A method for achieving moving synchronization in remote control, comprising: obtaining a remote control instruction sent by a remote controller, and extracting a target speed and a remote moment from the remote control instruction, wherein the target speed refers to a speed at which a controlled object is expected to move on a display screen, and the remote moment refers to a moment when the remote control instruction is sent; obtaining a local moving state of the controlled object; wherein the local moving state comprises a local speed and a local moment of the controlled object; calculating a delay time according to the remote moment and the local moment; moving the controlled object according to the delay time, the target speed, the local speed and a preset synchronization time; wherein the step of moving the controlled object according to the delay time, the target speed, the local speed and a preset synchronization time comprises: calculating a synchronization acceleration and a synchronization initial velocity according to the delay time, the target speed, the local speed and the preset synchronization time; moving the controlled object within the preset synchronization time according to the synchronization acceleration and the synchronization initial velocity; wherein the step of calculating a synchronization acceleration and a synchronization initial velocity according to the delay time, the target speed, the local speed and the preset synchronization time comprises: calculating the synchronization acceleration and the synchronization initial velocity according to a binary linear equation group: { V T + A × T sync = V M V 0 × T delay + V T × T sync + A × T sync 2 / 2 = V M × T delay + T sync where, V T is the synchronization initial velocity, A is the synchronization acceleration, T sync is the preset synchronization time, V M is the target speed, V 0 is the local speed, and T delay is the delay time. obtaining a remote control instruction sent by a remote controller, and extracting a target speed and a remote moment from the remote control instruction, wherein the target speed refers to a speed at which a controlled object is expected to move on a display screen, and the remote moment refers to a moment when the remote control instruction is sent; obtaining a local moving state of the controlled object; wherein the local moving state comprises a local speed and a local moment of the controlled object; calculating a delay time according to the remote moment and the local moment; moving the controlled object according to the delay time, the target speed, the local speed and a preset synchronization time; wherein the step of moving the controlled object according to the delay time, the target speed, the local speed and a preset synchronization time comprises: calculating a synchronization acceleration and a synchronization initial velocity according to the delay time, the target speed, the local speed and the preset synchronization time; moving the controlled object within the preset synchronization time according to the synchronization acceleration and the synchronization initial velocity; wherein the step of calculating a synchronization acceleration and a synchronization initial velocity according to the delay time, the target speed, the local speed and the preset synchronization time comprises: calculating the synchronization acceleration and the synchronization initial velocity according to a binary linear equation group: { V T + A × T sync = V M V 0 × T delay + V T × T sync + A × T sync 2 / 2 = V M × T delay + T sync where, V T is the synchronization initial velocity, A is the synchronization acceleration, T sync is the preset synchronization time, V M is the target speed, V 0 is the local speed, and T delay is the delay time. calculating a synchronization acceleration and a synchronization initial velocity according to the delay time, the target speed, the local speed and the preset synchronization time; moving the controlled object within the preset synchronization time according to the synchronization acceleration and the synchronization initial velocity; wherein the step of calculating a synchronization acceleration and a synchronization initial velocity according to the delay time, the target speed, the local speed and the preset synchronization time comprises: calculating the synchronization acceleration and the synchronization initial velocity according to a binary linear equation group: { V T + A × T sync = V M V 0 × T delay + V T × T sync + A × T sync 2 / 2 = V M × T delay + T sync where, V T is the synchronization initial velocity, A is the synchronization acceleration, T sync is the preset synchronization time, V M is the target speed, V 0 is the local speed, and T delay is the delay time.