Panasonic FS25 vs Panasonic ZR3

In this article, we will be reviewing the Panasonic FS25 versus Panasonic ZR3, both Small Sensor Compact cameras and they are both designed by Panasonic. The sensor resolution of the FS25 (12MP) and the ZR3 (14MP) is pretty comparable and they use the same exact sensor sizing (1/2.3").

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The FS25 was unveiled 12 months prior to the ZR3 and they are of a similar age. Both of these cameras offer the identical body type (Compact).

Before getting in to a thorough comparison, below is a short overview of how the FS25 grades against the ZR3 when considering portability, imaging, features and an overall score.

Here is a preview of the gallery images for Panasonic Lumix DMC-FS25 & Panasonic Lumix DMC-ZR3. The full galleries are provided at Panasonic FS25 Gallery & Panasonic ZR3 Gallery.

For anyone who is intending to carry around your camera regularly, you will want to consider its weight and size. The Panasonic FS25 has exterior dimensions of 97mm x 58mm x 22mm (3.8" x 2.3" x 0.9") and a weight of 148 grams (0.33 lbs) and the Panasonic ZR3 has specifications of 98mm x 55mm x 26mm (3.9" x 2.2" x 1.0") along with a weight of 159 grams (0.35 lbs).

Examine the Panasonic FS25 versus Panasonic ZR3 in our brand new Camera plus Lens Size Comparison Tool.

Bear in mind, the weight of an ILC will change depending on the lens you select at the time. Here is the front view overall size comparison of the FS25 and the ZR3.

Considering dimensions and weight, the portability rating of the FS25 and ZR3 is 95 and 94 respectively.

Sometimes, it is very difficult to envision the gap in sensor sizes simply by seeing a spec sheet. The picture here may offer you a greater sense of the sensor sizes in the FS25 and ZR3.

As you can see, both of the cameras enjoy the same exact sensor sizing albeit not the same resolution. You can expect the Panasonic ZR3 to show extra detail having an extra 2 Megapixels. Higher resolution can also allow you to crop pictures far more aggressively. The more aged FS25 will be disadvantaged in sensor innovation.