Draw Force Curves
Here is a selection of Cari-bow draw force curves (sometimes called bow force maps). There are two lines in the charts. The straight line is called the base line, and the second line represents the draw force curve for the individual bow. In the chart below, the red line is the baseline which helps us see the performance of the bow being tested.
Analyzing Bow Performance With A Draw Force Curve
What would a bow drawing just like the baseline feel like, and what performance would it give? How does this bow compare to the linear steady slope of the baseline, and how will you see that play out in performance? These are questions the chart will help us answer. If a line on the draw force curve is straight, for each inch you draw back, the stored energy increases by a certain rate.
If the curve of the bow climbs upwards at a steeper rate early in the draw, it stores more energy right away. That is overall a good performance trait, if it does not continue to climb at a rate that is too steep. You can see in the Cari-bow draw force curves that after an initial rise, they come back very close to the baseline curve, and remain close there for the remainder of the draw.
How To See Stacking In The Draw Force Curve
Stacking can be seen in the bow force map when the curve of the bow climbs in a steeper fashion, and does not return to a more straight, linear mirror of the baseline curve. The result of stacking is a bow that is not smooth to shoot.
A draw in the 30″ range or beyond will usually start to show a sharper rise in the draw force curve, but all Cari-bows are built with a limb construction that keeps “stacking” to a minimum. This allows the archer to store energy early in the draw and still have a smooth shooting bow.
Cari-bow 54 lb Slynx Takedown Longbow Draw Force Curve
Cari-bow 50 lb Tuktu EX Recurve Draw Force Curve
Cari-bow 51 lb Peregrine Longbow Draw Force Curve
Cari-bow 52 lb Silver Fox Longbow Draw Force Curve
Cari-bow 53 pound Wolverine Longbow