Panasonic India launches Lumix G7 and G85 camera

To address the need for quality videos for filming, YouTube and still photography, Panasonic India on Tuesday announced the launch of its two new Lumix G7 and G85 in the Digital Single Lens Mirrorless (DSLM) category.

These lightweight cameras come equipped with 4K video recording & editing capabilities and will be available at all Panasonic stores across the country.

The Lumix G85 will be available at a price of Rs 72,990 and the Lumix G7 will be available at Rs 53,990. The Lumix G7 also comes with a dual kit option of 1442 mm + 45150 mm at Rs 58,990.

''The new LUMIX G7 and G85 target the new-age videographers and photographers, who are upwardly mobile and are willing to join the 4K revolution. Designed for all DSLM professionals, these cameras are an answer to a professional, 4K photography and videography that ensures memories for life. The compact form, packed with innovative technology with Dual-Image Stabilisation and Focus Stacking function that enables users to adjust the depth of field after shooting by combining multiple images shot with the Post Focus distinguishes them from the pack. Set to transform the DSLM segment, we see a huge potential for Lumix G series in India," Gaurav Ghavri, Product Head- Digital Imaging, Panasonic India, said.

Interaction with Gaurav Ghavri, Product Head (Panasonic India)

Lumix G85 comes with Dual-Image Stabilization and Focus Stacking capacity that enables a user to adjust the depth of field after shooting by combining multiple images shot with the Post Focus function in the camera. It has been prudently developed to accomplish your film-making and photography goals at 4K quality; weighing just 435 gms (only body) it is handy to carry during travel, trekking, wildlife and adventure purposes.

Meanwhile, the Lumix-G7, weighing 360 gms (only body) has been designed to ensure a seamless editing for the YouTubers, upcoming filmmakers, and videographers. This model is capable of recording smooth high-resolution video despite its high mobility.