SPECIFICATIONS

APP Supported Languages: English,Simplified Chinese

Aerial Photography: Yes

Aircraf Operating Frequency: 2.4GHz,5GHz,5.8GHz

Autel Robotics Model: Lite Standard Pro

Brand Name: AUTEL ROBOTICS

Camera Features: 6K HD Video Recording

Camera Integration: Camera Included

Category: Camera drone

Connectivity: APP Controller

Display size["]: 6 inches

Drone Weight: 866g

Equipped with Aerosol Spraing System/Spread Tank Volume: no

Expandable storage: other

Flight Time: 40min

Fps: 30*fps

GPS: Yes

Hign-concerned Chemical: None

Lens Aperture[f/Number]: F2.8-F11

Loudspeaker: no

Max Takeoff Weight: 1-2KG

Max Wind Speed Resistance: 20-30km/h

Origin: Mainland China

RTK Module（Real-time kinematic）: YES

Removable/Replaceable Battery: YES

Sensing System: Forward,Backward,Downward

Sensor Size: 1/1.0 inches

Spotlight: no

Stobe: no

Video Maximum Resolution[Pixel X Pixel]: 6K（5780*2890）

Autel Robotics 2025 New EVO Lite 6K Enterprise Infrared Thermal-imaging Camera 16x Zoom Professional Flight Software Equipped

Equipped with a 6K visible-light camera, it can still capture high-definition, low-noise images in low-light environments, providing insights into targets and empowering police enforcement, patrol inspection, search, and rescue scenarios.

High-Definition Video Transmission

Equipped with Autel SkyLink image transmission technology for a dual-signal, dual-reception system, the image transmission anti-interference capability improved, and the transmission distance reaches up to 12 kilometers. It supports 2.4GHz/5.2GHz/5.8GHz adaptive frequency hopping transmission, automatically selecting the best channel based on electromagnetic interference, providing strong anti-interference capability.

Visual Perception System

The drone is equipped with wide-angle vision sensors at the front, back, and bottom, ensuring reliable flight safety.

Flight Performance

Born small but mighty. The outstanding flight performance of the EVO Lite Enterprise Series drones effortlessly tackles various challenges across multiple scenarios, significantly enhancing the efficiency of single-person mission flights.