Dji Unveils Revolutionary Mavic 4 Pro With Triple-Camera Design And Advanced Cooling System

DJI Mavic 4 Pro Test Photos and Clip Reveal Triple-Camera Design, Enhanced Cooling System

Fresh images shared by reliable Drone Industry insider Jasper Ellens offer the clearest look yet at what appears to be the upcoming DJI Mavic 4 Pro, revealing several notable design changes from its predecessor. The photos show the unreleased drone alongside the DJI Air 3S in a sophisticated camera testing setup, providing valuable insights into DJI’s next flagship consumer drone.

The most striking feature of the alleged Mavic 4 Pro is its redesigned camera system, sporting a distinctive three-lens configuration housed in what appears to be a more substantial gimbal assembly compared to the Mavic 3 Pro. This setup likely incorporates the previously rumored 24mm, 70mm (or potentially 50mm), and 166mm equivalent focal lengths.

A significant addition to the design is a prominent heat sink positioned at the rear of the aircraft, suggesting DJI has prioritized thermal management for what is expected to be a more powerful imaging system. This focus on cooling aligns with the drone’s rumored capability to process high-resolution 100MP photos and advanced video formats.

The camera and gimbal setup appears to be capable of looking straight down and up, allowing for more creative aerial images and footage. The test unit reveals more streamlined arms compared to the Mavic 3 Pro while maintaining the familiar folding mechanism characteristic of the Mavic series. Two fish-eye obstacle avoidance sensors are visible, along with an LED beacon mounted on top of the aircraft, indicating DJI’s continued emphasis on safety and regulatory compliance.

Interestingly, the test unit appears to lack the LiDAR sensing system found on the DJI Air 3S’s front section. The leaked images show the drone’s camera system being evaluated alongside a DJI Air 3Sm, a Xiaomi smartphone, and what appears to be a full-frame mirrorless camera in a professional testing environment.

This setup, complete with precision alignment tools and light-controlling hood, indicates DJI is in the late stages of image quality optimization. The apparent removal of the LiDAR system, if confirmed in the production model, could indicate a strategic decision to optimize the drone for specific professional use cases rather than attempting to include every possible feature.

The timing of these test photos aligns with previous reports suggesting an April 2025 release date for the Mavic 4 Pro. The sophisticated nature of the testing setup and the presence of comparison cameras indicate DJI is conducting detailed image quality evaluations, a crucial step before finalizing the product for market release.

The Mavic 4 Pro’s apparent focus on enhanced thermal management and advanced camera capabilities suggests DJI is responding directly to evolving requirements in the consumer drone market. The company is prioritizing features that will differentiate its professional consumer drone lineup, while maintaining practical considerations that have made the Mavic series successful.