MiNT, a Hong Kong-based camera manufacturer known for its boutique instant film cameras, is set to release the Rollei 35AF camera this year. This new model is a reincarnation of the original Rollei 35 from 1966, blending analog charm with modern technology. The camera boasts lidar-based autofocus for its 35mm f/2.8 lens and offers automatic exposure options, catering to both seasoned photographers and newcomers alike.
In a world dominated by digital photography, the resurgence of analog film is undeniable. MiNT’s Rollei 35AF is a testament to this trend, capturing the essence of vintage photography while embracing contemporary features. With Leica reintroducing its M6 rangefinder and rumors of a new Pentax film camera on the horizon, it’s evident that film cameras are making a comeback in a meaningful way.
As a former user of the original Rollei 35, I can attest to the unique experience it offered. While the camera provided a fun and nostalgic shooting experience, it also posed challenges with its manual focus lens and zone focusing mechanism. However, the upcoming Rollei 35AF promises to streamline the process with its lidar-based autofocus, offering a blend of nostalgia and convenience for photographers.
According to reports from PetaPixel and Kosmo Foto, the Rollei 35AF is expected to retail between $650 and $800 upon its release. Despite the hefty price tag, the camera’s fusion of retro design and modern features may appeal to photography enthusiasts looking to explore the world of analog film. With a compact metal body reminiscent of the original model, the Rollei 35AF exudes a sense of craftsmanship and attention to detail.
While the cost of film and development may deter some photographers, the allure of analog photography persists. The Rollei 35AF represents a bridge between the past and the present, offering a fresh take on a classic camera design. As we await its official launch, it will be fascinating to see how MiNT’s latest creation rekindles the joy of shooting with film while embracing the convenience of modern autofocus technology.
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