Flyball FCI & AFA Ulna Jauge

thingiverse

Update 12/10/19 : New gauge in line with new rules in FOWC/FCI/EFC 2020 (height from 15cm to 32.5cm) Update 01/02/19 : Added FCI English & FCI German version & Australian Flyball Association version ULNA Gauge for Flyball, compliant with current FCI Flyball rules and recommendations: http://fci.be/medias/FLY-REG-JUG-en-4658.doc I printed it in ABS for the 2 small parts (bloc and clic) to provide flexibility of the clic, and PETG for the main part to prevent warping. The main part is printed on the side for solidity and to preserve details on the numbers, but maybe with good settings you can do it differently. Supports are required for the main part, at least on the slot but not for the 2 other parts. Assembling is easy, just put the 2 small parts around the slot and glue them together as shown in the last picture. Be careful not to glue these two parts to the main part, otherwise it will not move. ----------------------------------------------- Cubitus measuring gauge for flyball, graduated according to current FCI rules but can be easily modified to have graduations from other organizations. Compliant with the following FCI recommendations: http://fci.be/medias/FLY-REG-JUG-en-4658.doc Can be read directly from below and locked in place after removal from the paw. Can be printed in any material, I printed it in ABS for the 2 small parts (to keep flexibility on the part that does "resort") and PETG for the gauge itself (due to warping in ABS). Printing of the gauge is done on the side for questions of solidity and to allow a beautiful impression of the graduations above and below. It should be possible to print it flat (the top of the gauge against the bed) with good settings. No support needed for the 2 small parts (clic and bloc), but they are necessary for the slot of the gauge unless orientation change. Assembly is very simple, just present the 2 small parts (bloc and clic) around the gauge as shown in the last image, and assemble with glue (being careful not to put it on the gauge itself).