MH620 VTOL Large load and gasoline power fixed-wing drone

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The MH620 VTOL UAV is a professional vertical take-off and landing (VTOL) fixed-wing aircraft designed for long-endurance, heavy-payload missions. With its 6.2-meter wingspan, hybrid propulsion system, and rugged composite structure, the MH620 is built to perform in complex environments, making it the ideal choice for mapping, surveillance, logistics, and industrial inspections.

Large Airframe with Two Configurations

The MH620 is available in two versions:

Both models feature a wingspan of 6.2 m and a robust landing gear height of 0.35 m, with an overall height of 1.3 m. The structure weighs ~28 kg (excluding the fuel tank) and is crafted from carbon fiber, fiberglass, Kevlar, and PVC, ensuring strength with low weight.

Hybrid Power System for Endurance & Reliability

The MH620 uses a hybrid propulsion setup:

• Rotor Section: T-MOTOR V11 (or equivalent), delivering 30–40 kg of thrust per axis for stable VTOL capability.

• Fixed-Wing Section: B2G290 EFI gasoline engine (or equivalent) with ≥60 kg thrust, ensuring efficient cruise power and long-range stability.

A 12S 22Ah battery powers onboard systems, while the fuel engine supports endurance of up to 14 hours with fuel consumption at ~2.4 L/h (empty load).

Flight Performance & Control

• Endurance: 14 hours (empty payload)

• Max Speed: 50 m/s

• Cruise Speed: 28–35 m/s (depending on version)

• Never-Exceed Speed: 70 m/s

• Stall Speed: 23 m/s at 100 kg MTOW

• Max Control Range:

  • RC manual: 0.5–1 km

  • Ground station: 5–300 km

CommuniNet series of data and video links are goos solutions for this VTOL Drone. With different models such as MND-142, or MND-1440, one can reach from 50km up to more than 300km range. Also models such as MND-142 Mesh allow for mesh networking between different VTOL units to allow them to extend the communication range or perform different missions in different environments.

With wind resistance up to Level 6 in flight and Level 5 during takeoff, the MH620 delivers reliability in challenging weather. Its service ceiling of 4,000–6,000 m makes it suitable for mountainous and high-altitude operations.

Payload & Mission Capabilities

The MH620 features a modular payload bay in the nose and front fuselage, supporting EO/IR gimbals (i.e., U30TIRM Pro, A30TR-50, H30N Gimbal, SIYI ZT30 Gimbal), LiDAR scanners (Lightware Radar LW20/C, Flightcase Radar 24GHz, TF02-Pro LiDAR), mapping cameras (AQ600 / AQ600 Pro, MS600 / MS600 Pro), or custom mission equipment such as winch payloads (10kg payload winch, 55kg payload winch, 150kg payload winch) or other models. Payloads are easily integrated thanks to standardized interfaces.

Rugged & All-Weather Operation

Operating temperatures range from -20°C to +45°C, and the aircraft can withstand light rain (not suitable for icing conditions). Combined with high-strength composite materials, the MH620 is engineered for consistent performance in diverse climates.

A Complete Solution for Enterprise UAV Missions

Whether for long-range surveillance, environmental monitoring, cargo delivery, or mapping, the MH620 VTOL UAV combines endurance, payload flexibility, and advanced hybrid power to provide unmatched operational efficiency.

Overview Table of the MH62 Specifications

MH620 VTOL Hybrid Fixed-Wing Drone – FAQ

1. What are the key technical specifications of the MH620?
The MH620 is a hybrid long-endurance VTOL fixed-wing UAV designed for industrial, mapping, and logistics operations.
It features a 6.2-meter wingspan and is available in two configurations:

• Standard Version: Length 3.4 m, Maximum Takeoff Weight 120 kg, Cruise Speed 28 m/s

• Pro Version: Length 3.7 m, Maximum Takeoff Weight 150 kg, Cruise Speed 35 m/s
  The airframe height is 1.3 meters, with a structure weight of approximately 28 kg (excluding the fuel tank).
  Built from carbon fiber, fiberglass, Kevlar, and PVC, the MH620 provides excellent strength-to-weight performance and structural rigidity.

2. What propulsion and power systems are used in the MH620?
The MH620 employs a hybrid propulsion system that combines electric motors for vertical takeoff and a B2G290 EFI gasoline engine for fixed-wing cruise.
The rotors (e.g., T-MOTOR V11) provide up to 30–40 kg of thrust per axis, while the fuel engine delivers at least 60 kg of thrust for sustained cruise flight.
A 12S 22Ah battery powers the onboard electronics, and the system achieves up to 14 hours of endurance with fuel consumption of approximately 2.4 liters per hour.

3. What missions and payload capacities can the MH620 perform?
The MH620 is optimized for aerial mapping, surveillance, cargo delivery, environmental monitoring, and infrastructure inspection.
Its robust structure allows heavy payload integration, including EO/IR cameras, LiDAR scanners, multispectral sensors, and communication modules.
It can operate in complex environments such as mountainous, desert, or maritime regions with reliable stability and endurance.

4. What are the purchasing and payment options?
MotioNew accepts bank transfer, PayPal, and major credit cards for both international and enterprise orders.
Pricing varies according to configuration, payload type, and customer requirements, and is available upon formal quotation.
Bulk orders and OEM partnerships can be arranged directly with MotioNew.

5. Does MotioNew provide OEM or customization services for the MH620?
Yes. OEM customization includes branding, avionics integration, telemetry systems, sensor configuration, and mission-specific control software.
Tailored builds can be produced for industrial, research, or government applications requiring specialized mission equipment.

6. What documentation and compliance materials are included?
Each MH620 includes technical manuals, assembly diagrams, maintenance instructions, and performance data sheets.
The drone fully complies with Chinese UAV export regulations and is authorized for civilian and commercial use only.
Use for military, warfare, or illegal operations is strictly prohibited. MotioNew provides technical support, firmware updates, and operational training to ensure reliable and safe deployment.