UUKHA products are covered with a varnish PU, use water and soap simply to clean them.
In case of impact having deteriorated varnish, be aware that the composite structure is perfectly waterproof and will not absorb water. To preserve the aspect of your product, you can make a final improvement of varnish.
We recommend to respect the value in a +-10mm range.
Lower the brace height if you focus on speed, increase it for stability and comfort.
|Bow||Brace height +-10mm|
Tiller is the difference between the distance top limbs / string and the distance bottom limb string.
For Uukha limbs common settings between 0 and 6 mm are correct too.
The chart indicates the number of strands we advise depending on the weight measured at your draw length and the string material.
Length to obtain adviced brace height*:
|72"||1735 mm||1725 mm|
|70"||1700 mm||1685 mm|
|68"||1650 mm||1635 mm|
|66"||1600 mm||1590 mm|
* on 25" 27" Xpro (and most of 25" risers).
The Uukha limbs push arrows a steadier way. Therefore, you can choose - with equal power and draw length - more flexible tubes than for laminated limbs. We advice to respect the tables’ indications of the tubes manufacturers, without shifting towards one or two lower spine cell in the table.
When the bow is correctly set up, the noise is very short and dampened (a bit like a silent gun) . Limbs stop at once with very few oscillations.
If it's not the case:
When the bow is in shooting position, the poundage markings must be upside up.
(The draw length AMO is the distance in inches between the nock and the Pressure button + 1.75 '')
Does a profit on bow sight scale mark correspond to a speed profit when we compare two limbs pairs?
Not necessarily: the bow sight scale mark depends primarily on the archer morphology and the position of the nock point compared to the riser with the maximum draw length.
According to the way in which the two limbs top and bottom work, the height of this nock locator can vary.
None of the traditional adjustments (Brace height, tiller) being made at the maximum draw length, there is no reason that the nock point height is the same one with the maximum draw length.To do a comparative speed test, we know two methods:
It is an integral part of the structure, so it is very strong. Moreover, it is very compact and elliptic for a better air penetration, and a low inertia.
The shape is studied to preserve your string serving: we do not change a string after a endurance test of 30,000 cycles at 35” draw length.