Human Transport Remote Fly Man 95 Kg Heavy Lift Drone Uav Electric Vertical Take off Landing Aircraft Vehicle Future Aviation Carrying Person Evtol Price

Customization:	Available
Working time:	Regular
Category of Traffic:	Passenger Transport

📊 Basic Information

Model NO.

HF Evtol

Flying Range

Internal

Airline Scale

Small-scale

Type

Aircraft

Condition

New

Payload

95kg (FAA Part 103 compliant)

Max Speed

up to 70km/H

Control Type

Real-Time Adaptive Control

🚀 Product Description

Human Transport Remote Fly Man 95 kg Heavy Lift Drone UAV Electric Vertical Take off Landing Aircraft

Discover the 95kg heavy lift eVTOL - safe, efficient human transport drone with vertical take off & landing. Ideal for recreation, commuting & exhibitions. REDEFINING FUTURE LOW-ALTITUDE TRAVEL.

Category	Parameter Name	Specification
Power System	Power Packs	Eight sets of high-efficiency
Body Design	Fuselage	Streamlined aerodynamic
Body Design	Seats	Aviation-grade ergonomic
Performance	Maximum Payload	95kg
	Flight Duration	15-30 minutes
	Maximum Speed	Up to 70km/h
Control	Control Type	Real-time Adaptive Control
Core System	Flight Control	Self-developed NA80 (eVTOL-specific)
Stability	IMU Core	Triple-Redundant (aviation-grade)
Navigation	Navigation Module	Dual-redundant, dual-antenna RTK

⭐ Main Features

Power & Body Configuration Integrates eight sets of high-efficiency power packs and adopts a streamlined aerodynamic fuselage design. Optimizes aerodynamic performance to reduce flight resistance, while matching aviation-grade ergonomic seats that fit the human body curve.

Performance Specifications Boasts a maximum payload of 95kg to meet diverse low-altitude operation and travel needs; achieves a battery life of 15-30 minutes with stable endurance; reaches a maximum speed of up to 70km/h.

Control & Flight Systems Equips a real-time adaptive control system, which relies on advanced dynamic response algorithms to realize smooth, precise, and reliable driving control; embeds a self-developed NA80 flight control system specifically for eVTOL.

Stability & Navigation Modules Adopts an aviation-grade triple-redundant IMU core design, ensuring absolute stability during flight; installs a dual-redundant, dual-antenna RTK navigation module to achieve high-precision positioning.

🌍 Application Scenarios

🏖️ Recreational

Suitable for low-altitude sightseeing and outdoor leisure cruising with a broad view.

🎪 Exhibition & Promotion

Ideal for static display and dynamic flight demonstrations at technology exhibitions.

🏢 Short Commuting

Flexible shuttling in low-altitude fields to avoid ground traffic congestion.

🏁 Aerial Sports

Perfect for low-altitude flight competitions and flight experience camps.

🔍 Product Details

Equipped with strong power output and excellent practical performance. The octocopter configuration ensures vertical take-off, landing, and hovering through multi-rotor differential control, enhancing flight stability and safety.

💡 What is eVTOL?

eVTOL stands for electric Vertical Take-Off and Landing aircraft. It is powered by electric propulsion systems that can take off, hover, and land vertically without a runway. They are a key component of future urban air mobility (UAM) solutions, including air taxi services, emergency transport, and logistics.

✅ Why Choose Us

Wide range of drone products to meet different requirements.
Long history of manufacturing and a strong R&D team.
Global sales network for quick and convenient delivery.
Competitive price advantage to help save costs.
Loyal and satisfied customer base with positive feedback.
Commitment to social responsibility and environmental awareness.

❓ Frequently Asked Questions

What is the maximum payload of this eVTOL?

The aircraft can easily carry a maximum payload of up to 95kg, which complies with FAA Part 103 Ultralight regulations.

How long can the aircraft fly on a single charge?

The flight duration typically ranges between 15 to 30 minutes, depending on the payload and flight conditions.

What is the top speed of the vehicle?

This eVTOL can reach a maximum flight speed of up to 70km/h, enabling efficient short-distance travel.

How does the aircraft ensure stability during flight?

It utilizes an aviation-grade triple-redundant IMU core design and a dual-redundant RTK navigation module to ensure absolute stability and interference-free positioning.

Is it difficult to control the eVTOL?

No, it is equipped with a real-time adaptive control system and a self-developed NA80 flight control system that uses advanced algorithms for smooth and precise driving.