The Cantabro abrasion test was conducted on 4 inch diameter (100mm) by 2.5 inch (63.5 mm) thick specimens using guidance from European test standard EN 12697. A specimen was placed in the LA abrasion machine without the steel balls and rotated for 300 revolutions. The mass before and after was recorded and percent mass loss was calculated. The test was conducted at 25°C using four replicates of each mixture. The specimen was modified with a 1 inch (25mm) hole through the center in attempt to increase the area for particle loss. Test specimens were cut from samples previously subjected to the nondestructive dynamic modulus test. The average mass loss was 2.6% and 3.7% for the Jackson Hole FRAC mixture and control mixture, respectively. Thus both mixtures exhibit comparable raveling resistance. It was observed that the soft characteristics of the PG64-34 binder at the test temperature prevented excessive mass loss at the edges of the specimens even though loose aggregate was present. It may be beneficial in future analysis to evaluate the raveling potential of porous friction course mixtures at lower temperatures and consider the binder grade as well