WIN & WIN LIMBS INNO EX-POWER
When performance is pushed to the limit you always have a problem with durability. Extreme speed, high power, lightweight all these are features...
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
Two wooden layers and high density carbon limbs. Wood helps getting a smooth draw and stability at full draw. The limb shape turns most part of the energy stored into speed.
Draw weight measured on a 25" riser.
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