pavement performancesFrom the theories and the design methods of aggregate gradation, it is obviously to see the importance of aggregate gradation. In specific, making up its 93% by weight and 85% by volume in usual (Roberts et al. 1996), the mineral aggregates properties have significant effect on asphalt mixture. A large amount of research indicated that aggregate gradation can dramatically influence the volumetric properties (Nukunya 2001, Shen and Yu 2011, Husain et al. 2014) and pavement performances (Suresha et al. 2009, Sangsefidi et al. 2014, Behiry 2016). Therefore, aggregate gradation reflects the aggregate blend composition of asphalt mixture, and can further affect almost all of the pavement performances of asphalt mixture (Roberts et al. 1996, Li and Ma 2007). Due to the fact that pavement serviceability is more concerned in terms of the objective of asphalt mixture design, this review is focused on the gradation effects for permeability, moisture stability, low and high temperature characteristic, fatigue and anti-slip.