Sanyo VPC-WH1 HD Waterproof Flash Memory Camcorder w/ 30x Optical Zoom (Blue)

Take underwater High Definition video and still photos to a whole new level! The compact Sanyo Dual Camera Xacti WH1 has earned the highest possible IEC 60529 waterproof rating--IPX8--allowing footage to be captured without worrying about the effects of water or snow. The WH1 is capable of underwater depths down to an astounding 10ft for an entire hour and delivers High Definition video, up to 2-megapixel digital photos, with a 30x optical zoom. The combination of waterproof HD video and 30x optical zoom allow the WH1 to go where no camera dare go before. Its compact design makes the WH1 extremely portable and easy to use. Videos, still photos and the various settings and menus can be easily accessed with the user’s thumb. The WH1’s convenient design makes sharing videos and photos via social networking web sites, portable video devices like iPods, TVs and computers, a breeze.

Technical Details :
* Capture HD digital video (720p, 30fps).
* Waterproof up to 3 meters (10 feet).
* 30x optical zoom; 2.5-inch LCD screen.
* Face Chaser technology (can detect up to 12 faces for photos and videos).
* Capture video and stills to SD/SDHC memory cards (not included).



Sanyo Xacti WH1 Highlights :
- Style Design Made Simple.
- Large, 2.5-inch Liquid Crystal Display (LCD).
- Up to 2-megapixel Still Image Quality.
- 30x optical zoom.
- 12 Subject Face Chaser Technology.
- Sophisticated image stabilizer.
- Sequential photo mode shoots up to 13 frames per second.
- Highly advanced MPEG4 AVC/H.264 video compression.
- Easily transfer video and still images to your video capable iPod.
- Record over 5 hours of full motion video.
- Capture still images while you’re shooting video.
- Super-fast start-up.
- Includes a high-capacity Sanyo brand lithium-ion battery.
- Easy playback of recorded video directly on a TV.

PROS:
- 3m Waterproof.
- Good build quality.
- Feature-laden.
- Great battery life.

CONS:
- Noisy results with inaccurate colours.
- Image stabilization is practically non-existent.