A flurry of leaks and test-program tidbits have converged on what could be DJI’s next flagship, the Mavic 4 Pro. The picture is still incomplete, but consistent signals from established leakers and early-test documents point to three headline moves: a dramatic camera upgrade centered on a high‑resolution Hasselblad main sensor, a redesigned “infinity” gimbal that enables 360 degree rotation, and a much larger battery offering flight times north of 50 minutes. These are exciting on paper, but they also create real engineering and operational tradeoffs to watch for.

What the leaks say, in plain terms: multiple reports describe a triple‑camera payload with a next‑generation 4/3 Hasselblad wide sensor at or near 100 megapixels, paired with two telephoto/medium‑tele lenses for flexible framing and high resolution zoom. Video capability being circulated in the leaks includes 6K/60fps on the main camera and high‑frame‑rate 4K on the tele lenses. The main camera is also reported to have a variable aperture and expanded dynamic range features aimed at cinematographers.

The physical and flight specs tied to those imaging ambitions are notable. Leaks point to a ~95 Wh class battery delivering roughly 51 minutes of flight time, an onboard storage option up to hundreds of gigabytes, and an updated transmission stack (often referenced as an O4+ or similar next‑gen link). The airframe is described as slightly larger and heavier than prior Mavic models, with quoted weights in the ~1,040–1,060 gram band in multiple leaks. If true, that weight keeps the platform well inside typical consumer/prosumer registration regimes but confirms this is being positioned as a professional cinematography tool rather than a sub‑250 g consumer flyer.

The infinity gimbal is one of the more novel hardware claims. Leaks and short videos in circulation show a gimbal assembly that can rotate continuously around the yaw axis and allow high tilt angles, enabling cinematic moves that were previously awkward or impossible on a Mavic‑style folding platform. That design implies different mechanical loads, new firmware stabilization strategies, and likely changes to how users will plan shots so the payload orientation does not conflict with propwash or obstacle sensors. Mechanically rotating a three‑camera stack is also a heavier payload than the single‑camera gimbals most pilots are used to, so the flight control tuning will be critical to maintain the stability users expect.

On software and features, the rumors include stepless or electronic ND control, expanded color profiles and D‑Log modes across lenses, and advanced tracking modes that take advantage of the multiple focal lengths. There are also repeated references to increased low‑light obstacle sensing and even forward LiDAR being used to augment detection in dim conditions. Those features, if implemented robustly, would reduce shot failures in challenging light and enable longer, safer flights in more places. However, integrating LiDAR or night‑rated sensing into a compact foldable platform is nontrivial and may explain some of the reported delays in test programs.

Timing and availability are the other moving pieces. Multiple leak threads and an alleged internal NDA communication circulated among early testers point to a planned teaser or announcement window in early May 2025. A number of sources reporting from the drone community suggest that the public reveal was expected around May 6, 2025, but an internal message referenced by leakers indicated a possible slip toward mid‑May as testing windows closed out. As of May 6 there was no formal product page or global availability notice from DJI, so treat firm launch dates with caution until DJI confirms.

How to read these rumors as a professional or serious hobbyist: 1) the camera and gimbal claims, if real, would push the Mavic line further into cinema territory and could change how compact drones are used for high‑end content capture; 2) the battery and transmission upgrades sound meaningful on paper, but real world endurance and link reliability are what matter most for long takes and remote work; and 3) advanced sensing and rotating payloads create complexity that will test both hardware durability and the maturity of DJI’s flight software on day one. In short, this looks ambitious and potentially category shifting, but ambition can introduce bugs and edge cases that only surface in large scale testing.

A few practical notes and cautions: leaked specs have a history of evolving between initial rumors and official product specs. Watch for final details on codec support, onboard recording formats, whether Apple ProRes or equivalent is included, and what the company decides for bundle options and controller hardware. Also keep an eye on final weight and battery capacity in the official spec sheet because those two numbers drive a lot of operational requirements, from registration and flight planning to airline rules for transporting batteries. Finally, until DJI posts official documentation, plan procurement decisions around verified hands‑on reviews rather than early marketing blurbs or teardown photos.

If you are a shop or production house considering an early adoption strategy, my recommendation is to follow a staged approach: keep evaluating the leaks and early firsthand tests from credible reviewers, but delay replacing any well‑proven aerial camera toolchain until we see stable firmware and reliable field reports. For hobbyists, the new capabilities sound compelling, but they may come at a premium price and added system complexity. Either way, May looks set to be a busy month for drone news, and the responsible approach is to let the dust settle on official specs before committing to expensive upgrades.