DJI has officially introduced the Matrice 400, aflagship addition to its enterprise drone lineup, purpose-built for the mostdemanding industrial and commercial applications. Marking a significant leapforward in drone technology, the Matrice 400 is DJI Enterprise’s firstplatform with power-line-level obstacle sensing, a feature that directlyaddresses the safety, precision, and reliability needs of infrastructureinspection, energy utilities, and emergency response sectors.

At the heart of the Matrice 400 is a design philosophycentered on strength, endurance, and intelligent automation. Its extended59-minute flight time—a remarkable achievement for a heavy-dutydrone—allows for prolonged missions with fewer interruptions. Whether surveyingremote electrical towers or scanning disaster-struck areas, this capabilityensures more work can be accomplished in a single deployment. Supporting a payloadcapacity of up to 6 kg, the platform can carry a wide range of advancedsensors and tools, including LiDAR, thermal cameras, and multispectralsystems—offering unparalleled flexibility for field operations.

One of its standout features is the integration of rotatingLiDAR and millimeter-wave (mmWave) radar. These sensors work in tandem todeliver ultra-precise power-line-level obstacle sensing, enabling thedrone to navigate complex environments with high accuracy. This is particularlycritical in sectors like utilities and telecommunications, where closeproximity flights near cables and infrastructure require exact positioning andheightened situational awareness.

The O4 Enterprise Enhanced Video Transmission System,along with Airborne Relay Video Transmission, ensures robust and securecommunication between drone and operator, even in signal-challengedenvironments. These technologies maintain a strong, uninterrupted connectionfor real-time video and data transmission, which is crucial during high-stakesor long-range operations.

The Matrice 400 is not just a drone—it’s a smart aerialsystem. It features advanced AI-powered smart detection, combining visibleand thermal imaging for superior data collection and analysis. This makesit highly effective in emergency scenarios, where locating heatsignatures or identifying structural damage quickly can save lives andresources. Additionally, features like augmented reality (AR) projection,automated flight routines, and ship-based takeoff and landingopen new possibilities for precision workflows and mission automation.

Operators will also benefit from DJI’s comprehensiveaccessory ecosystem, which includes intelligent batteries, remotecontrollers, payloads, and support tools—all built to enhance productivity andintegration. The platform is fully supported by DJI Care Enterprise,offering maintenance, repair, and replacement services tailored for businesscontinuity and minimal downtime.

Industries such as energy, public safety, construction,logistics, and mapping will find the Matrice 400 a transformativeasset. It is built not only to perform under pressure but to thrive init—delivering efficiency, precision, and safety at scale.

With the Matrice 400, DJI has once again demonstrated itsleadership in professional drone innovation. By combining powerful hardware,intelligent software, and enterprise-grade reliability, it provides a robustsolution ready to meet the complex demands of modern aerial operations.

For organizations looking to scale their drone programs or enhance their fieldcapabilities, the Matrice 400 is a compelling and future-ready choice.

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