Forward riser design one piece recurve bow.
Designed for good arrow speed and shooting stability. These bows are more stable than classic traditional recurve bows because of higher bracing height that gives better arrow clearence and forward riser that makes bow less torque sensitivite in grip. Arrow speed is about the same or better because of more pronounced limb profile and smaller limb tips. Thick mycarta/G10 accent lines in riser gives extra stifness, weight and durability. And lastly forward riser makes bow perform like longer bow because that forward riser/higher bracing height reduces dynamic draw length. This might be useful in hunting/3d shooting where shorter - more manoeuvrable bow is advantage.
In standard bow comes with installed shelf and strike plate, string with cat whisker silencers, adjustable height tie on nocking point.
In standard center cut is 1/8" past center (~3.0mm). For additional cost it can be cut up to 3/16" (4.7mm) past center. To do this extra reinorcement material in riser is added and there might be also some draw weight limitations.
All bows are made according to AMO standard and made +/- 1LBS to ordered draw weight
|Draw length||Recommended bow length|
But you can step one bow length size up if prefer more smoother/comfortable draw or one length size down if prefer better manoeuvrability in woods, compactness for transporting.
OPR bow model take down version.
Booth models have same limb design, same bow length options, same grip options etc. only difference is heavier riser for TDR bow because of metal limb fixing hardware and extra use of FR4 material.
TDR bow model version with 45cm long riser.
Longer riser adds extra mass for better bow stability and enables larger sight window for better view of target.
*Due to the fact that bows are made on manual machines and hand shaped then limbs and risers are curently not interchangable from bow to bow. To order seprate set of limbs or riser old bow riser/limbs are needed. (Or they have to be all ordered at the same time). One day I should get CNC machines and then this problem should be solved. But for now it is what it is.