DJI Matrice 4E VS DJI Matrice 4T

In terms of general physical characteristics, the DJI Matrice 4E and DJI Matrice 4T are completely identical across every measured dimension and parameter in this group. Both share the exact same dimensions (307 mm × 387.5 mm × 138.4 mm), the same weight of 401 g, and the same volume of 16,464.41 cm³, meaning there is no physical handling or portability advantage for either model.

Their operating temperature ranges are also a perfect match, both rated from -20 °C to 40 °C. This is a respectable range for professional drone use, covering cold-weather deployments and warm outdoor environments, though operators in extreme heat above 40 °C should note this shared limitation. Neither unit offers weather sealing, so both carry the same vulnerability to moisture and dust exposure in the field.

For this spec group, the two drones are in a complete tie. No differentiation can be drawn based on form factor, weight, size, or environmental tolerance alone. Buyers deciding between the Matrice 4E and Matrice 4T should look beyond general physical specs to other feature groups — such as camera systems or sensors — where meaningful differences are likely to emerge.

Flight performance is a critical differentiator for professional drones, and here both the DJI Matrice 4E and DJI Matrice 4T deliver identical headline figures. A maximum flight time of 49 minutes is notably strong for enterprise-class drones of this size, enabling extended survey missions, inspection runs, or search-and-rescue operations without requiring a battery swap mid-task. Paired with a maximum flight distance of 35 km, operators have substantial range for wide-area coverage.

A top speed of 21 m/s is competitive for this category, allowing the drone to reposition quickly across large sites or push through moderate wind resistance — an important real-world consideration for outdoor deployments. Both models also share obstacle detection, intelligent flight modes, and Return to Home functionality, which collectively reduce pilot workload and lower the risk of costly incidents, especially in complex or partially automated mission profiles.

Once again, this spec group yields a complete tie between the two models. Every performance metric — endurance, range, speed, and autonomous safety features — is perfectly matched. As with the physical specs, the Matrice 4E and Matrice 4T cannot be separated on flight performance alone; the meaningful distinctions between these two drones lie elsewhere, most likely in their payload and sensor configurations.

The camera systems on the DJI Matrice 4E and DJI Matrice 4T are nearly identical on paper — both pack a 48 MP main sensor with a 90° field of view, cap out at 4K (2160p) at 30 fps, and share a maximum ISO of 409,600, which signals strong low-light sensitivity for night operations or shadowed environments. HDR mode, in-camera panoramas, a 24p cinema mode, and an FPV camera round out a capable shared feature set suited to demanding professional workflows.

The single but meaningful divergence is RAW capture: the Matrice 4E supports it, while the Matrice 4T does not. For photogrammetry, precision mapping, or any workflow where images are post-processed in software like Lightroom or specialized GIS tools, RAW files preserve far more tonal and detail information than compressed formats. The absence of RAW on the Matrice 4T means its imagery is baked in-camera at capture, limiting flexibility in post-production. Both share the same 60 Mbps video bitrate, so for video workflows the gap narrows — but for still-image-intensive missions, the difference is real.

The Matrice 4E holds a clear edge in this group solely due to its RAW shooting capability. For operators whose missions revolve around high-fidelity image data — inspection analysis, orthomosaic mapping, or asset documentation — this distinction is a practical advantage. The Matrice 4T is not disadvantaged in video or general imaging, but professionals who rely on maximum post-processing latitude should weigh this difference carefully.

Battery specs are straightforward for this pairing: both the DJI Matrice 4E and DJI Matrice 4T are powered by the same 6,741 mAh removable battery. For an enterprise drone, a removable pack is practically essential — it allows field teams to carry spare batteries and hot-swap between flights, keeping operations continuous without waiting for an onboard charge cycle to complete.

The 6,741 mAh capacity is the foundation behind the 49-minute maximum flight time both models share, and it confirms that neither drone draws meaningfully more power than the other despite any differences in their sensor payloads. Battery interchangeability between the two models is also implied by this shared specification, which could be a logistical advantage for operators who run mixed fleets of both variants.

This group is a complete tie — there is no distinction to be drawn between the Matrice 4E and Matrice 4T on battery grounds. Both offer the same capacity and the same field-serviceable removable design, meaning operational endurance and battery logistics will be identical regardless of which model an operator chooses.

When it comes to core operational features, the DJI Matrice 4E and DJI Matrice 4T are once again perfectly matched. Both include GPS, a built-in display, a dedicated remote control, and support for a remote smartphone — a combination that gives operators flexible command options whether they prefer a standalone controller or want to leverage a mobile device for mission planning and live feed monitoring.

The presence of an external memory slot on both models is worth noting for professional use: it allows on-site data offloading without relying solely on wireless transfer, which is critical when capturing large volumes of high-resolution imagery or video in the field where connectivity may be limited. Together, these features paint a picture of two drones built for serious, self-contained field deployments rather than casual use.

With every feature in this group shared identically, the verdict is a complete tie. Neither the Matrice 4E nor the Matrice 4T offers any connectivity or usability advantage over the other based on this data. Operators can expect the same ecosystem of controls, storage options, and positioning support from both models.