EXE LIMBS DIME
Double wooden layer and fiber limbs, well refined and with an appealing look. Stable and consistent. The perfect choice for an archer that is going...
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.
16 other products in the same category:
Double wooden layer and fiber limbs, well refined and with an appealing look. Stable and consistent. The perfect choice for an archer that is going...
High quality foam and carbon limb for those looking for the best performance. Exactly the design that many shooters are looking for, especially...
A carbon, fiberglass and wood limb that doesn’t give up any bit of quality to price. It guarantees a feeling of smoothness and stability. The...
Affordable, robust and reliable with a wood and fiber soul. Perfect for anyone who wants to start archery.
MXT-10 foam core limbs are smoother when drawing using state-of-the-art material, Graphene. Also, they were designed with a pattern developed with...
The Premium Alpha is a limb that uses only high quality maple and glass laminates, resulting in an extremely consistent and precise product.
Delta F3 limbs made of wood and fibre. Excellent for starting out with a quality and very reliable product.
Carbon layers surround a hard maple core for premium performance in speed and stability. They are built from materials put through extreme scrutiny...
The high density carbon gives high velocity and strength while the foam core guarantees elasticity and a continuous draw. The way they are made...
Fiber wood limbs, with double wooden layer. Strong and reliable, it is a good option for archery beginners. Available in SH, MD and LG lengths...
WIAWIS ONE is a limb based on a completely new concept that combines advanced manufacturing technology and Flaxpreg, eco-friendly natural...
PREMIUM+ limbs are made from the finest maple and the most precise glass fabric. Supremely consistent and accurate!
Applying lightweight and high elasticity carbon Minimizing of air resistance Stable shooting. Enhanced durability Foam core, Fabric carbon and...