DJI Matrice 4T VS DJI Mavic 4 Pro

The most striking physical difference between these two drones is weight. The DJI Matrice 4T comes in at 401 g, while the DJI Mavic 4 Pro is nearly 2.6× heavier at 1063 g. In practical terms, this gap has regulatory consequences in many markets where drones under 500 g or 900 g fall into lighter registration and operational categories — giving the Matrice 4T a meaningful advantage in ease of deployment. The lighter airframe also typically translates to longer flight endurance and greater agility in the field.

Their form factors also diverge significantly. The Matrice 4T is taller and wider (307 × 387.5 mm) but notably thinner (138.4 mm), whereas the Mavic 4 Pro is much flatter and more compact in height (135.2 mm tall) but considerably deeper (328.7 mm). This suggests different folding architectures and portability profiles — the Mavic 4 Pro is likely more pocketable when folded, while the Matrice 4T's dimensions point to a platform-oriented, mission-ready design.

On cold-weather resilience, the Matrice 4T holds a clear edge, rated down to -20 °C versus the Mavic 4 Pro's -10 °C floor. For operators in northern climates or high-altitude environments, this 10-degree difference can be the deciding factor. Both drones share the same 40 °C upper limit and neither offers weather sealing, so wet-condition operations carry risk for both. Overall, the Matrice 4T wins this group on operational range and weight efficiency, while the Mavic 4 Pro may appeal to users prioritizing a more compact footprint.

Across every core performance metric, the DJI Mavic 4 Pro holds a consistent lead. Its 51-minute maximum flight time edges out the Matrice 4T's 49 minutes — a modest gap on paper, but one that compounds meaningfully in back-to-back mission scenarios where every extra minute in the air reduces battery swap frequency. More consequential is the range differential: 41 km versus 35 km, a roughly 17% advantage that matters for linear infrastructure surveys, corridor mapping, or any operation pushing the boundaries of a single flight envelope.

Speed tells a similar story. The Mavic 4 Pro reaches 25 m/s versus the Matrice 4T's 21 m/s — a gap that translates to faster area coverage and quicker repositioning between waypoints. For time-sensitive missions like search operations or dynamic event coverage, that extra 4 m/s is not trivial. Both drones offer obstacle detection, intelligent flight modes, and Return to Home functionality, so the safety and autonomy baseline is identical.

The performance picture here is straightforward: the Mavic 4 Pro outpaces the Matrice 4T on every measurable flight metric in this group. Given that the Matrice 4T is the heavier, mission-specialized platform, the Mavic 4 Pro's superior raw performance is somewhat unexpected and reinforces its appeal as a high-capability all-rounder. The DJI Mavic 4 Pro takes a clear edge in this category.

Resolution and file format tell the most important story here. The DJI Mavic 4 Pro packs a 100 MP main sensor versus the Matrice 4T's 48 MP — more than double the pixel count — and critically, it shoots RAW, while the Matrice 4T does not. For photographers and professional post-production workflows, RAW capture is a fundamental requirement: it preserves full sensor data, enabling far greater latitude in color grading, exposure recovery, and fine detail rendering. The Matrice 4T's JPEG-only output is a hard ceiling for image quality work.

Video resolution follows the same hierarchy. The Mavic 4 Pro records at 3384 × 60 fps compared to the Matrice 4T's 2160 × 30 fps — a meaningful step up both in pixel density and frame rate flexibility. Sixty frames per second at that resolution enables smooth slow-motion footage and future-proofs content for high-resolution delivery pipelines. Where the Matrice 4T surprises, however, is in low-light versatility: its maximum ISO reaches an extraordinary 409,600 against the Mavic 4 Pro's 12,800. That gap is enormous and suggests the Matrice 4T's sensor is tuned specifically for low-light and thermal/surveillance applications rather than daylight imaging quality.

Both drones share HDR, panorama, 24p cinema mode, CMOS sensors, and FPV cameras — so the creative toolset baseline is matched. The field of view slightly favors the Matrice 4T at 90° versus 72°, useful for wider contextual shots. Overall, the Mavic 4 Pro wins decisively on imaging quality for standard use cases thanks to its higher resolution and RAW support, while the Matrice 4T's extreme ISO ceiling points to a very different, specialized operational purpose.

Battery capacity is essentially a wash between these two drones. The DJI Matrice 4T carries 6741 mAh and the DJI Mavic 4 Pro holds 6654 mAh — a difference of just 87 mAh, or roughly 1.3%. In real-world terms, that gap is too small to produce any noticeable difference in operational behavior and should be treated as a statistical tie.

What matters more than the raw capacity figures is that both drones feature removable batteries. For professional deployments, this is a critical operational advantage: crews can carry pre-charged spare packs and swap them in the field in seconds, effectively decoupling mission duration from charging infrastructure. A drone with a sealed battery is fundamentally constrained by charge cycles; these two are not.

With near-identical capacities and the same swappable design, this group is a dead heat. Neither drone holds a battery advantage over the other — operators can make their choice based on other criteria entirely.

This is the most clear-cut group in the entire comparison: every single feature listed is shared identically by both the DJI Matrice 4T and the DJI Mavic 4 Pro. Both offer external memory slots, GPS, remote control with a display, and smartphone support — covering the full checklist of what a professional operator would expect from a modern drone platform.

The presence of a built-in display on the remote controller is worth noting as a shared strength. It eliminates the dependency on a personal smartphone for situational awareness, which matters in bright outdoor conditions where phone screens often wash out, and in professional workflows where a dedicated screen ensures a more reliable and consistent operating experience for both drones equally.

There is no differentiator to declare here — this group is a complete tie. Buyers should weight their decision entirely on the other specification groups, where the two drones diverge more meaningfully.