V Force Reed

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

Moto Tassinari has extracted more power and more performance from our already proven VForce3 reed valve system design for the 85cc market, by offering the all-new VForce3i with integrated intake boot (included on RM & YZ models only).

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.

Moto Tassinari has extracted more power and more performance from our already proven VForce3 reed valve system design for the 85cc market, by offering the all-new VForce3i with integrated intake boot (included on RM & YZ models only).

By offering twice the reed-tip surface, the vforce 3 petals only need to travel half the distance of a reed petal on a standard cage, to get the same flow. The result is greatly improved reed life due to less petal movement and instant throttle response.