Panasonic FH10 vs Ricoh GR

Its time to examine more in depth at the Panasonic FH10 vs Ricoh GR, one is a Small Sensor Compact and the latter is a Large Sensor Compact by brands Panasonic and Ricoh. The resolution of the FH10 (16MP) and the GR (16MP) is pretty comparable but the FH10 (1/2.3") and GR (APS-C) come with totally different sensor size.

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The FH10 was manufactured 3 months earlier than the GR so they are of a similar generation. Each of the cameras come with different body type with the Panasonic FH10 being a Compact camera and the Ricoh GR being a Large Sensor Compact camera.

Before we go through a full comparison, below is a simple view of how the FH10 matches up against the GR with regard to portability, imaging, features and an overall score.

This is a preview of the gallery images for Panasonic Lumix DMC-FH10 and Ricoh GR. The entire galleries are available at Panasonic FH10 Gallery and Ricoh GR Gallery.

For those who are intending to carry around your camera often, you are going to need to take into account its weight and size. The Panasonic FH10 provides physical dimensions of 94mm x 54mm x 18mm (3.7" x 2.1" x 0.7") with a weight of 103 grams (0.23 lbs) while the Ricoh GR has specifications of 117mm x 61mm x 35mm (4.6" x 2.4" x 1.4") and a weight of 245 grams (0.54 lbs).

Look at the Panasonic FH10 vs Ricoh GR in the new Camera with Lens Size Comparison Tool.

Remember, the weight of an Interchangeable Lens Camera will differ depending on the lens you are utilizing at the time. Here is the front view dimensions comparison of the FH10 and the GR.

Considering dimensions and weight, the portability score of the FH10 and GR is 97 and 90 respectively.

Sometimes, it can be difficult to envision the gap in sensor sizes only by checking out technical specs. The picture underneath will give you a more clear sense of the sensor sizes in the FH10 and GR.

As you can tell, both cameras posses the exact same megapixel count albeit not the same sensor sizes. The FH10 includes the smaller sensor which will make obtaining shallow depth of field harder.