 The dropouts featured on the NAHBS Winter Training Bike are now available to order in the Métier Vélo Store! I can customize the frame interface for each set of dropouts for building into the frame of your choice. They are printed in batches of 10 sets (left & right dropouts, road hangar, and spare hangar). Price per set includes customization. Special pricing for a batch of 10 if only the angle needs to be customized for each set; each dropout can have different chainstay-seatstay angles if the interface style is the same. Contact me for details. DetailsCustom 3D printed in 6/4 titanium with a shot-peened finish. Syntace X-12 dropout system for 12x142mmm thru-axle road bicycles. Completely custom, builder’s choice frame interface: plugs, sleeves, or slots. Dropout accepts hangars from Syntace, Paragon Machine Works, and Wheels Mfg.
Price includes customization, print, thread chasing and hand-finishing, and a spare hangar. See detailed description for tech details. Lead time: contact me. Printed in batches of 10 sets. Each set in the batch can be customized differently (angles, frame interface). Does not include Syntace X-12 axle, threaded nut, or pinch bolt. Buy these from Paragon Machine Works. Built to order, printed in batches of 10 sets. A set is left & right dropouts with 2 hangars. If you need fewer than 10, you can place your order and I will run a print when I have an order of 10. The finish is rough; tolerances are not comparable to machined parts. I will chase the threads and polish the axle and nut interfaces so the parts will function. Fine finishing and polishing is the responsibility of the builder 3D print tolerances are not the same as machined parts. If you need fine tolerances, let me know and I will add extra titanium for you to machine away. Builder is responsible for machining and fine finishing. Custom road hangar is designed to the correct specifications for SRAM Red22 road derailleur on a 142x12mm thru-axle hub. SRAM Road Frame Fit Specifications 2016 p. 35 • L = 27mm • X = 10mm • A = 30˚ • R1 = 8mm • R2 = 12mm • T = 8mm • d = 12mm
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AuthorJamie White Categories
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November 2017
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