Autel EVO Max 4N

Description

Explore the Night

The EVO Max 4N employs Autel Autonomy’s autonomous flight technology, achieving global path planning, 3D scene reconstruction,

autonomous obstacle avoidance, and return-to-home capabilities in complex environments. Its high-precision visual navigation allows for

stable and reliable flight in conditions of strong signal interference, occlusion, or weakness. This drone introduces the industry’s first A-Mesh

networking technology, enabling free networking among multiple devices for integrated air-ground network coverage. With “binocular

fisheye vision + millimeter-wave radar” multi-sensor fusion perception technology, it oers 720° all-round sensing and obstacle avoidance

capabilities, suitable for all-weather operations. The EVO Max 4N is equipped with the FusionLight Camera 4N, integrating a super

starlight-level night vision camera with 0.0001 Lux ambient light recognition, an ultra-sensitive wide-angle camera, a thermal imaging

camera, and a laser rangefinder, eciently serving public safety, energy inspection, emergency management, and establishing a new

benchmark for industry application drones.

Autonomous Flight Planning

The EVO Max 4N uses Autel Autonomy’s autonomous flight technology for real-time environmental data collection, enabling global path planning, 3D scene reconstruction, autonomous obstacle avoidance, and return-to-home in mountainous, forested, and urban environments, supporting the security, inspection, and surveying industries.

High Precision Visual Navigation

In urban environments, where satellite signals are obstructed or weak, it can still achieve high precision and low latency in distance and coordinate information, utilizing SLAM visual navigation technology for high-precision indoor and outdoor navigation and stable flight.

Nighttime Object Identification & Tracking

Featuring the Starlight and thermal cameras, the EVO Max 4N can identify and lock onto objects, such as heat sources, individuals in motion, and vehicles, enabling high-altitude tracking in extreme low light situations.