The Panasonic Lumix G2 (DMC-G2, 2010) was the first G-series camera to add HD video recording and a touchscreen to the G1’s acclaimed body design. A significant milestone in the Micro Four Thirds story. Panasonic does not publish an official shutter rating; the estimated lifespan is ~100,000 actuations. RW2 files do not embed the count — check via the camera menu.
Check Shutter Count →The Panasonic Lumix G2 (March 2010) was the direct successor to the G1, the world’s first Micro Four Thirds camera. Where the G1 was a pure stills camera, the G2 added 720p HD video recording (H.264 AVCHD or Motion JPEG) and a touchscreen-capable 3-inch fully articulating swivel LCD — the first touchscreen in the Lumix G-series. The 12.1 MP Multi-Aspect Live MOS sensor carried over from the G1, but the Venus Engine HD II processor improved noise reduction and colour rendering.
Panasonic has not published an official shutter rating for the G2. The estimated lifespan is approximately 100,000 actuations, consistent with the G1 predecessor.
| Model | Release | Sensor | Est. Shutter Life | RAW Format |
|---|---|---|---|---|
| Panasonic Lumix G2 | 2010 | 12.1 MP Live MOS MFT | ~100,000 | RW2 |
| Panasonic Lumix G1 (predecessor) | 2008 | 12.1 MP Live MOS MFT | ~100,000 | RW2 |
| Panasonic Lumix G3 (successor) | 2011 | 16 MP Live MOS MFT | ~100,000 | RW2 |
| Panasonic Lumix GH1 (contemporary cinema sibling) | 2009 | 12.1 MP Live MOS MFT | ~100,000 | RW2 |
exiftool -PanasonicRaw:ShutterCount yourfile.RW2. Results are inconsistent on G2-era RW2 files — camera menu is the authoritative source.The G2 (2010) is 16+ years old. Beyond the shutter count, inspect the articulating swivel LCD hinge (a multi-axis hinge on the G-series; check for wobble and smooth operation), the DMW-BLB13 battery capacity, and the lens mount contacts. The EVF on the G2 uses a 1.44M-dot OLED panel; inspect it for burn-in patterns if the camera was used for extended menu navigation.
| Actuation Count | % of Est. Life | Assessment |
|---|---|---|
| 0 – 5,000 | 0 – 5 % | Very low use — near new |
| 5,000 – 25,000 | 5 – 25 % | Low use |
| 25,000 – 60,000 | 25 – 60 % | Moderate use — typical active user |
| 60,000 – 85,000 | 60 – 85 % | High use — negotiate price |
| 85,000 + | 85 %+ | Near or past estimated life |
The G2’s 12.1 MP Multi-Aspect Live MOS sensor produces identical pixel-count output at 4:3, 3:2, and 16:9 by using a slightly larger sensor area than the traditional 4:3 crop — a Panasonic innovation that avoids losing resolution when changing aspect ratios in-camera. The Venus Engine HD II processor enables a maximum ISO of 3200 (ISO 6400 extended), 3 fps continuous burst, and 720p HD video.
The built-in 1.44M-dot OLED EVF provides a 100% field of view and 1.4× magnification, making it one of the best EVF experiences available in a consumer mirrorless camera at its 2010 launch. The EVF eye sensor automatically switches between the LCD and EVF as the camera is raised to the eye.
Yes. The G2 has a built-in pop-up flash (GN 5.6, ISO 100, metres) on top of the camera body. The flash pops up manually when needed and includes a hot shoe for external flash units.
The GH1 (2009) was Panasonic’s video-oriented flagship and features Full HD 1080i video (vs 720p on the G2), a larger Multi-Aspect sensor area, and a more video-focused feature set including manual exposure control in video mode. The G2 is lighter, less expensive, and adds touch control while matching the G1’s stills performance. For stills-primary use, the G2 and G1 are equivalent; for video work, the GH1 is significantly superior.
The G2 uses the DMW-BLB13 lithium-ion battery (7.2V, 1250mAh), providing approximately 380 shots per charge (CIPA). This battery was shared with the G1, GH1, and GF1, making it widely available on the used market. On 16-year-old bodies, original batteries may hold significantly reduced capacity. Third-party replacements are available at modest cost.