Element Jnr Highlights
A great little paddle with scaled-down proportions that allow smaller kids to paddle properly. Easy to assemble and adjust on the fly and comes with a sturdy travel case.
The Element Jnr paddle is smaller in every way. The blade area is around 40% smaller than a full-size paddle with the adjustable length and shaft diameter designed to suit paddlers around 6-12 years of age. The scaled-down proportions provide younger paddlers with the opportunity to learn proper technique early and provides confidence and control out on the water.
The reinforced nylon blade is the most durable blade type available and will stand up to the harshest treatment. The 3-pieces are easily assembled and broken down via the single screw clamps, also making the paddle easy to adjust out on the water. Like it's full-sized relative, the fiberglass provides flex through the paddle stroke, providing maximum control and stability for the paddler.
The reinforced nylon blade is the most durable blade type available and will stand up to the harshest treatment. The 3-pieces are easily assembled and broken down via the single screw clamps, also making the paddle easy to adjust out on the water. Like it's full-sized relative, the fiberglass provides flex through the paddle stroke, providing maximum control and stability for the paddler.
| Blade Size | 330 x 160 cm |
| Blade Area | 374 cm² |
| Blade Angle | 12.3° |
| Adjustable Length | 128 to 166 cm |
| Blade Material | Moulded Reinforced Nylon |
| Shaft Material | Fiberglass/ Carbon |
| Shaft Diameter | 25 mm |
| Weight | 530 grams |
| Handle Shape | Anti-Twist with Ergo Grip |
ANTI-TWIST HANDLE
The carbon one-piece handle includes a grove and notch that keep the handle and blade aligned for quick and easy adjustments out on the water.
2 YEAR WARRANTY
Every paddle in the Honu range comes with a full replacement warranty for any manufacturing defects for two years.
GLASS/NYLON BLADE
The nylon used in the Element blade is reinforced with glass fibres during the moulding process. This process produces a stiff and virtually indestructible paddle blade.