Studies in the EU and the USA found higher deformation and occupant injuries in frontal crashes when the vehicle was loaded outboard (frontal crashes with a small overlap). Due to that, in 2012 the IIHS began to evaluate the small overlap front crashworthiness In order to solve this problem. A set of small overlap tests were carried out at IDIADA’S passive safety laboratory and the importance of identifying the forces applied in each structural element involved in small overlap crash were determined. One of the most important structural elements in the small overlap test is the wheel. Its interaction in a small overlap crash can modify the vehicle interaction at the crash, which at the laboratory the interaction is with a barrier. That interaction has a big influence at the vehicle development and design strategy. In order to study and understand in a better way the wheel kinematics and separation strategy, IDIADA developed with HATCI a small overlap sled test. The design of the sled allows studying the wheel, control arms, steering knuckle and its shock-tower interaction during the small overlap test. Behind the wheel is placed a small triaxle load cells wall with deformable honeycomb, in order to simulate the A-pillar. Control arms, steering knuckle and shock-tower could also have triaxle load cells measurement during the impact. This small overlap sled test will allow us to have in-depth knowledge of the wheel interaction by having results on the forces that are applied to the wheel’s suspension and to the wheel itself. This small overlap fixture will make easier to improve the performance of vehicle’s structures and dynamic wheel movement at the small overlap testing.