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Key features:
The EVO Max 4T V2 provides powerful technologies and advanced autonomy to users, while assessing complex environments to create real-time 3D flight paths for unparalleled obstacle avoidance.
Advanced sensors enable flight in GPS-denied areas, and the upgraded thermal payload of the V2 version unlocks new scenarios for object detection and tracking.
It features a foldable and weather-resistant design.
The EVO Max 4T V2 payload integrates a wide-angle camera, a zoom camera, and a thermal camera with a laser rangefinder, covering all data capture needs and supporting critical decision-making in demanding scenarios.
Equipped with a high-resolution 640×512 radiometric thermal camera, 30 fps, and digital zoom up to 16×, designed for accurate thermal analysis and reliable data collection in demanding environments.
The built-in laser rangefinder allows for direct determination of target coordinates and altitude from a distance of up to 1.2km, supporting fast and accurate data collection.
The Moonlight 2.0 algorithm by Autel optimizes post-processing, allowing the EVO Max 4T V2 to capture clear and detailed images even in low-light environments.
Supports 10× optical zoom and up to 160× maximum hybrid zoom, providing clear details on targets up to 1.99 km. Ideal for surveillance, inspection, and precise object identification, in the EVO Max 4T V2.
The Autonomy Engine of the EVO Max 4T V2 collects environmental information and plans three-dimensional flight paths through complex environments such as mountains, forests, and buildings. Use cases include rapid 3D scene reconstruction, public safety monitoring, industrial inspection, and surveying.
The advanced sensors allow the EVO Max 4T V2 to navigate through narrow or enclosed environments, underground or GPS-denied areas, ensuring safe and accurate flight.
Based on Autel's AI recognition technology, the EVO Max 4T V2 can automatically recognize and lock onto different types of targets, such as heat sources, moving people or vehicles, and perform high-altitude tracking, supporting data collection for security and surveillance businesses.
The EVO Max 4T V2 is a professional drone that combines traditional binocular vision systems with mmWave radar technology, allowing the integrated Autel Autonomy Engine to accurately detect objects and eliminate blind spots. This technology enables safe operation in low-light or rainy conditions.
The EVO Max 4T V2 uses advanced flight control units and algorithms specifically designed to counter RFI, EMI, and GPS spoofing. This allows the drone to fly safely near power lines, critical infrastructures, and in complex areas.
The EVO Max 4T V2 can seamlessly communicate with other drones in the area, featuring advanced networking that surpasses the capabilities of traditional systems. If an individual drone fails or unexpectedly leaves the formation, the system self-organizes and continues to transmit critical information.
With A-Mesh, many EVO Max 4T V2 drones in the area can operate as relay points, significantly improving BVLOS operation efficiency and enabling greater coverage and stable data collection.
Many drones can be controlled autonomously by a pilot or a team of pilots, whether there is an LTE network or not, utilizing A-Mesh for stable communication and coordination between the drones.
The Autel Enterprise app is built from the ground up for industrial applications and features a brand-new interface for simple, efficient operation. Additional features and semi-autonomous functions maximize the mission capability of the EVO Max 4T V2.
The V2 features an upgraded sensor layout on the gimbal (Fusion 4T V2) with optimized low-light sensitivity and better wide-angle performance, especially in dark conditions.
The wide-angle sensor is 48 MP with f/2.8 (instead of 50 MP on V1), but it offers better image balance and detail across a wider area.
The V2 improves the vision system and obstacle detection, with a smarter lens arrangement and navigation lights that enhance 720° obstacle avoidance in challenging conditions.
Increased heat dissipation vents have been added to the body to improve heat diffusion during intensive use.
It uses an ABX41-D battery with Battery In-Place Detection function, which notifies if there is improper contact/placement — an improvement for flight safety.
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.