Abstract: The US Army lacks the capability to rapidly repair and upgrade damaged roads along mobility corridors in contested, complex environments. Damaged low-volume roads are often encountered in military operational scenarios for transporting troops, supplies, equipment, and materials. Airfield matting is a unique solution for rapid construction of airfields in austere environments. The study presented in this report used medium-scale testing to evaluate the performance of the US Army Corps of Engineers’ ACE-Mat over varying soil strengths for rapid road repair scenarios. Tests were run using cyclic plate loading, simulating the load and tire pressure of a common bridge transporter military vehicle. Tests were completed on the mat and directly on the soil for comparison. An additional full-scale field test was completed to validate the medium-scale testing. The results of all tests indicate that the ACE-Mat provides exceptional performance improvement of weak soils.