-40%

12 - Easton 6.5 Matrix Match Grade 400 Carbon Arrow Shafts

$ 68.63

Availability: 100 in stock
  • All returns accepted: Returns Accepted
  • Refund will be given as: Money Back
  • Restocking Fee: No
  • Length: Uncut
  • Product Type: Carbon Arrow Shafts
  • Item must be returned within: 30 Days
  • Condition: New
  • Brand: Easton
  • MPN: 629784
  • Return shipping will be paid by: Seller
  • Model: 6.5 Matrix Match Grade 400

    Description

    12 -- Easton 6.5 Matrix Match Grade (Pro) 400 Carbon Arrow Shafts with one dozen MicroLite nocks and 6.5 inserts
    ***Shafts only -- no fletchings
    Easton unveiled a new light weight arrow in its 6.5mm product line—the 6.5 MATRIX. This new arrow is an ultra-light weight model that uses Easton’s Acu-carbon seamless process. What’s more, the Matrix features a new carbon fiber braid visible on the outside of the shaft. The Easton’s proprietary process results in a seamless shaft delivering a virtually perfect spine and weight across every production run. Without the weight and spine inconsistency found in conventional arrow-making processes, Acu-carbon constructed arrows tune easier and offer better accuracy on the range and in the field.
    Straightness: +/- .001"
    Direct Fit MicroLite S Nock - Included/Installed
    6.5 inserts
    - Included/Not Installed
    Points - Sold Separately, not included
    Size -
    400
    Spine - 0.400"
    Weight - 7.4 Grains per Inch
    We will cut or cut and  insert for no charge. Inserts will not be installed unless you ask us to install them. Please measure your arrow from the inside of the nock groove to the end of the bare shaft. Please allow 1 extra day for delivery.
    Arrows may not be returned after they have been cut.
    Please send us these instructions
    via eBay message using the contact the seller feature after your purchase
    and
    include a message in your payment in the notes to seller section. If we do not receive cutting or cutting and inserting instructions these will be shipped uncut with inserts loose.