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Handheld AR devices are generally more portable than head-mounted AR devices due to their smaller size and lighter weight.

Head-mounted AR usually offers a wider field of view compared to handheld AR, which is limited to the screen size of the device used.

Handheld AR devices are often considered easier to use for AR beginners due to the familiarity of smartphones and tablets.

Handheld AR devices typically have longer battery life than head-mounted AR devices because they can accommodate larger batteries and are often used sporadically.

Handheld AR is usually more cost-effective than head-mounted AR since many users already own smartphones or tablets that can support AR applications.

Handheld AR devices like smartphones are more socially accepted and less likely to draw attention compared to wearing head-mounted AR devices in public spaces.

Head-mounted AR allows for hands-free operation, whereas handheld AR requires one hand or both hands to hold the device.

Handheld AR generally requires less setup time and can be more easily deployed across existing devices, unlike head-mounted AR which may require additional calibration and fittings.

Head-mounted AR typically provides more immersive interactivity through head tracking and gesture recognition, compared to the touch screen interaction in handheld AR.

Head-mounted AR can provide a deeper level of augmentation by overlaying digital content directly into the user's line of sight, whereas handheld AR augmentation depth is constrained by the device's screen.

Head-mounted AR devices can be heavier and less comfortable over extended periods compared to the relatively lightweight and ergonomic handheld AR devices.

Handheld AR often makes it easier for a group of people to share the experience by looking at the device's screen together, unlike head-mounted AR which is typically individualistic.

Head-mounted AR can be more effective for hands-on learning and training where users need to interact with the physical world while receiving augmented information.

Handheld devices are usually more durable and easier to repair than head-mounted devices, which have more complex components and delicate sensors.