Charging connector and connecting method therefor

An object of the present invention is to prevent a foreign matter from entering a cavity and prevent a front wall of the cavity from being damaged. The present invention concerns a charging connector 10 connectable to a vehicle-side connector 50 provided in a vehicle. The charging connector 10 is provided with terminal fittings 20 to be electrically conductively connected to vehicle-side terminals 60 provided in the vehicle-side connector 50, and terminal accommodating portions 15 internally formed with cavities 17 for accommodating the terminal fittings 20. A front wall of each cavity 17 includes a resilient member 30 which allows the insertion of the vehicle-side terminal 60 into the cavity 17 while being held in close contact with the vehicle-side terminal 60 over the entire circumference.