Autel Evo MAX 4T XE
Autel Evo MAX 4T XE
Autel EVO Max 4T XE
Advanced Multi-Sensor Intelligence for Enterprise Operations
Buy one MAX Series bundle during the Summer Promotion and receive 2 free batteries plus 1 multi-charger.
The Autel EVO Max 4T XE is a next-generation aerial platform designed for high-precision data capture and complex operational environments. Equipped with advanced imaging, robust flight autonomy, and a compact deploy-ready design, it streamlines workflows across a wide range of enterprise applications including inspection, assessment, monitoring, and field operations.
Featuring a fully integrated quad-sensor payload combining wide-angle, zoom, thermal, and laser ranging capabilities, the EVO Max 4T XE delivers actionable intelligence from a safe distance, day or night.
Key Capabilities
Integrated Multi-Sensor Payload
Four sensors in one camera system provide visual, thermal, and distance-measurement data without requiring accessory swaps.
Enhanced Flight Autonomy
720° obstacle awareness powered by binocular vision and millimeter-wave radar enables confident flight in tight or unpredictable environments.
Mission-Class Connectivity
SkyLink 3.0 ensures secure, stable transmission in remote and congested RF environments, while A-Mesh networking supports adaptive, resilient multi-drone operations.
Endurance and Deployment
Up to 42 minutes maximum flight time and a foldable, portable form factor enable rapid response and extended operational capability.
All-Weather Tolerance
IP43 weather resistance facilitates reliable operation in light rain, dust, and challenging temperature conditions.
Imaging System
Zoom Camera
• 48 MP sensor
• 10× optical and up to 160× hybrid zoom
• Detailed inspection from long stand-off distances
Wide Camera
• 50 MP 1/1.28" CMOS sensor
• High-resolution mapping and situational coverage
Thermal Camera
• 640 × 512 resolution
• Temperature measurement up to 550°C
• Multiple viewing palettes and digital enhancements
Laser Rangefinder
• 5–1200 m range
• Real-time distance and coordinate readings for precise location verification
