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Products/Heavy-Lift Cargo UAVs

HY6970 Heavy-Payload VTOL Fixed-Wing UAV

A heavy-payload VTOL fixed-wing UAV with 50 kg payload capacity, 4h endurance, 4500 m maximum flight altitude, 175 kg maximum takeoff weight, gasoline propulsion, and IP64 protection for cargo transport, emergency rescue, patrol, mapping, and complex terrain operations.

HY6970 heavy-payload VTOL fixed-wing UAV main product image
HY6970 heavy-payload VTOL fixed-wing UAV nose detail
HY6970 heavy-payload VTOL UAV payload underside detail
HY6970 VTOL fixed-wing UAV rotor system detail
HY6970 VTOL fixed-wing UAV tail boom detail

Key Features

  • Heavy-payload VTOL fixed-wing UAV for medium- to long-range industrial missions
  • 50 kg maximum payload capacity for cargo transport and mission equipment integration
  • 175 kg maximum takeoff weight for professional UAV applications
  • 4h maximum endurance for extended field operations
  • 4500 m maximum flight altitude for plateau and complex terrain missions
  • 6.97 m wingspan with fixed-wing aerodynamic efficiency
  • 80-120 km/h cruise speed and 72 km/h minimum speed
  • Gasoline-powered UAV using 95 gasoline for long-duration operation
  • IP64 protection rating for outdoor industrial environments
  • Suitable for cargo transport, emergency rescue, patrol, forest fire prevention, environmental monitoring, geological survey, remote sensing, and mapping

Product Overview

The HY6970 Heavy-Payload VTOL Fixed-Wing UAV is designed for medium- to long-range industrial missions that require vertical takeoff capability, fixed-wing efficiency, and strong payload capacity. With a 6.97 m wingspan, 175 kg maximum takeoff weight, and 50 kg maximum payload, the HY6970 is suitable for professional B2B users who need a reliable UAV platform for cargo transport, emergency rescue, patrol, mapping, environmental monitoring, and complex terrain operations. Powered by a gasoline propulsion system and supported by onboard lithium battery power, the HY6970 offers up to 4 hours of endurance, 80-120 km/h cruise speed, 4500 m maximum flight altitude, and IP64 protection. Its VTOL fixed-wing configuration makes it suitable for missions where runway access is limited, while still maintaining the flight efficiency and range advantages of a fixed-wing UAV.

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Technical Specifications

Core Specifications
Model
HY6970
UAV Type
Heavy-Payload VTOL Fixed-Wing UAV
Wingspan
6.97 m
Maximum Flight Altitude
4500 m
Maximum Takeoff Weight
175 kg
Maximum Endurance
4 h
Maximum Payload
50 kg
Cruise Speed
80-120 km/h
Minimum Speed
72 km/h
Internal Power Supply
6S / 24S Lithium Battery
Propulsion System
Gasoline-powered, 95 gasoline
Protection Rating
IP64
Typical Applications
Cargo transport, emergency rescue, patrol, forest fire prevention, environmental monitoring, geological survey, remote sensing, mapping, complex terrain missions

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Frequently Asked Questions

What missions is the HY6970 Heavy-Payload VTOL Fixed-Wing UAV suitable for?

The HY6970 Heavy-Payload VTOL Fixed-Wing UAV is designed for medium- to long-range industrial missions that require vertical takeoff capability, fixed-wing flight efficiency, strong payload capacity, and reliable performance in complex terrain. It is suitable for professional B2B applications such as cargo transport, emergency rescue, border and perimeter patrol, forest fire prevention, disaster inspection, environmental monitoring, geological survey, remote sensing, mapping, and long-endurance field operations in mountainous, plateau, or hard-to-access areas. With 50 kg maximum payload capacity, 4h maximum endurance, 4500 m maximum flight altitude, and 175 kg maximum takeoff weight, the HY6970 is especially suitable for customers who need a heavy-payload UAV platform that can operate without a runway.

What is the payload capacity of the HY6970 UAV?

The HY6970 supports a maximum payload capacity of 50 kg, making it suitable for cargo transport, mission equipment integration, emergency supplies, monitoring payloads, mapping sensors, or other project-specific modules. Actual payload performance may vary depending on flight altitude, temperature, wind conditions, mission distance, battery/fuel configuration, and payload installation method. For the best configuration, customers should provide payload weight, dimensions, mounting requirements, power demand, and expected mission scenario before quotation.

How long can the HY6970 stay in the air?

The HY6970 supports up to 4 hours of maximum endurance, depending on payload weight, flight speed, altitude, weather conditions, fuel configuration, and mission profile. For long-distance cargo transport or inspection missions, the actual endurance should be evaluated together with payload weight, route length, takeoff altitude, cruise speed, and reserve safety margin. Our team can help assess whether the HY6970 configuration meets the customer’s required operating distance and mission duration.

Why choose a VTOL fixed-wing UAV instead of a multirotor drone?

A VTOL fixed-wing UAV combines the vertical takeoff and landing capability of a multirotor with the long-range flight efficiency of a fixed-wing aircraft. Compared with standard multirotor drones, the HY6970 can provide better endurance, longer mission coverage, and stronger efficiency for medium- to long-range operations. Compared with traditional fixed-wing UAVs, it does not require a runway, which makes it more practical for mountains, forests, islands, remote villages, disaster zones, and complex terrain. This makes the HY6970 a strong choice for customers who need both heavy-payload transport capability and runway-free deployment.

What are the key performance specifications of the HY6970?

The HY6970 has a 6.97 m wingspan, 175 kg maximum takeoff weight, and 50 kg maximum payload capacity. It supports up to 4 hours of endurance, a 4500 m maximum flight altitude, and a cruise speed of 80–120 km/h. The UAV uses a gasoline-powered propulsion system with 95 gasoline, supports internal power supply through 6S and 24S lithium batteries, and has an IP64 protection rating for outdoor industrial operating environments. These specifications make it suitable for heavy-payload, long-endurance, and complex-terrain UAV missions.

Can the HY6970 be customized for different industrial applications?

Yes. The HY6970 can be customized according to different B2B project requirements. Customization may include cargo box configuration, payload mounting interface, sensor integration, communication system, ground control station, power supply interface, airframe finish, spare parts package, training support, and documentation. For different missions such as logistics transport, rescue supply delivery, mapping, inspection, or patrol, the payload and system configuration can be adjusted based on customer needs. Final customization depends on payload type, mission requirements, destination country, operating environment, and applicable compliance procedures.

What information should I provide before requesting a quotation?

To provide an accurate quotation and configuration proposal, please provide the following information: Required quantity; Destination country or region; Intended application, such as cargo transport, rescue, patrol, mapping, or inspection; Payload type, size, weight, and mounting method; Required flight distance and endurance; Expected operating altitude and terrain conditions; Communication and ground control requirements; Spare parts, training, and technical support needs; Expected delivery schedule; Any customization requirements. This information helps us evaluate the correct HY6970 configuration, payload integration plan, lead time, and international delivery arrangement.

What trade terms do you support for international orders?

For international B2B orders, we currently support FOB and CIF trade terms only. FOB means the buyer arranges international freight after the goods are delivered to the agreed port of shipment. CIF means we arrange freight and insurance to the agreed destination port. At this stage, we do not support DDP, DAP, EXW, or door-to-door delivery terms. For an accurate quotation, please provide your destination port, order quantity, required configuration, payload requirements, and any customization needs.