is specially designed for children and is ideal for recreational paddling and parent-child outdoor activities on calm, controlled waters with the Sunny Series Kids Packraft.
Note: Due to its child-focused design, this paddle is not intended for whitewater or fast-flowing river environments.
Product Information
| Product Name | Packa Kid |
| Weight | 331g |
| Blade Material | Fiberglass Nylon Composite Injection Molding |
| Shaft Material | Carbon‑fiber composite |
| Paddle Angle | R15 (Right 15°) |
| Paddle Length | 174cm |
| Disassembled Paddle Length | After disassembly, the two-piece shaft length is approximately 91cm or less. |
| Blade Dimensions | 29 x 9.5cm |
Details
The paddle blades are made from a fiberglass and nylon composite through an injection molding process. Due to the nature of this manufacturing technique, the surface may occasionally show visible fiberglass strands or minor unevenness.