Nikon AW120 vs Ricoh WG-80

Here is a in depth comparison of the Nikon AW120 vs Ricoh WG-80, both Waterproof digital cameras by competitors Nikon and Ricoh. The image resolution of the AW120 (16MP) and the WG-80 (16MP) is pretty similar and they come with the same exact sensor sizing (1/2.3").

Photography Glossary

The AW120 was released 9 years prior to the WG-80 and that is quite a serious gap as far as technology is concerned. The two cameras offer the identical body type (Compact).

Before we go in to a thorough comparison, below is a quick introduction of how the AW120 matches up against the WG-80 with respect to portability, imaging, features and an overall rating.

This is a preview of the gallery images for Nikon Coolpix AW120 and Ricoh WG-80. The complete galleries are provided at Nikon AW120 Gallery and Ricoh WG-80 Gallery.

For those who are looking to carry your camera often, you need to factor its weight and size. The Nikon AW120 has got outer dimensions of 110mm x 66mm x 26mm (4.3" x 2.6" x 1.0") along with a weight of 213 grams (0.47 lbs) whilst the Ricoh WG-80 has specifications of 123mm x 62mm x 30mm (4.8" x 2.4" x 1.2") along with a weight of 193 grams (0.43 lbs).

Contrast the Nikon AW120 vs Ricoh WG-80 in the latest Camera with Lens Size Comparison Tool.

Bear in mind, the weight of an Interchangeable Lens Camera will differ based on the lens you are utilising during that time. Here is the front view size comparison of the AW120 vs the WG-80.

Taking into account dimensions and weight, the portability rating of the AW120 and WG-80 is 92 and 91 respectively.

Typically, it is hard to envision the contrast between sensor sizing simply by going over specs. The photograph below will help provide you a clearer sense of the sensor sizes in the AW120 and WG-80.

All in all, both of the cameras offer the same exact sensor sizing and the identical MP so you should expect similar quality of files though you will need to consider the release date of the products into consideration. The older AW120 is going to be disadvantaged in sensor innovation.