Autel EVO Max 4T

Description

Reach New Frontiers

The EVO Max 4T utilizes Autel Autonomy’s autonomous flight technology, enabling global path planning, 3D scene reconstruction, autonomous obstacle avoidance, and return-to-home capabilities in complex environments. Its high-precision visual navigation system ensures stable and reliable flight in conditions of strong signal interference, signal occlusion, or weak signals. This drone introduces the industry’s first A-Mesh networking technology, supporting the free networking of multiple devices for integrated air-ground network coverage. The combination of “binocular fisheye vision + millimeter-wave radar” multi-sensor fusion perception technology provides 720° all-round sensing and obstacle avoidance capabilities, allowing for all-weather operation. Equipped with the FusionLight camera 4T, it integrates a 4K 10x continuous optical zoom camera, an ultra-sensitive wide-angle camera, a thermal imaging camera, and a laser rangefinder, efficiently empowering public safety, energy inspection, emergency management, and setting a new benchmark for industry application drones.

Autonomous Flight Planning

The EVO Max 4T, equipped with Autel Autonomy’s autonomous flight technology, collects environmental data in real-time to achieve global path planning, 3D scene reconstruction, autonomous obstacle avoidance, and return-to-home in mountainous, forested, and urban environments, empowering security, inspection, and surveying industries.

High Precision Visual Navigation

Even in urban environments where satellite signals are obstructed or weak, it achieves high precision and low latency in distance and coordinate information. It utilizes SLAM visual navigation technology for high-precision indoor and outdoor navigation and stable flight.

A-Mesh Networking

Introducing the industry-first A-Mesh networking technology, it enables free networking between drones and between drones and ground terminals, supporting various modes like “one-to-many control” and “dual control”. Even across long distances, obstacles, mountains, buildings, or in no-network areas, it enables free networking within the network, collaborative operation, and breaks through the operational boundaries of conventional drones.