| Article number: | 1110422-14-23-H |
| Trademark: | Kona |
| : | 2 pcs (front and tail) |
| : | 23 cm, 9 inch |
Recommendation
Recommendation
"Recommendation" means to whom and for which area of use the product is primarily adapted.
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Usage:
Usage
"Usage" indicates the type of water environment (canal, lake, sea, etc.) and the type of SUP paddling (touring, training, competition, etc.) for which the product is primarily designed.
| Training, Racing |
Weight of rider:
Weight of rider
By "paddler's weight" is meant the highest body weight of the user for which the equipment is primarily adapted.
| < 95 kg |
Technical data
Technical data
"Technical data" describes the product in detail and other information about the product. If a piece of information is missing, it is not relevant for this particular product.
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Length:
Length
"Length" indicates the total length of the product. If the product is inflatable, the measurement indicates the length of the product in an inflated state with recommended pressure. Regarding adjustable products, the numbers show both the length of the product in its lowest collapsed position and in its fully extended position.
| 14'0", 4,27 m |
Width:
Width
"Width" indicates the total width of the product, i.e. where the product is widest. If the product is inflatable, indicate the measurement where the product is at its widest when inflated with recommended pressure.
| 23,0", 58,4 cm |
Volume:
Volume
"Volume" indicates how much air the SUP board contains (inflatable boards) or how big its foam core is (hard boards). This also gives an indication of the board's buoyancy and is in relation to the user's body weight. For this reason, it is important to choose a board that is adapted to the user.
| 285 L |
Board weight:
Board weight
"Board weight" indicates the specific and total weight of the SUP board. Note! The manufacturing process means that minor weight differences may occur.
| 14,5 kg |
Thickness:
Thickness
"Thickness" indicates how thick the product is where it is the thickest. Regarding SUP boards, the measurement refers to the height of a lying board, i.e. the greatest distance between the underside and the top.
| 23 cm |
Buoyancy:
Buoyancy
By "buoyancy" is meant, in part, the total volume of air inside the SUP board. The lifting volume together with the total weight of the board gives an indication of the total load weight the board can handle and at the same time be paddled functionally. In general, the higher the volume and the lower the weight, the higher the buoyancy. Regarding hard SUP boards, a hollow construction usually gives a higher buoyancy in relation to a board with a foam core.
| 155 |
Fin box:
Fin box
"Fin box" refers to the type of fin attachment that the SUP board has. Generally there are two types; slide-in and US box. "Slide-in" means that fins are pushed into the fin box and locked with a pin. These are usually used for simpler board constructions. "US-box" means you can attach most fin models to that fin box by locking them with a screw and nut. Fins with a so-called click function can also be attached to these boxes. No screws or nuts are needed for these.
| US-box |
Load weight:
Load weight
"Load weight" refers to the weight in kilograms that the SUP board can be loaded with in addition to the paddler himself and still be able to be paddled and maneuvered as intended. That this is not the same as the "paddler's weight" is due to the fact that the weight of the paddler is centered on a relatively small surface, while packs, children, dogs, etc. distribute the weight better.
| +50 kg |
| Material: | - |
Test data
Test data
"Test data" refers to the specific values that the products generated when they underwent Kona Sports' rigorous functional testing on the water. Everything from acceleration to maneuverability is tested here. All models of Kona's SUP boards have undergone the same test battery and test procedure and thus their performance can be compared with each other. Here you can also see the differences in performance between different lengths and widths as well as between hard and inflatable SUP boards.
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| Stability value: | Stable |
Stability (stationary):
Stability (stationary)
"Stability" here means how stable the SUP board feels when it is still on the water, so-called initial stability. The higher the value, the more stable the board is perceived to be.
This value is good to know if you want a board that is suitable for, for example, fitness and yoga exercises, fishing, sun & bath, having coffee or transporting equipment from a boat, etc. The value has been calculated from, among other things, the board's shape, construction, wet surface, tendency to roll, weight etc.
| 140 |
Stability (at speed):
Stability (at speed)
"Stability" here means how stable the SUP board feels when it is driven forward on the water, so-called secondary stability. The higher the value, the more stable the board is perceived to be.
This value is good to know if you want a board that is suitable for, for example, training, competition, touring paddling, etc. To think about here is that speed gives stability, i.e. that a board that feels unstable when it is still on the water, can be experienced as very stable as it moves forward. The value has been calculated from, among other things, the board's shape, construction, wet surface, tendency to roll, weight, etc.
| 165 |
Price stability:
Price stability
"Course stability" also called directional stability, is about how little or how much the SUP board's course is affected by the paddler's movements, wind, waves, etc. Theoretically, the higher the number, the less you as a paddler need to work to keep the course.
What affects a board's so-called course stability is, among other things, its length, width, hull shape, stiffness, bottom structure, underside edges, fin, etc. but basically this is really about our own ability to control the board.
It is important to remember that the more course stable a board is, the more difficult it is to get it on the right course again if we should end up off course. It is therefore always better to try to learn to steer a board with "lower" course stability, as it is usually easier to maneuver and thereby keep the course better over the entire distance.
| 170 |
Glide number:
Glide number
"Glide number" indicates the SUP board's gliding ability, i.e. how far the board moves on average with each individual paddle stroke. This calculation is based on the four gears used in SUP and the different paddling frequencies/cadences that correspond to them. The higher the number, the farther or faster the board glides on average per paddle stroke.
| 34 |
Responsiveness:
Responsiveness
With the constructed word "responsiveness" is meant here how quickly the SUP board reacts to the paddle stroke or center of gravity shifts such as during foot control and trimming of the board.
Responsiveness points to, among other things, how stiff the board's construction and materials are, as well as its hydro- and aerodynamic properties. The higher the number, the faster the board reacts to the forces the paddler puts on it, while being less affected by prevailing wind and water conditions. A board with a lower responsiveness number can therefore be more forgiving for inexperienced paddlers as the paddler's mistakes will not be as prominent.
| 180 |
Average speed:
Average speed
By "average speed" here is meant the average speed that this model of SUP board performed during the standardized on-water performance tests that all Kona board models undergo.
For optimal power transmission and thereby speed, all three main parameters, the paddle, the paddler and the board, must correspond to each other. If there are flaws in this chain, that's where we should focus the most if we want to be able to increase our average speed.
All Kona boards have reference values regarding maximum and average average speeds, so you can also use these to compare where your paddling stands in relation to these. If your own values are below these reference values, contact us and we can discuss the reason and how you can increase your values
| 10,16 km/h |
| Max speed: | 13,28 km/h |
Power consumption:
Power consumption
"Energy consumption" shows the actual amount of energy in kcal that a complete function test of this model of SUP board costs. As all Kona models undergo exactly the same tests and test procedures in equivalent conditions, this figure can be helpful in being able to compare how the different models and their different sizes compare to each other.
The number indicates how much energy it costs to drive and maneuver this particular board model. To consider here is that for a person who weighs about 80 kg, a relatively large, stable and heavy board can cost as much energy as a relatively small and light board, as it becomes more difficult to keep the balance on.
For this reason, it is therefore important to always choose a SUP board that is adapted to our current physique and conditions, then we also develop the fastest. With us, you can therefore always exchange your current board for something more suitable in line with your own development.
| 586 kcal |
Accessories
Accessories
What accessories are included in the package
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| Carrying handle: | Centered |