Haptic Feedback and the Role of Need for Touch on Augmented Reality Mobile Shopping Apps

People like graspable objects more when the objects are located on the dominant-hand side of their body or when the handles point toward their dominant-hand side. However, many products do not have handles or are not graspable (e.g., services, objects hanging on the wall). Can nongraspable products nevertheless benefit from the effects of appealing to viewers’ dominant hands? The present research shows that, yes, consumers respond more positively to nongraspable products if a haptic cue (an object that is graspable or suggestive of hand action) is located within the same visual field as the target and is positioned to appeal to the viewer’s dominant hand. This result is driven by the creation and transfer of perceived ownership from cue to target. These findings extend the use of haptic cues to nongraspable products and uncover the critical role played by perceived ownership, including its ability to transfer from one object to another located in the same visual field. Moreover, the current research demonstrates situations in which the use of haptic cues will not enhance response.

This research examines the effects of sounds made by retail technological interfaces – self- checkout kiosks, credit card readers, mobile apps, websites – at point-of-sale. We propose that such sounds, retail transaction auditory confirmation (RTAC), increase trust in technological interfaces by providing auditory confirmation that stages of the checkout process have been successfully executed. Increased trust in technological interfaces leads to positive downstream consequences in the form of satisfaction and purchase intention. Visual and auditory distraction in the retail environment reduces trust, even when visual confirmation is provided, but synchronously provided audio-visual confirmation attenuates the negative effects of environment distraction.