DJI has released the Osmo Pocket 4P [1], a gimbal camera featuring two lenses and improved dynamic range [1, 2].
The device represents a significant shift for the product line by introducing professional-grade hardware into a compact form factor. By adding optical zoom and a dual-lens system, DJI aims to bridge the gap between handheld vlogging tools and professional cinema equipment [1, 2].
The product first launched in China in June [3]. It remained under embargo for the U.S. and European markets until the publication of official reviews [3]. This phased release strategy allowed the company to manage initial demand and finalize regional software optimizations.
Reviewers have noted the extensive development time behind the device. Chris Velis said, "To say it’s been a long road to the Osmo Pocket 4P is an understatement" [1]. The addition of the second lens is a primary differentiator for this model, moving the series toward a more versatile photography tool.
Early field testing has already begun in various international locations. One reviewer spent three days [4] testing the Osmo Pocket 4P in Malta to evaluate its performance in real-world travel scenarios [4]. These tests focused on the stability of the gimbal, and the quality of the sample footage produced by the new lens array [4].
According to Engadget, the "OG gimbal camera goes 'pro' with two lenses" [1]. This upgrade targets creators who require higher image quality and more flexible focal lengths without carrying full-sized camera rigs. The improved dynamic range allows for better exposure handling in high-contrast environments, such as bright outdoor landscapes or dim interiors [1, 2].
“The OG gimbal camera goes 'pro' with two lenses”
The transition to a dual-lens system signals that DJI is moving away from simple stabilization and toward comprehensive image capture. By integrating optical zoom and professional-grade dynamic range into the Pocket series, the company is targeting a higher-spending 'prosumer' market that prioritizes versatility over the basic portability of previous iterations.
