Question about item
Description
Limbs | JACKALOPE Zircon - Carbon/Foam - 25-50 lbs
Speed at the expense of precision or comfort? Not with the new carbon/foam limb in the ILF system. Success requires precision and dedication. Thanks to a foam core and carbon you get a high-performance limb with soft extension and high accuracy. The Carbon/Foam limbs offer everything the ambitious shooter's heart desires: Lightweight foam limbs are combined with carbon to form a torsionally stiff and fast limb. Thanks to this combination of materials you get a light limb which makes your bow even more stable and consistent in shooting behaviour. This gives you more accuracy, which is a decisive step forward in training and competition. Advanced archers and competition shooters will find the perfect limb for their ILF bow in the carbon/foam limbs from JACKALOPE ARCHERY.
JACKALOPE ARCHERY - Good thinking ahead!
JACKALOPE ARCHERY proves that convincing things can always be made better with three newly developed ILF limb models. The Zircon ILF limbs have been known for their reliability and great performance. Consistent further development and the constant transfer of knowledge from the construction of the Bloodstone and Onyx competition limbs have now resulted in new limbs suitable for the Zircon and all other ILF risers from JACKALOPE ARCHERY. And, of course, also for all other ILF risers on the market. After all, the "ILF" in the name of the limbs stands for the International Limb Fitting System - in short: ILF System - which identifies them as plug-in limbs and makes them universal. With the ILF system, the limb is not screwed to the riser, but simply inserted into the corresponding brackets. The holders are standardised and ensure that the limb can be used with all ILF risers.
Technical Data:
- Draw weight (@ 17" riser): 25-50 lbs
- Length: Medium
- Bow length with 25" riser: 68"
- Material: carbon, foam
- Tips: Micarta, Fast Flight suitable
- System: ILF
- Minimum weight of the arrows to be shot: 6,5 grain per inch
- Recommended minimum weight of the arrows to be shot: 7 grain per inch
Delivered items:
1 pair
Characteristics
| Draw Weight: | 21-30 lbs31-40 lbs41-50 lbs |
| Fast-Flight: | Fast-Flight suitable |
| Screw on or ILF Limbs: | ILF Limbs |
| Limbs Material: | Carbon / Foam |
| Shipping weight: | 0,00 kg |
| Item weight: | 0,00 kg |
Notes on draw weight & bow length
Limb labelling
The limbs of a bow are always labelled with an inscription that not only indicates the draw weight of the limbs, but also the length of the riser or the bow length to which the draw weight refers. This labelling can look like this, for example:
25 lbs @ 19 inches or
19H 25 lbs 62 inches or
25 lbs @ 62 inches or also
62 inches / 25 lbs
If no length of the riser is specified, a 25 inch riser is usually the basis for the draw weight specification. In the case of special bows where the limbs are only suitable for the respective riser, the draw weight is of course based on the corresponding riser.
Many limbs are also available in three different lengths - usually called short, medium and long - with which the bow lengths 66, 68 and 70 inches can be achieved despite the same riser.
Converting the draw weight and bow length
Many limbs have universal mounting options that allow them to be used at least on different risers from one manufacturer or even across manufacturers. However, it is important to note that the use of a shorter or longer riser will result in a change in bow length and draw weight.
As a rule of thumb, you can remember the following:
-2 inch riser length = -2 inch bow length & +2 lbs draw weight
or
+2 inch riser length = +2 inch bow length & -2 lbs draw weight
I.e.: If the riser is 2 inches shorter than the length to which the draw weight specification on the limbs refers, the bow is 2 inches shorter and the specified draw weight increases by 2 lbs.
Example table for limbs with the draw weight specification for a 25 inch riser (e.g. 20 lbs @ 25 inches) and a bow length of 68 inches. The table is incomplete and can be continued as required depending on the centre section length.