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Autel Robotics EVO Max 4T Incl. Smart Controller Industrial drone RtF Thermal imaging camera drone, Dual main cameras dr
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Part number:
Item no:
Total (€ 8,315.13 / piece)
€ 8,315.13
plus VAT.
14-day return policy included
Highlights & Details
Autel EVO Max 4T drone
- No dead angle 720° all-round visibility
- Navigation without GPS
- 0.0001 lux starry light camera
- max. 42 min Flight time
- Up to 20 km transmission range
- Autel Smart controller V3
Technical specifications
- Model version
RtF
- Product type
Industrial drone
- Flight duration
42 min
- Use
Thermal imaging camera drone
Dual main cameras drone
GPS function
- Charging time
90 min
- Resolution
48 MP
- Series
EVO Max
- Video resolution
7680 x 4320 Pixel
- Frames per second
60
- Model aircraft features
Thermal camera
Laser rangefinder
Obstacle recognition
Return to Home
Navigation
Image stabilizer
Auto lift-off/landing
- Image stabilisation (camera)
3-axis gimbal
- Dim
(L x W x H) 340 x 407 x 148 mm
- Weight
1.6 kg
- Battery
4S Li-Ion / 8070 mAh
- Weight class
0 - 249 kg
- Class
C2
- A1/A2 pilot certificate required
Yes
- UAS Reg ID label required
Yes
- Recommended minimum age
16 years
- Factory colour
Grey
- Model
EVO Max 4T
- Width
407 mm
- Height
148 mm
- Length
340 mm
- Take-off weight
1.999 kg
- Age category
16 years and over
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 2860444 Autel Robotics EVO Max 4T Incl. Smart Controller Industrial drone RtF Thermal imaging camera drone, Dual main cameras dr
User & Safety Instructions 2860444 Autel Robotics EVO Max 4T Incl. Smart Controller Industrial drone RtF Thermal imaging camera drone, Dual main cameras dr
User & Safety Instructions 2860444 Autel Robotics EVO Max 4T Incl. Smart Controller Industrial drone RtF Thermal imaging camera drone, Dual main cameras dr
User & Safety Instructions 2860444 Autel Robotics EVO Max 4T Incl. Smart Controller Industrial drone RtF Thermal imaging camera drone, Dual main cameras dr
User & Safety Instructions 2860444 Autel Robotics EVO Max 4T Incl. Smart Controller Industrial drone RtF Thermal imaging camera drone, Dual main cameras dr
Information
Test Summary Report 2860444 Autel Robotics EVO Max 4T Incl. Smart Controller Industrial drone RtF Thermal imaging camera drone, Dual main cameras dr
Security datasheet
Security datasheet 2860444 Autel Robotics EVO Max 4T Incl. Smart Controller Industrial drone RtF Thermal imaging camera drone, Dual main cameras dr
Description
The EVO Max-series combines the leading autonomy technology by Autel with innovative obstacle avoidance and represents the next generation of intelligent, agile drones.
The EVO Max-Series can analyze every environment in real-time, in order to create 3D-flight routes and in this way navigate through difficult conditions, even in areas without GPS-signals. Combine this with interchangeable payloads and A-Mesh 1.0 networks for grouping,
Drones and a rugged, all-weather design make the EVO Max series portable and also extremely powerful.
Automatic path determination
Autel's Autonomy Engine captures the surrounding area and plans 3D flight routes through complex environments such as mountains, forests and buildings. Applications include rapid 3D reconstruction of a site, public safety monitoring, industrial inspection and land surveying.
Navigation in GPS - denied environment
Advanced sensors enable the EVO Max-series navigation in fixed structures, underground, or in environments without GPS.
Precise object identification and tracking
Based on Autel's AI recognition technology, the EVO
The Max series automatically identifies and records different types of targets such as heat sources, people or vehicles. Even when they move and reach high heights. For tracking and data collection, e.g. for law enforcement.
No blind spots - ultimate obstacle avoidance
The EVO Max series is the only commercial drone series that combines traditional optical viewing systems with millimeter wave radar technology.
This enables the integrated Autel Autonomy Engine object able to detect objects smaller than 13 mm.
It allows operation in poor lighting conditions or during rain.
Anti Jam, Anti Interference
The EVO Max series uses advanced flight control modules and algorithms specially developed to combat RFI, EMI and GPS spoofing. As a result, the EVO Max-Series can fly safely near power lines, WAS is vital for structures and in complex areas.
A-Mesh 1.0 - The industry's first mesh network
The EVO Max Series features a new A-Mesh system that uses autonomous data transfer from drone to drone, enabling advanced communications, connectivity, and collaboration.
Autel SkyLink 3.0
The EVO Max SkyLink 3.0 system features 6 antennas, 4 frequency bands, AES-256 encryption and optional 4G integration
It offers users the most advanced flight features ever in an EVO.
Operational payload
The payload includes a starlight camera, a wide-angle camera, a zoom camera, a thermal imager, etc.
A laser distance meter for all your data collection needs and critical decisions.
The head of EVO Max 4T
Laser distance meter: Measuring range: 5 - 1139 meters; measuring accuracy: ± (1 m + D×0.15 %)
Wide-angle camera: 50 MP; 1/1.28" CMOS; aperture: F/1.9; DFOV: 85°; equivalent: 23 mm
Thermal-imaging camera: 640×512; Focal length: 13 mm; 16-fold digital zoom; Range: 4℉ to 1022℉
48 MP zoom camera; 8K 10-fold optical Zoom; 160x max. Hybrid Zoom; aperture: F/2.8–f/4.8
Autel APP
Smart feature:
3D Map Planning - This feature will be available in a future update
Plan, create, and execute 3D waypoints missions on a 3D map and switch map sources as needed.
Mission Reproduction - This feature will be available in a future update
The EVO Max-series automatically records the camera angle and replicates the mission, which you have just flown.
Quick mission - This feature will be available in a future update
In the meantime, temporary missions can be created
Running other missions and multiple submissions can be arranged flexibly for improvement.
Multiple mission types
The Enterprise APP offers several autonomous and semi-autonomous missions
Planning for public safety, inspection and surveying
Waypoint Flights: Users can set waypoints for flexible, unstructured routes.
Rectangular mission: Supports automatic generation with one click of a rectangular flight area
Automatic Mission Generation and Data Collection - This feature will be available in a future update
Automatically create routes by adding regional boundaries through point or import KML files.
Oblique Photography: Automatically plan 5 route groups (1 ortho+ 4 oblique) according to the user's flight range set by.
Terrain follow: - This feature will be available in a future update
Keep the ground at a relatively constant height for uneven or sloping terrain.
Spiral Mission - This feature will be available in a future update
Supports spiral flight search in a specific range for SAR.
Polygon Missions: Supports automatic generation with a click of polygon planes.
Vertical Scan: - This feature will be available in a future update
Carry out vertical measurements for buildings through facades, open-cast walls and towers.
Corridor Missions: - This feature will be available in a future update
Supports intuitive and effective corridor emissions planning for roads, rivers, pipelines, power lines and other narrow, large terrain.
Data security
Access to data* is physically only possible locally via the aircraft and can also be encrypted with AES-256 and passwords.
*User and aircraft information, including flight logs, locations, and accounts.
Advanced Live View
Multi-channel projection wall: Supports simultaneous output of RGB/night view, infrared, and card.
AR Scene - This feature will be available in a future update
Geolocation data and other aircraft location information that has been detected
ADS-B can overlay a real-time card, WAS is convenient
You can confirm the location of the drone and avoid risks from the air.
Complete Remote-Operations-System
In conjunction with the EVO Nest, the EVO Max series supports all-weather autopilot control for scenarios such as substations, industrial parks and roofs.
Autel SDK
The Autel SDK is open around the world and helps developers and partners to create software and reduce hardware development costs and jointly create a new industry ecosystem. Open UX SDK (iOS/Android) can be called directly, which has pre-built interactive interfaces.
Autel Smart controller V3
Daylight-readable display: 7.9-inch, 2000 nits maximum brightness, 2048 x 1536 resolution.
SuperDownload: Download footage from drones to mobile devices at a maximum speed of 20 MB/s.
Functional interface: HDMI connections allow connection to third-party displays or monitors.
Extremely long battery life: Up to 4.5 hours of continuous operation. 2-hour quick charging when empty.
Memory: Built-in 128 GB storage allows third-party apps and mission media to be stored.
This text is machine translated.
The EVO Max-Series can analyze every environment in real-time, in order to create 3D-flight routes and in this way navigate through difficult conditions, even in areas without GPS-signals. Combine this with interchangeable payloads and A-Mesh 1.0 networks for grouping,
Drones and a rugged, all-weather design make the EVO Max series portable and also extremely powerful.
Automatic path determination
Autel's Autonomy Engine captures the surrounding area and plans 3D flight routes through complex environments such as mountains, forests and buildings. Applications include rapid 3D reconstruction of a site, public safety monitoring, industrial inspection and land surveying.
Navigation in GPS - denied environment
Advanced sensors enable the EVO Max-series navigation in fixed structures, underground, or in environments without GPS.
Precise object identification and tracking
Based on Autel's AI recognition technology, the EVO
The Max series automatically identifies and records different types of targets such as heat sources, people or vehicles. Even when they move and reach high heights. For tracking and data collection, e.g. for law enforcement.
No blind spots - ultimate obstacle avoidance
The EVO Max series is the only commercial drone series that combines traditional optical viewing systems with millimeter wave radar technology.
This enables the integrated Autel Autonomy Engine object able to detect objects smaller than 13 mm.
It allows operation in poor lighting conditions or during rain.
Anti Jam, Anti Interference
The EVO Max series uses advanced flight control modules and algorithms specially developed to combat RFI, EMI and GPS spoofing. As a result, the EVO Max-Series can fly safely near power lines, WAS is vital for structures and in complex areas.
A-Mesh 1.0 - The industry's first mesh network
The EVO Max Series features a new A-Mesh system that uses autonomous data transfer from drone to drone, enabling advanced communications, connectivity, and collaboration.
Autel SkyLink 3.0
The EVO Max SkyLink 3.0 system features 6 antennas, 4 frequency bands, AES-256 encryption and optional 4G integration
It offers users the most advanced flight features ever in an EVO.
Operational payload
The payload includes a starlight camera, a wide-angle camera, a zoom camera, a thermal imager, etc.
A laser distance meter for all your data collection needs and critical decisions.
The head of EVO Max 4T
Laser distance meter: Measuring range: 5 - 1139 meters; measuring accuracy: ± (1 m + D×0.15 %)
Wide-angle camera: 50 MP; 1/1.28" CMOS; aperture: F/1.9; DFOV: 85°; equivalent: 23 mm
Thermal-imaging camera: 640×512; Focal length: 13 mm; 16-fold digital zoom; Range: 4℉ to 1022℉
48 MP zoom camera; 8K 10-fold optical Zoom; 160x max. Hybrid Zoom; aperture: F/2.8–f/4.8
Autel APP
Smart feature:
3D Map Planning - This feature will be available in a future update
Plan, create, and execute 3D waypoints missions on a 3D map and switch map sources as needed.
Mission Reproduction - This feature will be available in a future update
The EVO Max-series automatically records the camera angle and replicates the mission, which you have just flown.
Quick mission - This feature will be available in a future update
In the meantime, temporary missions can be created
Running other missions and multiple submissions can be arranged flexibly for improvement.
Multiple mission types
The Enterprise APP offers several autonomous and semi-autonomous missions
Planning for public safety, inspection and surveying
Waypoint Flights: Users can set waypoints for flexible, unstructured routes.
Rectangular mission: Supports automatic generation with one click of a rectangular flight area
Automatic Mission Generation and Data Collection - This feature will be available in a future update
Automatically create routes by adding regional boundaries through point or import KML files.
Oblique Photography: Automatically plan 5 route groups (1 ortho+ 4 oblique) according to the user's flight range set by.
Terrain follow: - This feature will be available in a future update
Keep the ground at a relatively constant height for uneven or sloping terrain.
Spiral Mission - This feature will be available in a future update
Supports spiral flight search in a specific range for SAR.
Polygon Missions: Supports automatic generation with a click of polygon planes.
Vertical Scan: - This feature will be available in a future update
Carry out vertical measurements for buildings through facades, open-cast walls and towers.
Corridor Missions: - This feature will be available in a future update
Supports intuitive and effective corridor emissions planning for roads, rivers, pipelines, power lines and other narrow, large terrain.
Data security
Access to data* is physically only possible locally via the aircraft and can also be encrypted with AES-256 and passwords.
*User and aircraft information, including flight logs, locations, and accounts.
Advanced Live View
Multi-channel projection wall: Supports simultaneous output of RGB/night view, infrared, and card.
AR Scene - This feature will be available in a future update
Geolocation data and other aircraft location information that has been detected
ADS-B can overlay a real-time card, WAS is convenient
You can confirm the location of the drone and avoid risks from the air.
Complete Remote-Operations-System
In conjunction with the EVO Nest, the EVO Max series supports all-weather autopilot control for scenarios such as substations, industrial parks and roofs.
Autel SDK
The Autel SDK is open around the world and helps developers and partners to create software and reduce hardware development costs and jointly create a new industry ecosystem. Open UX SDK (iOS/Android) can be called directly, which has pre-built interactive interfaces.
Autel Smart controller V3
Daylight-readable display: 7.9-inch, 2000 nits maximum brightness, 2048 x 1536 resolution.
SuperDownload: Download footage from drones to mobile devices at a maximum speed of 20 MB/s.
Functional interface: HDMI connections allow connection to third-party displays or monitors.
Extremely long battery life: Up to 4.5 hours of continuous operation. 2-hour quick charging when empty.
Memory: Built-in 128 GB storage allows third-party apps and mission media to be stored.
This text is machine translated.
Features
- Fast changeable rechargeable battery
- A-Mesh Networking
- EVO Max 4T Weight: 3.57 lbs (1620 g, battery and gimbal included)
- EVO Max 4N Weight: 3.62 lbs (1641 g, battery and gimbal included)
- Max. Lifting weight : 4.41 pounds (1999 g)
- Dimensions: 562*651*147 mm (folded out, incl. Propeller)
- 318*400*147 mm (folded out, excl. Propeller)
- 257*145*131 mm (folded, excl. Propeller)
- Diagonal Wheelbase 1.53 feet (466 mm)
- Maximum ascent speed: 8m/s.
- Maximum sinking speed: 6 m/s.
- Maximum horizontal speed (windless near sea level): 23m/s.
- *The maximum speed in Ludicrous mode is 19 m/s when operating in EU regions.
- Maximum take-off height: 13,124 ft (4,000 m)
- Maximum flight time (windless): 42 mins
- Maximum Floating Time (windless): 38 mins
- Maximum wind resistance: 27 miles per hour*
- *Start and landing can withstand wind speeds of up to 12 m/s.
- IP rating: IP43
- Maximum tilt angle 35°
- Maximum angular speed: Tilt: 300°/s; yaw: 120°/s.
- Operating temperature: -4°F to 122°F (-20℃ to 50℃)
- Internal memory: 128 GB internal memory with 64 GB available space* (remaining memory varies depending on firmware version)
- Working frequency 2.4 GHz/5.8 GHz;
- 5.2 GHz (applies only to FCC, CE and UKCA regions).
- 900 MHz (only applicable to FCC regions).
- GNSS: GPS+Galileo+Beidou+GLONASS
- Hover accuracy
- Vertical:
- ±0.1 m (with normal functioning image processing systems);
- ±0.5 m (with normal GNSS function);
- Horizontal:
- ±0.3 m (with normal functioning image processing systems);
- ±0.5 m (with normal GNSS function)
- Gimbal:
- Mechanical range
- Tilt: -135° to 45°
- Yaw: -45° to 45°
- Rolls: -45° to 45°
- Range can be controlled: -90° to 30°
- Stable system: Mechanical 3-axis gimbal (pitch, yaw, roll)
- Max. Control speed (pitch): 200º/s.
- Angle vibration range <0.005°
- EVO Max 4T zoom camera (tele)
- Sensor: 1/2" CMOS, effective pixel: 48m
- Lens: Focal length: 11.8–43.3 mm (35 mm, equivalent to 64–234 mm)
- Aperture: F/2.8-f/4.8
- Focussing distance: 5 m ~ ∞
- Exposure compensation: ±3EV 0.3EV/step
- ISO Range: Normal Mode: Automatic: ISO100 - ISO6400
- Manual mode: Photo: ISO100 - ISO12800
- ISO100 - ISO6400 video
- Shutter speed: Photo: 8s - 1/8000s; video: 1s - 1/8000s
- Maximum photo size: 8000×6000
- Maximum video resolution 7680×4320
- EVO Max 4T thermal imager
- IR Camera
- Uncooled VOX microbolometer
- Lens: Field of view 42°
- Focal distance: 13 mm
- Aperture: F/1.2
- Focus distance: 6 m - ∞
- Infrared temperature measurement
- Accuracy ±3℃ or reading ±3% (using larger value) at ambient temperature range from -4℉ to 140℉ (-20℃~60℃)
- Video resolution 640×512@25FPS
- Image size 640×512
- Pixel spacing: 12 UM
- Temperature measurement method: Centre dimension, pot size, rectangular dimension
- Temperature measuring range -4℉ to 302℉, 32℉ to 1022℉ (-20°C to 150°C, 0 to 550°C)
- Temperature alarm: Alarm thresholds for high and low temperatures, message coordinates and temperature values
- Palette: White hot/Black hot/Sending/Rainbow/Grey/Iron arch/Cold and hot
- Wide-angle camera
- Sensor: 1/1.28 CMOS, effective pixel: 50 MB
- Lens: Field of view 85°
- Focal length 4.5 mm (corresponds to 23 mm)
- Aperture: F/1.9
- AF-Motor: PDAF-focus
- Exposure compensation: ±3EV 0.3EV/step
- ISO range:
- Auto: Photo: ISO100 - ISO6400; Video: ISO100 - ISO64000 (night scene mode: Up to ISO64000)
- Manual: Photo: ISO100 - ISO12800; Video: ISO100 - ISO6400
- Shutter speed: Photo: 8s 1/8000s; video: 1s - 1/8000s
- Max. Video resolution 3840×2160
- Image size: 4096*3072
- Laser rangefinder
- Measuring accuracy ± (1 m + D×0.15 %)
- D is the distance to a vertical surface
- Measurement range: 5 m to 1.2 km.
- Millimeter wave radar sensor system
- Frequency:60 GHz/24 GHz*
- *Please fly safely and comply with local laws and regulations to use 60 GHz.
- Detection area
- 60 GHz radar:
- Up: 0.3–20 m (0.98–787.4 in)
- Down: 5.9 - 3149.6 in (0.15 - 80 m)
- Forward and backward: 0.3–50 m (0.98–98.43 ft)
- 24 GHz radar:
- Down: 2.62–39.4 feet (0.8–12 meters)
- Viewing area
- Horizontal (6 dB): ±60°/±22° (24G/60G)
- Vertical (6 dB): ±30°/±20° (24G/60G)
- Operating environment
- The 60 GHz millimeter wave radar detection system helps you avoid obstacles caused by glass, water, pipes, buildings and trees in any weather. The distance between obstacles varies depending on the ability of the obstacle to reflect electromagnetic waves and its surface size.
- The 24 GHz millimeter wave radar supports downwards detection and its detection range varies according to the soil material. For example, the detection area of cement soil is 12 meters and the detection area of grass with a thickness of more than 3 cm is less than 6 meters.
- Visual sensor system
- Obstacle detection range
- Forward: 19.7–1220.5 in (0.5–31 m)
- Reverse: 19.7–984.3 in (0.5–25 m)
- Side: 19.7 - 1023.6 in (0.5 - 26 m)
- Up: 0.2–26 m (0.66–85.3 ft)
- Down: 0.3–23 m (0.98–75.5 ft)
- Viewing area
- Forward/reverse sensor 60° (H), 80° (V)
- Up/down sensor: 180° (lateral), 120° (forward and backward)
- Operating environment
- Forward, backward, sideways, up: The surface has>a rich texture with sufficient lighting (15 lux, normal interior lighting with fluorescent lamps).
- Down: The surface is a diffuse material with a reflectance of >20%
- (Walls, trees, people, etc.), with sufficient lighting (>15 lux, normal interior lighting with fluorescent lamps)
- Radar and visual sensor systems
- Detection area
- Forward and backward: 11.8–1968.5 in (0.3–50 m)
- Side: 19.7 - 1023.6 in (0.5 - 26 m)
- Up: 0.2–26 m (0.66–85.3 ft)
- Down: 0.49–262.5 ft (0.15–80 m) (60 GHz radar)
- Viewing area
- Forward/reverse sensor 80° (H), 120° (V)
- Up/down sensor: 180° (lateral), 120° (forward and backward)
- Operating environment
- Forward, backward, up, down: Supports the avoidance of obstacles in all weather conditions for glass, water, branches, buildings and high voltage power lines. At least one of the two conditions should be met: Sufficient lighting or the obstacle has a strong reflectivity to electromagnetic waves.
- Side: The surface has>a rich texture with sufficient lighting ( 15 lux, normal interior lighting with fluorescent lamps).
- Autel Smart controller V3
- Screen: 7.9-inch, 2000nits max. Brightness, resolution 2048*1536
- Battery: Capacity: 5800 mAh; battery type: Intelligent lithium-ion battery; voltage: 11.55 V; energy: 67Wh
- Charging time: 120 minutes
- Operating time: 2.5 hours (max. Brightness); 4.5 hours (50% brightness)
- Maximum transmission distance: (Without interference) 12.4 miles/20 km (FCC), 4.9 miles/8 km (CE)
- IP rating: IP43
- Storage: 128GB
- GNSS: GPS+GLONASS+Galileo+Beidou
- Operating temperature: -4°F to 104°F (-20℃ to 40℃)
- Wi-Fi protocol: WiFi Direct, Wi-Fi Display, 802.11a/b/g/n/ac; supports 2 x 2 MIMO Wi-Fi
- Operating frequency: 2.400 - 2.4835 GHz; 5.150 - 5.250 GHz* (MIC only); 5.725 - 5.850 GHz* (except MIC）
- Transmitted power (EIRP) 2.400 - 2.4835 GHz; FCC <23 dBm; CE/SRRC/MIC<20 dBm; 5.150 - 5.250 GHz; MIC: <17 dBm; 5.725 - 5.850 GHz; FCC/SRRC: <22 dBm; CE: <14 dBm
- Aircraft battery
- Capacity: 8070 mAh
- Operating voltage 14.88 V.
- LiPo 4S rechargeable battery
- Energy: 120Wh
- Pure weight: 1.15 pounds (520 g)
- Charging temperature -4 °F to 113 °F (-20 °C to 45 °C)
- When the temperature is below 5°C (41°F), the self-heating function is automatically activated. At least about 10% of the remaining power should be left for heating.)
- Hot-Swap-enabled: Supported
Scope of delivery
- Drone inc. Rechargeable battery, propeller, cardan, cardan cover
- 64 GB SD Cat
- Battery charger with power cable
- Spare propeller (pair)
- Smart remote control V3 (incl. Control stick
- Carrying strap for the Smart remote control
- Cover for the Smart remote control
- Replacement joysticks for the Smart remote control (pair)
- Charger for remote control
- Charging cable of the remote control
- Data Cables
- Documents (Quick start guide, Packing list)
- Rugged case