Industrial inspection drone surveying oil refinery infrastructure for asset monitoring
Products/Industrial Inspection UAVs

6A-4+1 Hybrid VTOL Fixed-Wing UAV

The 6A-4+1 Hybrid VTOL Fixed-Wing UAV is a vertical-takeoff fixed-wing platform built for long-endurance missions, efficient cruise coverage, and flexible deployment in complex field environments.

6A-4+1 hybrid VTOL fixed-wing UAV main product image
6A-4+1 hybrid VTOL UAV landing gear and lower fuselage detail
6A-4+1 hybrid VTOL UAV tail propulsion and rear frame detail
6A-4+1 hybrid VTOL UAV wing rotor and lift motor detail

Key Features

  • Hybrid VTOL fixed-wing architecture for runway-free takeoff and efficient cruise flight
  • MTOW up to 12 kg with practical mission payload range of 1-2 kg
  • Extended visual-load endurance above 120 minutes for long-duration aerial operations
  • Cruise speed range of 70-90 km/h for efficient large-area route coverage
  • Operational wind resistance up to Level 6 for stable field performance
  • Composite airframe design with thermally molded materials for lightweight durability

Product Overview

The 6A-4+1 Hybrid VTOL Fixed-Wing UAV is a vertical-takeoff fixed-wing platform built for long-endurance missions, efficient cruise coverage, and flexible deployment in complex field environments.

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Technical Specifications

Airframe and Configuration
Aircraft Type
Hybrid VTOL fixed-wing UAV
Empty Weight
< 2.6kg
Material
Thermally molded composite airframe
Takeoff Method
Vertical takeoff and landing (VTOL)
Payload and Limits
Maximum Takeoff Weight
12kg
Payload Capacity
1-2kg
Visual-Load Endurance
> 120min
Dimensions and Flight Data
Wingspan
2.5m
Fuselage Length
1.45m
Flight Speed
65-100km/h
Cruise Speed
70-90km/h
Headwind Resistance
Level 6
Propulsion and Mission Profile
Power System
Custom dedicated motor and battery system
Reference Mission Data
Approx. 72-75 km/h cruise with 11 kg takeoff profile; multi-hour patrol capability in test conditions

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Frequently Asked Questions

What mission type is this VTOL fixed-wing platform best for?

This platform is best suited for long-range inspection, route patrol, corridor monitoring, and wide-area mapping tasks that need both VTOL flexibility and fixed-wing cruise efficiency.

How should buyers interpret the 1-2 kg payload range?

The 1-2 kg payload range is designed for mission payloads such as optical, thermal, or specialized lightweight sensors. Final payload planning should account for route distance, weather, and endurance targets.

Is >120 minutes endurance realistic in field use?

Yes, as a visual-load mission reference. Actual endurance depends on payload weight, wind, cruise speed profile, and temperature conditions. Mission-level validation is recommended for deployment planning.

What is the value of VTOL for operations compared with conventional fixed-wing launch?

VTOL eliminates runway and launcher dependency, enabling faster deployment in constrained terrain while retaining fixed-wing cruise efficiency for longer coverage routes.

How robust is this model in wind and operational environments?

The platform is specified for up to Level 6 headwind resistance and uses a lightweight composite structure, supporting stable operation in practical field conditions when mission limits are respected.

How are commercial terms handled for procurement?

Pricing is inquiry-based and depends on configuration and destination. We support FOB and CIF terms. DDP door-to-door service is not included in our standard trade scope.