These carbon rods are constructed of woven carbon cloth, which has a very high carbon content. Super-premium woven carbon rods off er unsurpassed strength-to-weight ratio, absorb vibration One reason a TightSpot quiver is so lightweight is that much of its structure consists of two carbon rods.
This gives you another point of contact, absorbs vibration, and gives you a reference point so you can put the quiver in the same place every time.Ĥ. QuadFit ™ 4-way spacer lets you slide quiver against cable guard Rotate the QuadFit 4-way spacer, which has a different off set on every side, so the TightSpot quiver nestles as tight as possible to your bow. Bumper strip on crossbar kills arrow vibration The TightSpot quiver is designed so your arrows can rest against the bumper strip on the side of the quiver crossbar, dampening smaller vibrations for an even quieter bow.ģ. Extra-long wheelbase TightSpot quivers feature an extra-long "wheelbase." This stretched hood-to-gripper distance reduces both arrow and quiver vibration, resulting in far less unwanted noise.Ģ.
TightSpot quivers win here, too! They're exceptionally lightweight, thanks to vibration-absorbing woven carbon rods and a frame machined from aircraft-grade aluminum.ġ. The heavier the quiver, the more torque it exerts. TightSpot's patented dovetail design eliminates this problem! Proximity to the bow is only half the equation. Torque affects accuracy, throws your bow’s balance off and makes tuning more difficult, especially with broadheads. The further a quiver is from the bow, the more torque it creates. The problem is the design of most quivers. Why do so many bowhunters remove their quivers when hunting? Because they shoot better without them! They are willing to give up having their arrows handy for a second shot to ensure accurate shooting. TightSpot fits tight to your bow and is exceptionally lightweight, which means virtually no torque. Dramatically reduced torque! Leave your quiver on! The purpose of a bow quiver is to make your arrows readily accessible.
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