Manipulated visual information recalibrates proprioception in which participants perceive their body parts to be at a different location from their actual position in the body. Previous studies have provided direct visual information regarding the manipulated position of the body parts, which have often been the limbs in this context. In our experiments, we manipulated the location of the viewpoint and/or the virtual right arm during the training session. The viewpoint corresponds to the position of the head, indicating the position of the trunk connected to the head. The results of the experiments showed that this indirect visual information could cause a proprioceptive recalibration of the trunk, a very fundamental body part. In addition, a comparison with the arm, for which direct visual information was provided, suggests that the recalibration of the trunk in the absence of direct visual information was weaker than that of the arm.