» Unlike inferior free-floating adjustment systems that involve turning easily loosened or broken screws, it is a simple matter to return your Hoyt recurve to the factory zero position. Simply install two alignment washers on the solid end of the dowel (the opposite end of the dowel from the screw and cap), insert the dowel from the sight wiundow side (top and bottom are not interchangeable) and place unused washers under the cap. Replace the locking screw, tighten the system down, and you a have a factory-fresh setting- which is all you need in 99.9 percent of setups with Hoyt limbs.
Full details can be found in a PDF download in the recurve section of this FAQ under the topic "how do I align my recyrve riser".
» Correct tiller on a recurve bow helps optimize the recovery behavior of both limbs, resulting in less vibration after the shot.
Finding the correct tiller is partly a function of string finger pressure and grip hand pressure.
Good results can be obtained with a surprisingly wide range of tiller settings depending on individual archer form variations. However, most archers can start with a 0 tiller to 1/4" positive setting.
There is no set rule for tiller due to the above mentioned archer variations- even a negative tiller may be desirable in some situations. Don't be afraid to experiment with various tiller settings- but remember, moving tiller will normally cause the nocking point to move as well. This means you will need to readjust the nocking point after a tiller change.
» For detailed instructions on how to properly adjust recurve riser alignment, download the PDF titled "riser adjustment procedure".
»DOWNLOADS: 1riseradjustmentprocedure.pdf
» For detailed instructions on proper recurve riser alignment adjustment, download the "riser adjustment procedure" PDF.
»DOWNLOADS: riseradjustmentprocedure.pdf
» The Riser Shox reduces "ringing" vibration while Hoyt's TEC design decreases low-frequency vibration. This means less noise and vibration after the shot. Some sources indicate that the elimination of high frequency vibration may provide for better long term archer comfort.
» All Hoyt recurves are engineered to work with the latest high-performance string materials. We have extensively tested and have had good results with the following:
Angel Majesty
Brownell D75 Dyneema
Brownell D75 Thin
Brownell TS1
BCY Dynaflight 97
BCY 8125
Any of these current materials can be used to build an excellent recurve bowstring.
» Visit a Hoyt authorized dealer. To find the closest dealer to you, simply click on "Where To Buy" link at the top of each page, and select your country/region. All authorized Hoyt dealers within 100 miles of you will be shown.
» Hoyt recommends applying a light coat of bowstring wax to your bow's strings and cables on a regular basis. Hoyt suggests once every two weeks during peak use. Use a high quality bowstring wax available at your local Hoyt Pro Shop.
» To learn of the advantages of TEC Engineering, please read the article written by Randy Ulmer entitled "TEC Bows - Form or Function?" The article can be found in the "News" section of the Hoyt website.
» Hoyt recommends that a modern synthetic (Dyneema, Fast Flight, etc.) string for a high-performance bow have no less than 20 twists with a suggested maximum of 1.2 twists per inch of string length. This promotes a rounder, more consistent string.
» To find out which arrow is the best to shoot with your setup, visit www.eastonarchery.com and click on the Shaft Selector Guide. This will walk you through a simple step by step process in order to find the shaft that's best for you.
Bows should not be shot with arrows weighing less than 5 grains per pound.
» Visit either the dealer where the bow was purchased from or any other authorized Hoyt dealer. To find the dealer nearest you, simply click on the "Where To Buy" link at the top of each page, and select your country/region. All authorized Hoyt dealers within 100 miles of you will be displayed. All bows sent to the Hoyt factory must be handled through an authorized Hoyt dealer.
» A method of measurement has been established to provide an industry standard of draw length and eliminate the variances in the original method caused by different thicknesses of bow risers. The ATA Standard Draw Length is arrived at by measuring the "Draw Length to Pivot Point" which is the distance from the string's nock point to the pivot point of the grip, and adding 1 and 3/4 inches. The 1 and 3/4 inches represents the average distance from the far side of the bow to the bow grips pivot point. Manufactures use this ATA Standard Draw Length when they designate the draw length of a bow.
» The original, patented Hoyt Dovetail system functions by self-centering the limb on the engagement surfaces of the limb itself. This means that the system will appear to be loose until the bow is strung.
Once the bow is strung, the self-centering aspect of the system takes over.
Every time the bow is shot, the limbs are forced to the precise center alignment dictated by the geometric position of the alignment dowels.
This makes shimming limbs for pocket fit unnecessary.
Note that other bow companies making an imitation Hoyt dovetail may not hold the neccessary tolerances required for optimal system function.
» Brace height is the distance between the pivot point of the grip and the string at rest.
» Weight adjustments can easily be made by turning the weight adjustment bolt clockwise to increase weight or counter clockwise to decrease weight. You should always turn the top and bottom adjustment bolts in equal amounts. Be sure to unstring recurve bows before making adjustments.