[Objectives]  To provide a theoretical foundation for controlling the oriental fruit moth Grapholita molesta (Busck) at the egg stage.  [Methods] Contact toxicities of three pesticides, including Spirotetramat, Abamectin and Beta-cypermethrin, as well as Abamectin-Spirotetramat and Beta-cypermethrin-Spirotetramat mixtures, on G. molesta eggs, were investigated using the dipping method in a laboratory. [Results]  240 mg×g^﹣1of Beta-cypermethrin was the most efficient pesticide regime for G. molesta eggs, achieving a corrected mortality rate of 96.42%. The next best were 120 mg×g^﹣1 and 60 mg×g^﹣1 of Beta-cypermethrin, and 96 mg×g^﹣1 of a 1︰2 mixture of Beta-cypermethrin and Spirotetramat, which had corrected mortality rates of 81.70%, 76.73% and 70.72%, respectively. The corrected mortality rates of all other treatments were < 70%. Corrected mortalities were all < 30% when Abamectin was used alone, or when it was mixed at a ratio of 1︰4 with Spirotetramat or Beta-cypermethrin-Spirotetramat, or 1︰3 with Beta-cypermethrin-Spirotetramat. [Conclusion] Beta-cypermethrin, or a 1︰2 Beta-cypermethrin-Spirotetramat mixture, can be widely used to control of G. molesta eggs but Abamectin or Spirotetramat alone are ineffective for this purpose.