2024 F-One JAM Foil

Sizes: 1600cm² / 1900 cm²

The new Jam is a large, high aspect pump and glide wing with substantial performance in underpowered conditions. Whether you are pumping from the dock, cruising downwind bumps, or riding nearly imperceivable winds, the Jam provides the fun and guarantees you'll be having more days on the water. While F-one already has some large Gravity foil sizes which provide excellent lift, the Jam foil delivers maximum efficiency so you can achieve a wider speed range, unbelievable glide, and limitless pumping ability for maximum performance and fun on those mellower days. In true F-one fashion, they've been quietly refining and perfecting the Jam in RnD. Finally releasing a foil which tops even the legendary PNG and Leviathan series.

F-ONE | JAM - Foil Collection 2024

The JAM has been designed for dock start and pump foil. With its substantial surface area and aspect ratio of 10, this foil brings infinite glide, incredible lift, early and easy take-offs, and an astounding level of efficiency.

Exceptional for dock starts and pump foiling
Aspect Ratio: 10
Infinite glide and outstanding efficiency
Easy and fast take-offs
Effective at low speeds and has the potential to accelerate on demand

Description:

With only just a few pumps, you’ll be out of the water and gliding along at speed in no time with the JAM. Even if you stop pumping for a few seconds, it keeps gliding. The distinct design, angle of attack and profile reduce the induced drag even further and bring even more efficiency and performance. The wingtips have been designed to provide a decent maneuverability so the JAM is not only a pumping machine, but also fun to cruise around on.

Successfully combining early take-off abilities with good speed, the JAM delivers a smooth and precise ride. Its high aspect ratio and extreme efficiency at low speeds also make it ideal for wing foiling and downwinding in marginal conditions. The JAM can gain speed if necessary, allowing the rider to go faster, to use it in light wind winging conditions, and to even ride small waves with ease.

Built using the Monobloc structure with pre-preg carbon, this foil is both very light and strong. This setup brings improved load transmission and better stiffness throughout the different parts for maximum control. The High Modulus Carbon fiber layup leads to even more rigidity and stability that will propel you to incredible performances in each session. The TITAN connection allows to plug in either an aluminum or carbon mast.

The JAM is available in two sizes: 1600 cm² and 1900 cm².

The 1600 cm² is ideal to wing foil or SUP foil in marginal conditions and light winds, or for riders who already know how to dock start. It is also the perfect foil to learn how to SUP downwind.
The 1900 cm² is great for dock-starts, pumping in flat waters, and for riders of a bigger stature.
This foil is recommended with the Monobloc Tail Pumping XXS 200, which offers exceptional pumping abilities and a fantastic glide.

The JAM caters to all levels of foilers, whether it’s beginners looking to get into pump foil, or more advanced riders wanting an efficient foil that will deliver in this discipline and minimal conditions. Grab your group of friends and enjoy a JAM session anytime, anywhere!

Specs:

SIZE	AREA (cm²)	SPAN (cm)	ASPECT RATIO	WEIGHT (kg)
JAM 1600	1600	128	10.2	2.03
JAM 1900	1900	140	10.5	2.42

Program:

Dockstart	Maneuverability	Pumping	Low end
80%	30%	100%	100%

Technology:

HM
The High Modulus Carbon fiber layup is 1.5x stiffer than the regular carbon fiber used in other constructions. The percentage of high modulus fiber has been carefully adjusted to obtain the best stiffness in both bending and torsion while keeping enough comfort for any kind of practice.

MONOBLOC FRONT WING
Having a stiff and solid assembly between all the parts of the foil is key to making it perform at its best as well as easy to handle.

TITAN CONNECTION
The TITAN connection enables a very stiff and direct connection between two parts, locking efficiently any movement in all directions.
Its format is compact which is hydrodynamically efficient and very easy to use, assemble and disassemble.