页头菜单配置【勿删】

  • Register
Shop

EVO Max 4N

The Max 4N combines best-in-class night time starlight vision camera with the advanced capabilities of the Max series UAV platform for advanced nightime operations.

EVO Max 4N item

No Blind Spots

EVO Max 4N item

Superior Anti-
Interference Capability

EVO Max 4N item

High-Precision Visual Navigation

EVO Max 4N item

A-Mesh
Networking

EVO Max 4N item

Starlight Vision
Camera

EVO Max 4N item

5 km Night Vision
Reconnaissance

EVO Max 4N item

AI Target Recognition

EVO Max 4N item

Hot-Swappable Battery

EVO Max 4N item

15 km
Transmission Range

EVO Max 4N item

42 min
Max. Flight Time

Explore the Night

evo-max-4n evo-max-4n
evo-max-4n
2.3 MP
evo-max-4n
LUX: 0.0001
evo-max-4n
ISO: 440000
evo-max-4n
Equivalent: 41.4 mm
evo-max-4n evo-max-4n
evo-max-4n
50 MP
evo-max-4n
1" CMOS
evo-max-4n
Aperture: f/1.9
evo-max-4n
Equivalent: 23 mm
evo-max-4n evo-max-4n
evo-max-4n
640 × 512
evo-max-4n
Focal Length: 9.1 mm
16x Digital Zoom
Range: -4℉ to 1022℉
Measuring Range:
16.4–3737 ft
Measurement Accuracy:
± (1 m + D×0.15%)
Starlight Vision Camera
Wide-Angle Camera
Thermal Camera
Laser Rangefinder
2.3 MP
LUX: 0.0001
ISO: 440000
Equivalent: 41.4 mm
50 MP
1" CMOS
Aperture: f/1.9
DFOV: 85°
Equivalent: 23 mm
640 × 512
Focal Length: 9.1 mm
16x Digital Zoom
Range: -4℉ to 1022℉
Measuring Range:
16.4–3737 ft
Measurement Accuracy:
± (1 m + D×0.15%)
Temperature
Glass
Detection Range
Stealth
Target Positioning
Communication

Unlock New Night Time Capability

Thermal Camera
Starlight Vision Camera
Infrared cameras are limited by the temperature difference between the target and its surrounding environment.
Accurately identifying targets at night with traditional thermal cameras can be very difficult. This usually occurs immediately after sunset in high-temperature environments or when the ground and the human body have similar temperatures. The EVO Max 4N is equipped with an Starlight Vision Camera which is not restricted by lighting conditions or temperature differences.

Unlock New Night Time Capability

Thermal Camera
Starlight Vision Camera
Nighttime reconnaissance through glass is obstructed.
The EVO Max 4N enables observation through glass obstructions, making features of targets inside vehicles or buildings distinctly visible.

Unlock New Night Time Capability

Thermal Camera
Starlight Vision Camera
Conventional infrared cameras cannot conduct long-range reconnaissance of targets at night.
The EVO Max 4N can effortlessly detect light sources like cellphones or car lights 5 km* or more in dark and open environments, enabling long-range and covert aerial reconnaissance.

Unlock New Night Time Capability

Wide-Angle camera
Starlight Vision Camera
Nighttime illumination compromises privacy.
Compared to infrared or laser illumination-based night vision reconnaissance solutions, the EVO Max 4N offers greater reconnaissance range and enhanced stealth, significantly reducing the risk of detection and counter-surveillance.

Unlock New Night Time Capability

Thermal Camera
Starlight Vision Camera
Low-light visibility issues during nighttime operations.
When ground team members wear night vision goggles, they can utilize laser signals projected by the UAV's laser rangefinder to pinpoint marked locations, enabling precise target positioning and effectively enhancing communication.

Unlock New Night Time Capability

Thermal Camera
Starlight Vision Camera
Challenges in marking and positioning for public safety.
In public safety scenarios, beacons and laser pointers can serve as target markers, helping UAVs efficiently identify team members and improve positioning accuracy.

Unlock New Night Time Capability

Thermal Camera
Starlight Vision Camera

Temperature

Infrared cameras are limited by the temperaturedifference between the target and its surroundingenvironment.

Accurately identifying targets at night with traditionalthermal cameras can be very diffcult. This usually occursimmediately after sunset in high-temperature environmentsor when the ground and the human body have similartemperatures. The EVO Max 4N is equipped with an Starlight Vision Camera which is not restricted bylighting conditions or temperature differences.

Thermal Camera
Starlight Vision Camera

Glass

Nighttime reconnaissance through glass is obstructed.

The EVO Max 4N enables observation through glass obstructions, making features of targets inside vehicles or buildings distinctly visible.

Thermal Camera
Starlight Vision Camera

Detection Range

Conventional infrared cameras cannot conduct long-range reconnaissance of targets at night.

The EVO Max 4N can effortlessly detect light sources like cellphones or car lights 5 km* or more in dark and open environments, enabling long-range and covert aerial reconnaissance.

Wide-Angle camera
Starlight Vision Camera

Stealth

Nighttime illumination compromises privacy.

Compared to infrared or laser illumination-based night vision reconnaissance solutions, the EVO Max 4N offers greater reconnaissance range and enhanced stealth, significantly reducing the risk of detection and counter-surveillance.

Thermal Camera
Starlight Vision Camera

Target Positioning

Low-light visibility issues during nighttime operations.

When ground team members wear night vision goggles, they can utilize laser signals projected by the UAV's laser rangefinder to pinpoint marked locations, enabling precise target positioning and effectively enhancing communication.

Thermal Camera
Starlight Vision Camera

Communication

Challenges in marking and positioning for public safety.

In public safety scenarios, beacons and laser pointers can serve as target markers, helping UAVs efficiently identify team members and improve positioning accuracy.

No Blind Spots
Ultimate Obstacle Avoidance

The EVO Max series is the commercial drone that combines traditional binocular vision systems with millimeter wave radar technology. This allows the onboard Autel Autonomy Engine to perceive objects down to 0.5 inches, eliminating blind spots and enabling operation in low light or rainy conditions.

Anti Interference

The EVO Max 4N uses advanced flight control modules and algorithms that can identify flight control interference signals and satellite positioning interference signals. This enables the EVO Max 4N to fly confidently near power lines, critical structures, and in complex areas.

A-Mesh Networking Solution

EVO Max series features the new A-Mesh system, enabling drone-to-drone autonomous communication, connection, and collaboration.

Zonal Operations

Supports dual-controller operation with two aircraft, enabling zonal UAV missions to enhance flight efficiency. It also allows collaborative obstacle avoidance between networked UAVs, ensuring flight safety.

Information Sharing

Within the network, both remote controllers can simultaneously view the UAV’s live feed. The AI target recognition function used on the primary remote controller is also synchronized on the secondary remote controller. Additionally, both controllers support PinPoint positioning.

Relay Operations

In scenarios with signal obstructions or weak signals, such as mountainous terrain or remote areas, a UAV can be rapidly deployed as a mobile relay communication node, providing reliable signal support for another mission UAV operating at a distant location, effectively expanding communication coverage.

Zonal Operations
Information Sharing
Relay Operations
Supports dual-controller operation with two aircraft, enabling zonal UAV missions to enhance flight efficiency. It also allows collaborative obstacle avoidance between networked UAVs, ensuring flight safety.
Within the network, both remote controllers can simultaneously view the UAV’s live feed. The AI target recognition function used on the primary remote controller is also synchronized on the secondary remote controller. Additionally, both controllers support PinPoint positioning.
In scenarios with signal obstructions or weak signals, such as mountainous terrain or remote areas, a UAV can be rapidly deployed as a mobile relay communication node, providing reliable signal support for another mission UAV operating at a distant location, effectively expanding communication coverage.

Applications

Law Enforcement
Security Patrol
Emergency Search & Rescue
Firefighting & Rescue
Download Brochure

Contact us now to find out more
about the EVO Max 4N

    •          
  • By entering your e-mail address you accept the terms and conditions.

1. Before conducting flight operations, users must familiarize themselves with and comply with relevant local laws and regulations. Ensure the aircraft has obtained the necessary certifications and legal airspace permissions.

2. The parameters and specifications listed on this page are based on results measured under controlled testing conditions using the EVO Max 4N. Please note that results may vary under different external environmental conditions, usage methods, and firmware versions. Therefore, actual user experience should take precedence.

3. Regarding flight time, the data is obtained under conditions with no wind or other flight interferences, with the aircraft's obstacle avoidance behavior set to braking mode, and the camera performing photo capture only. The aircraft flies continuously at 8 m/s at sea level until the battery reaches 0% capacity. This data is for reference only. To ensure flight safety, users should closely monitor the App's notifications during actual flight operations.

4. According to relevant laws and regulations, countries such as China and South Korea only permit the use of downward-facing 24G radar (i.e., millimeter-wave radar installed on the underside of the aircraft for downward detection). For specific usage requirements, please refer to the laws and regulations of the respective country.