NOXBIRD LTD ( UK )

Autel Robotics EVO MAX 4T

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incl. VAT, plus shipping

Delivery Time 1 - 30 Business days

Core Components:

Autel EVO Max 4T Aircraft: The drone itself, which integrates the advanced flight platform.
Fusion 4T (or Fusion 4T V2) Gimbal Camera Payload: This is the multi-sensor camera system that is a defining feature of the 4T model. It typically includes:
Wide-angle Camera: High-resolution sensor for broad coverage (e.g., 50MP).
Zoom Camera: High optical and hybrid zoom capabilities (e.g., 48MP with 10x optical, 160x hybrid zoom).

Thermal Camera: High-resolution thermal imager (e.g., 640x512) for heat detection.

Laser Rangefinder: For precise distance measurements.
Smart Controller V3: The robust, ultra-bright (2000-nit) touchscreen remote controller for operating the drone and viewing live feeds.
Intelligent Flight Batteries: Usually at least one flight battery (ABX40, ABX41, or ABX41-D for V2). Some bundles, like a "Fly More Combo" or special kits, will include additional batteries (e.g., two or more).

Standard Accessories:

Battery Charger + Power Cable: For charging the drone's flight batteries.
Smart Controller Charger + Charging Cable: For charging the remote controller.
Spare Propellers (Pair): Essential for quick replacements if propellers get damaged.
Screwdriver: For propeller installation and maintenance.
Carrying Strap for the Smart Controller: For ergonomic use during long operations.
Smart Controller Cover: To protect the screen and joysticks during transport.
Spare Joystick Pair for the Smart Controller: For replacements if joysticks wear out or get lost.
Data Cable: For connecting the controller to other devices or for data transfer.
Rugged Carrying Case: A durable case designed to safely transport the drone and its main accessories.
Documentation: Quick Start Guide, Packing List, Safety Guidelines, User Manual (often digital).
MicroSD Card: A memory card (often 64GB or 128GB, sometimes up to 512GB in specialized kits) for storing flight data, photos, and videos.

Optional/Bundle-Specific Inclusions:

Multiple Flight Batteries: As you mentioned "12pcs batteries," this would likely be part of a significantly expanded "set" or a separate purchase, as the standard bundle usually comes with 1 or 2
LiveDeck 2.0: For streaming real-time video to external monitors or command centers.
RTK Module: For centimeter-level positioning accuracy, often purchased separately or included in RTK-specific bundles.
Loudspeaker & Searchlight Combo: Additional payloads that can be mounted for specific missions.
Data Protection Package (Firewall): Some versions or bundles might emphasize enhanced security features.
Landing Pad: Sometimes included in starter kits for safer takeoffs and landings.

Product Information

The Autel Robotics EVO MAX 4T is positioned as a highly capable and reliable drone for professional applications requiring advanced imaging, precise navigation, and robust operation in challenging environments.

Size or Dimensions

The Autel Robotics EVO MAX 4T has different dimensions depending on whether it's folded or unfolded, and whether the propellers are included or excluded.

Here are the key dimensions:

Unfolded (including propellers): 563 × 657 × 147 mm (Length x Width x Height)
Unfolded (excluding propellers): 318 × 400 × 147 mm
Folded (excluding propellers): 257 × 145 × 131 mm

Additionally:

Weight: 1665 g (with smart battery, Fusion 4T V2 gimbal, and propellers included)
Diagonal Wheelbase: 467 mm

Product Details

The Autel Robotics EVO MAX 4T is a cutting-edge enterprise drone designed for a wide range of industrial and public safety applications. It boasts impressive flight performance, a versatile multi-sensor payload, and advanced autonomous features.

Here's a breakdown of its key product details:

I. Core Aircraft Specifications:

Weight: 1665 g (including smart battery, Fusion 4T V2 gimbal, and propellers). Max Takeoff Weight: 1999 g.
Dimensions:
Unfolded (including propellers): 563 × 657 × 147 mm
Unfolded (excluding propellers): 318 × 400 × 147 mm
Folded (excluding propellers): 257 × 145 × 131 mm
Max Flight Time: Up to 42 minutes (windless environment).
Max Hovering Time: Up to 38 minutes (windless environment).
Max Wind Resistance: Up to 12 m/s (27 mph).
Max Service Ceiling Above Sea Level: 7000 m (23000 ft).

Max Speed:
Ascent: 8 m/s (Ludicrous Mode)
Descent: 6 m/s (Ludicrous Mode)
Horizontal: 23 m/s (Ludicrous Mode, windless near sea level)

IP Rating: IP43 (provides protection against solid objects larger than 1mm and against spraying water).
Operating Temperature: -20℃ to 50℃ (-4°F to 122°F).
GNSS: GPS + GLONASS + Galileo + BeiDou + NavIC + QZSS.

II. Payload (Fusion 4T V2 Gimbal):

The EVO MAX 4T V2 integrates a powerful quad-sensor payload, making it suitable for diverse missions:

Zoom Camera (Telephoto):
Sensor: 1/2″ CMOS, 48 MP effective pixels.
Lens: 10x optical zoom, up to 160x max hybrid zoom.
Resolution: Max Photo Size 8000×6000, Max Video Resolution 7680×4320.
Aperture: f/2.8 – f/4.8.
Features: Provides clear, detailed visuals for long-distance inspection and monitoring.
Wide Camera:
Sensor: 1/2″ CMOS (some sources state 1/1.28" 50MP, the V2 primarily features a 1/2" 48MP CMOS), 48 MP effective pixels.
Lens: DFOV: 83.4°, Equivalent focal length: 24 mm.
Aperture: f/2.8.
Features: Optimized for low-light conditions and wide-area imaging. Some versions may feature a super-sensitive wide-angle camera with 0.0001 LUX starlight capability.
Thermal Camera:
- Thermal Imager: Uncooled VOx Microbolometer.
- Resolution: 640×512 @ 30fps.
- Lens: FOV: 61°, Focal length: 9.1 mm (some V1 versions had 13mm).
- Temperature Measurement Range: -20°C to 550°C (-4°F to 1022°F).
Accuracy: ±2℃ or reading ±2% (using the larger value) @ ambient temperature ranges from -10℃ to 50℃.
Features: Supports center point, spot, and area temperature measurement.
Laser Rangefinder:
- Measuring Range: 5 - 1200 m (16.4 - 3937 ft).
- Measurement Accuracy: ± (1 m + D×0.15%) where D is the distance.

III. Transmission & Obstacle Avoidance:

SkyLink 3.0 Transmission System:
Max Transmission Distance: 20 km (FCC), 8 km (CE) in unobstructed, interference-free environments.
Frequencies: 900MHz / 2.4GHz / 5.2GHz / 5.8GHz.
Encryption: AES-256.
Features: Adaptive frequency hopping, optional 4G integration.
720° Obstacle Avoidance (No Blind Spots):
Combines dual fisheye vision and millimeter-wave radar technology for comprehensive sensing.
Can perceive objects down to 0.5 inches (13mm).
Enables operation in low light or rainy conditions where traditional vision systems might struggle.
Anti-Jam / Anti-Interference: Uses advanced flight control modules and algorithms to combat RFI, EMI, and GPS spoofing, allowing safe flight near power lines and in complex electromagnetic environments.

IV. Autonomy & Smart Features:

Autonomy Engine: Detects environments and plans 3D flight routes through complex terrains (mountains, forests, buildings).
Navigation in GPS-Denied Environments: Advanced sensors enable navigation in structures, underground, or environments without GNSS.
Accurate Object Identification and Tracking: AI recognition technology automatically identifies and tracks various targets (people, vehicles, boats, heat sources) even when moving or at high altitudes.
A-Mesh 1.0: Autel's mesh networking technology for autonomous drone-to-drone data transfer, extended communication, and collaboration.
Hot-Swappable Batteries: Allows for quick battery changes to minimize downtime.
Internal Storage: 128GB (with approx. 64GB available).
Smart Controller V3: 7.9-inch screen with 2000 nits max brightness, 2048x1536 resolution, and an operating time of 2.5 to 4.5 hours.

The Autel Robotics EVO MAX 4T V2 is positioned as a highly capable and reliable drone for professional applications requiring advanced imaging, precise navigation, and robust operation in challenging environments.

Special Instructions

The Autel Robotics EVO MAX 4T V2 is an advanced and complex piece of equipment. Operating it safely and effectively requires adherence to specific instructions and guidelines. Here are the key special instructions and recommendations for its use:

I. Pre-Flight Checks & Preparation (Critical for Safety):

Battery Management:
- Fully Charge & Activate: Ensure both the aircraft battery and the Smart Controller V3's integrated battery are fully charged and activated before first use.
- Secure Installation: Always confirm batteries are firmly seated in their compartments with no shaking and that buckles rebound strongly.
- Inspect for Damage: Check for any bulges, leakage, damage, dirt, water stains, or corrosion marks on battery surfaces or interfaces.
- Storage: Avoid long-term storage of fully charged or completely discharged batteries. Store in a cool, dry environment (below 28℃). Avoid high-humidity and high-salt environments.

Maintenance: Autel recommends a charge-discharge cycle (charge to 100%, let sit 24h, fly until <20%, let sit 1h, then recharge) for battery longevity.
Replacement: Replace batteries showing obvious damage or after ~300 charge cycles.
Disposal: Follow safe disposal procedures (e.g., fully discharge in salt water for 48+ hours) to prevent environmental pollution.

Aircraft Physical Inspection:
- Propellers: Use only authentic Autel Robotics propellers. Ensure they are intact, firmly installed, and the correct front/back propellers are in place. Check for foreign matter in motors or propellers and ensure free manual rotation of motors.
- Arms: Verify that all arms are fully unfolded and locked securely, with no rebound or excessive gaps between the arm and fuselage. Ensure smooth folding/unfolding without abnormal noise.
- Gimbal & Camera: Remove the gimbal cover before flight. Ensure the camera is normal, the lens is clean (free of oil, occlusion, fingerprints, damage, cracks), and the gimbal motor is stabilized and facing the correct direction. Lock the tilt axis at 90° for transport.

Landing Gear: Check if the landing gear is firmly fixed to the arms, and if any screws are loose or missing.
Screws & Joints: Check all fuselage screws for looseness or absence. Inspect for damage or cracks at arm-fuselage conjunctions.
Cooling Vents: Ensure vents are unobstructed and cooling fans are not stuck or making abnormal noises.

Micro SD Card: Check the slot for foreign objects. Ensure the card is correctly inserted/removed and read/write functions are normal.
Protective Covers: Ensure all protective covers for card slots and interfaces are securely closed to prevent water ingress.
Dampeners: Verify dampeners are not damaged, loose, aged, softened, or stretched. Check connecting plate screws.
Remote Controller (Smart Controller V3):
- Sticks & Antennas: Install control sticks. Unfold and adjust antennas to an optimal angle for best signal.
- Power On & Connection: Turn on the remote controller and aircraft. Check indicator lights on both for normal operation and confirm stable connection. Ensure you can correctly control both flight and gimbal.

II. Flight Operation Guidelines:

Environment:
- Outdoor Open Area: Always perform initial takeoffs in a clear, outdoor open area.
- Interference Areas: If the app prompts "Compass abnormal," move away from interference sources (e.g., strong magnetic fields, power lines) and recalibrate.
GPS-Denied Navigation: While the drone has capabilities for GPS-denied environments, exercise extreme caution and be aware of limitations. This is an advanced feature for specific mission types.
Weather: The IP43 rating provides protection against solid objects (>1mm) and spraying water. Avoid flying in heavy rain, strong winds exceeding the max wind resistance (12 m/s), or other adverse weather conditions. The operating temperature range is -20℃ to 50℃.
Software & Calibration:
- Firmware Updates: Regularly check for and install the latest firmware for the aircraft and Smart Controller via the Autel Enterprise App.
- App Prompts: Pay close attention to all warnings and prompts from the Autel Enterprise App (e.g., "IMU is abnormal" requiring calibration).
- GNSS Signal: Ensure sufficient satellite acquisition (more than 28 satellites is ideal) before takeoff for accurate positioning.
Safety Features & Awareness:
- Obstacle Avoidance: While 720° obstacle avoidance is comprehensive, it's not a substitute for pilot vigilance. Always maintain visual line of sight and be aware of your surroundings. Understand its limitations in specific scenarios (e.g., very thin objects, reflective surfaces).
- Anti-Interference: The drone has strong anti-interference capabilities, but avoid flying unnecessarily close to power lines, critical structures, or known high-EMI/RFI zones without thorough pre-planning and risk assessment.
- Manual Control: Familiarize yourself with manual control stick operations (Mode 2 is standard) for emergency situations or precise maneuvers.

III. Post-Flight & Maintenance:

Cleaning: Keep the fuselage clean, especially sensing systems, lenses, and heat dissipation vents. Use a clean, soft cloth.
Storage: Store the aircraft and its accessories out of reach of children and pets.

IV. Legal & Ethical Considerations:

Local Regulations: Always comply with local drone laws and regulations regarding flight zones (no-fly zones), altitude limits, visual line of sight requirements, privacy, and commercial operation licensing. (This is especially critical given your UK context).
Age Restrictions: Autel Robotics typically prohibits persons under 18 years of age from operating their enterprise drones for safety reasons.
Data Privacy: Be aware of data privacy features (encrypted data storage, local access only) and use them responsibly, especially when conducting operations involving public data.
No Modifications: Never modify the product with incompatible components or in ways not officially approved by Autel Robotics.

EVO MAX 4T

Key Features for Police and Public Safety Operations

The EVO MAX 4T's capabilities are perfectly aligned with the needs of law enforcement and emergency services:

Advanced Multi-Sensor Payload (Fusion 4T Camera):

High-Resolution Zoom Camera (48MP, 10x Optical, 160x Hybrid Zoom): Allows police to maintain a safe distance while still getting incredibly detailed visuals of suspects, license plates, or potential evidence.
Thermal Camera (640x512): Crucial for search and rescue in low light, smoke, or dense foliage, detecting heat signatures of missing persons or suspects. It's also vital for assessing fires and managing dangerous situations where visibility is compromised.
Wide-Angle Camera (50MP): Provides broad situational awareness over crime scenes, large gatherings, or disaster areas.
Laser Rangefinder: Enables precise location pinpointing of objects or individuals, providing exact coordinates and altitudes, critical for reporting and tactical planning.
720° Omnidirectional Obstacle Avoidance: This feature is especially important in dynamic and often unpredictable police scenarios, allowing the drone to safely navigate complex environments like urban canyons, forests, or inside structures, minimizing the risk of collision. This is enhanced by combining traditional vision systems with millimeter-wave radar, providing detection even in low light or rainy conditions.
Superior Anti-Interference Capabilities: Police operations often occur near signal towers, power lines, or in areas with potential GPS jamming. The EVO MAX 4T's robust anti-RFI, EMI, and GPS spoofing algorithms ensure reliable operation in such challenging environments.
A-Mesh Networking (Drone-to-Drone Communication): This revolutionary feature allows multiple EVO MAX 4T drones to communicate and collaborate autonomously, extending operational range, creating a more comprehensive surveillance network, and enhancing data relay for large-scale operations or complex pursuits.
Extended Flight Time (Up to 42 minutes) and Range (Up to 20 km FCC / 8 km CE): Provides ample time for prolonged surveillance, extensive search patterns, or long-distance tracking, reducing the need for frequent battery swaps.
Rugged, Foldable, and Weather-Resistant (IP43): Its durable design and portability ensure quick deployment and reliable performance in adverse weather conditions, making it suitable for rapid response in any environment.
Autonomous Flight Modes & AI Features:

AI Target Recognition & Tracking: Automatically identifies and follows targets like vehicles or people, freeing up the pilot to focus on overall situational awareness.

Autonomous Path Finding & 3D Scene Reconstruction: Can analyze environments to create real-time 3D flight paths, useful for documenting crime scenes or mapping complex incident areas.

GPS-Denied Navigation: Advanced sensors allow it to navigate reliably even indoors, underground, or in areas with poor GPS signals.

Data Security: Supports AES-256 encryption for photos, videos, and flight logs, crucial for maintaining chain of custody and protecting sensitive operational data.

Key Features for Industrial Corporations

For industries ranging from energy and utilities to construction and infrastructure, the EVO MAX 4T offers distinct advantages:

Precision Inspection Capabilities:

High-Resolution Zoom and Thermal Cameras: Enable detailed inspections of critical infrastructure (power lines, pipelines, wind turbines, bridges, cell towers) from a safe distance. The thermal camera can identify hot spots, insulation failures, or other anomalies indicative of equipment malfunction.

Laser Rangefinder: Provides precise distance measurements, critical for assessing dimensions, clearances, or damage during inspections and for accurate data in mapping.

Automated Mission Planning:

Waypoint Missions, Polygon Missions, Corridor Missions: Streamline complex inspection tasks, allowing operators to pre-plan flights for consistent data capture over large areas or linear infrastructure (e.g., roads, pipelines).
Terrain Follow: Ensures consistent altitude above varying terrain for accurate mapping and inspection data.
Efficiency and Cost Savings: Drones dramatically reduce the need for risky and expensive traditional inspection methods like scaffolding, bucket trucks, or manned aircraft. They complete tasks faster, with greater accuracy, and minimal operational downtime.
Data Collection and Analysis: High-quality imaging and precise positioning data support detailed 2D mapping, 3D modeling, and comprehensive data analysis for asset management, progress tracking, and predictive maintenance.
Operation in Challenging Environments: Its IP43 rating and anti-interference capabilities mean it can operate reliably in dusty industrial sites, near electromagnetic fields (e.g., power plants), or in light rain, ensuring continuous operations.
Long-Range Operations: The extensive transmission range and flight time allow for covering large industrial complexes or extended infrastructure segments from a single takeoff point.
Navigation in GPS-Denied Environments: Essential for inspecting indoor facilities, large warehouses, or structures that block satellite signals.

In conclusion, the Autel Robotics EVO MAX 4T serves as a powerful and versatile platform. Its combination of advanced sensors, intelligent autonomy, robust connectivity, and durable design makes it an invaluable asset for police forces enhancing public safety, and for industrial corporations optimizing their inspection, maintenance, and operational processes.