I. Technical Specifications
Physical Specifications
Propulsion & Battery
Performance Data
Communications & Environmental
II. Product Overview
Aero · TITAN Hexacopter is a new-generation industrial heavy-lift hexacopter platform custom-engineered for global high-risk environments, heavy high-value instrument carrying, and centimeter-level aerial mapping.
Compared with traditional quadcopter designs, Aero · TITAN Hexacopter introduces a critical propulsion redundancy safety mechanism. Milled from light-weight, high-strength, and corrosion-resistant aviation-grade carbon fiber and featuring a massive 1,400 mm wheelbase, it supports 1.0 - 10.0 kg high-value payload carrying and up to 60 minutes of empty endurance. Integrated with multi-satellite RTK centimeter positioning, a 15 km BVLOS (Beyond Visual Line of Sight) digital transmission link, and Level 7 wind resistance, it serves as the ultimate “aerial multitool” for multinational energy giants, international firefighting agencies, and large infrastructure projects.
III. Core Advantages: Why Hexacopter?
Redefining heavy aerial missions with uncompromising safety and extreme hardware reliability.
Hex-Rotor Power Redundancy
Equipped with dual-redundant military-grade flight controller units (dual IMU, dual barometer, dual compass) combined with magnetic-immunity calibration. Even in extreme weather where a single rotor (motor, ESC, or propeller) suffers unexpected failure, the flight system re-allocates control power in microseconds to secure stable hovering or return-to-home landing, completely shielding expensive sensors from “crash” hazards.
Corrosion-Resistant Carbon Fiber & Folding Body
The entire body is fabricated from premium high-modulus carbon fiber, delivering outstanding anti-corrosion protection (perfect for salty offshore drill platforms or chemical refineries). The quick downward folding arm joints reduce dimensions from 1,200 x 1,200 mm in operation down to 620 x 620 mm, allowing quick packing into engineering utility trucks.
FOC Dynamic Assembly & Level 7 Wind Resistance
Equipped with field-oriented control (FOC) smart ESC systems, providing excellent energy efficiency and heat dissipation. Together with optimized 30-inch carbon-plastic propellers, it drastically decreases high-frequency vibration while offering strong, stable hovering capabilities against 15 m/s winds (Level 7).
IV. Navigation & Ground Station Systems
A powerful digital autopilot brain paired with a highly integrated long-range communications system.
CENTIMETER RTK POSITIONING
Multi-Constellation GNSS
Symmetric multi-satellite constellation tracking (GPS, Galileo, Glonass, BDS), ensuring instant lock and high stability in mountainous or complex industrial zones.
1000-Nits Ultra-Bright Screen
Standard 5.5-inch HD industrial controller with 1000-nits brightness, ensuring complete readability under equatorial high sun, loaded with custom mapping software.
15 km Digital Link
Telemetry, command control, and high-definition video three-in-one transmission with automatic FHSS frequency hopping for high-noise industrial environments.
V. Universal Payload & Solutions
With standard physical mounting rails and massive power outputs, Aero · TITAN represents an open 'aerial chassis' for global industry partners.
Universal Quick-Release Mount
Standard mechanical quick-release rails with built-in high-power outlets and communication bus. Seamlessly integrates with thermal pods, gas sensors, LiDAR scanners, or rescue payload drop mechanisms in less than 30 seconds on-site.
Typical Global Application Scenarios
3D Mapping & Digital Twins
Carries professional-grade heavy LiDAR scanners or full-frame oblique cameras. Generating high-density terrain 3D models for mine excavation calculation, forestry assessment, and urban modeling.
Forest Firefighting & Rescue
Integrates 180x optical zoom visible and high-resolution thermal camera pods. Pinpointing forest hot spots through heavy smoke and providing absolute fire coordinate data to ground rescue units.
Refinery & Pipeline Emission Audits
Equipped with multi-sensor laser gas sniffing payload. Operators collect precise spatial grids of gas concentrations safely outside hazardous explosion-prone refinery locations.
VI. Safety Operations & Protocols
Heavy payload hexacopters carry immense kinetic energy. On-site flight operations must prioritize safety and structural health at all times.
Propulsion Redundancy
Autopilot algorithms automatically adapt to single-rotor failure in microseconds. If triggered, operator must command RTH immediately; do not continue flight operations.
Battery Precautions
Anti-spark XT90-AS high-voltage connectors must be fully engaged to prevent electric arcing. Always double-strap solid-state battery packs using standard high-strength Kevlar loops.
Antenna Alignment
During 15 km BVLOS flights, keep directional ground station antennas oriented toward the drone. Keep the transmission path completely free of large metal shielding.
IP54 Limits
Although certified to IP54 for light rain/fog, avoid operation in heavy storm gale or lightning. Clean and dry motor shafts and arm fold joints immediately post-flight.
VII. Global Delivery & Packaging
We understand the high value and precision of industrial drone payloads, offering Turnkey RTF packaging and UN-certified international shipping security.
Standard Configuration
Every Titan platform undergoes a 30 kg static load pull and 2-hour endurance test before shipping. Units are packed in standard custom heavy-duty Pelicase rolling cases with anti-static EVA foam liners.
Seamless Logistics
Propellers and landing gears are folded or detached for space-efficient secure transport. Wooden crates are fully certified under ISPM 15 standards, and equipped with shock monitors.
Regulatory & Customs Support
Large solid-state battery packs include UN38.3 certificates and dual-use OEM paperwork. Our specialized team assists international buyers with low-altitude registration and clearance.
Export Compliance & Disclaimer
1. Aero · TITAN is a heavy hexacopter exceeding 25 kg MTOW. Operators must hold valid commercial drone certifications under regional FAA/EASA guidelines; hobbyist flight is strictly prohibited.
2. Prior to carrying custom industrial payloads, conduct low-altitude hovering to test physical Center of Gravity offsets and ensure control loop stability.
3. Advanced GPS/optical payloads are restricted under international dual-use goods export control regulations. Transfer, resell, or modification for military purposes is strictly forbidden.