The 3DPrintedSolutionsNL Professional VTOL UAV is a high-performance unmanned aerial platform engineered for professional inspection, mapping, research, observation and advanced UAV applications.

Designed around a lightweight 1.1-meter fixed-wing VTOL airframe, the system combines the operational flexibility of vertical take-off and landing with the aerodynamic efficiency of conventional fixed-wing flight.

The aircraft can take off vertically without a runway, automatically transition into forward flight and return to VTOL mode for landing.

Powered by an ArduPilot-compatible autopilot system, GPS navigation and a 6S propulsion platform, the aircraft is designed as a complete professional UAV solution rather than a conventional hobby aircraft.

Key Features

• Vertical Take-Off and Landing
• Efficient fixed-wing cruise flight
• Professional ArduPilot autopilot
• GPS + digital compass navigation
• Automatic VTOL-to-fixed-wing transition
• Return-to-Launch functionality
• Autonomous waypoint mission capability
• Configurable telemetry system
• Modular 3D-printed airframe
• Carbon-reinforced wing structure
• Removable wings and tail
• Replaceable airframe sections
• Serviceable propulsion system
• Configurable camera and sensor integration
• 6S high-performance propulsion architecture
• FPV and digital video compatibility
• Designed for professional and research applications

Technical Specifications

Aircraft Type: Fixed-Wing VTOL UAV
VTOL Configuration: Tri-Motor Tiltrotor
Wingspan: 1,100 mm
Maximum Take-Off Weight: 2.5 kg
Typical Cruise Speed: Approx. 50–75 km/h
Power System: 6S
Motor Configuration: 3× Brushless Motors
Flight Servos: 6
Flight Controller: ArduPilot-Compatible Autopilot
Navigation: GPS + Compass
Flight Software: ArduPilot / ArduPlane
Airframe: Lightweight Additive-Manufactured Structure
Wing Construction: Carbon Reinforced
Wing Configuration: Removable
Tail Configuration: Removable
FPV: Optional
Telemetry: Optional
Autonomous Flight: Supported
Sensor Integration: Configurable

Payload Capability

The aircraft has a maximum take-off weight of 2.5 kg, including battery, electronics and installed payload.

Typical available payload capacity is approximately:

500–700 g depending on aircraft configuration.

Actual usable payload depends on:

• Battery size
• Installed camera equipment
• Telemetry hardware
• Total aircraft weight
• Center of gravity
• Flight conditions
• VTOL thrust margin
• Mission profile

For example, an aircraft weighing approximately 1.8 kg ready to fly provides approximately 700 g remaining before reaching the 2.5 kg maximum take-off weight.

Final payload capability must always remain within the approved center-of-gravity and aircraft weight limits.

ArduPilot Professional Flight System

The integrated autopilot architecture enables advanced assisted and autonomous flight capabilities.

Depending on configuration, supported functionality includes:

• GPS-assisted flight
• Stabilized flight modes
• Altitude hold
• Position hold
• Automatic VTOL take-off
• Automatic fixed-wing transition
• Automatic transition back to VTOL
• Return-to-Launch
• Waypoint missions
• Geofencing
• Automatic mission execution
• Flight logging
• Battery monitoring
• Current monitoring
• Configurable failsafes
• Telemetry
• Ground Control Station compatibility

Optional advanced navigation hardware can also be integrated.

VTOL + Fixed-Wing Technology

Traditional multicopters are extremely flexible during take-off and landing but require continuous motor power to remain airborne.

During fixed-wing flight, the aircraft wings generate aerodynamic lift.

This significantly reduces the amount of propulsion power required during forward flight.

The result is a platform that combines:

VTOL flexibility

with

Fixed-wing efficiency

The aircraft can therefore operate from compact launch areas while still providing efficient cruise performance.

Modular 3D-Printed Airframe

The aircraft uses a lightweight additive-manufactured airframe designed around replaceability, serviceability and efficient production.

Key structural features include:

• Lightweight printed fuselage
• Modular wing sections
• Carbon wing reinforcement
• Reinforced motor mounting areas
• Removable wings
• Removable tail
• Replaceable printed components
• Accessible electronics compartments

Damaged individual sections can be replaced without replacing the complete aircraft.

This significantly simplifies maintenance and reduces long-term operating costs.

Propulsion System

The aircraft uses a 6S tri-motor propulsion architecture.

The system includes:

• 3× Brushless Motors
• 3× Electronic Speed Controllers
• VTOL tilt mechanism
• High-efficiency propeller configuration
• Power distribution system
• Battery voltage monitoring
• Current monitoring

The two forward propulsion units provide VTOL and transition functionality.

During forward flight, the aircraft operates as an efficient fixed-wing platform.

Battery Options

Standard 6S LiPo Configuration

Recommended for:

• Strong VTOL performance
• High current capability
• Frequent take-off and landing
• General professional operation

High-Capacity 6S Li-ion Configuration

Recommended for:

• Longer endurance
• Efficient cruise missions
• Mapping
• Surveying
• Observation
• Research applications

Battery configuration directly influences aircraft weight, endurance and available payload.

Camera & Sensor Integration

The platform can be configured with a wide range of lightweight professional payloads.

Compatible payload categories include:

• HD cameras
• FPV cameras
• Inspection cameras
• Lightweight thermal cameras
• Mapping cameras
• Multispectral sensors
• Environmental sensors
• GPS logging equipment
• Research instrumentation
• Telemetry equipment
• Custom electronic modules

Custom integration is available depending on customer requirements.

FPV Options

The aircraft can be configured with either analog or digital FPV equipment.

Optional FPV configurations may include:

• Forward-facing FPV camera
• HD digital video transmission
• Long-range video transmission
• On-screen flight data
• Ground-station video integration

Professional Applications

The 3DPrintedSolutionsNL Professional VTOL UAV is suitable for lawful civilian applications including:

• Infrastructure inspection
• Industrial inspection
• Roof inspection
• Solar farm inspection
• Agricultural monitoring
• Environmental monitoring
• Land surveying
• Mapping
• Photogrammetry
• Construction site observation
• Research
• Education
• UAV development
• Autonomous navigation research
• Sensor testing
• Aerial imaging
• Prototype development

Complete System

A complete configured system can include:

• Professional VTOL airframe
• 3× Brushless motors
• 3× ESCs
• 6× Flight servos
• ArduPilot-compatible flight controller
• GPS module
• Compass
• Power distribution system
• Voltage monitoring
• Current monitoring
• RC receiver
• Telemetry-ready electronics
• Carbon-reinforced airframe
• Removable wings
• Removable tail
• Flight battery
• Configured flight software
• Calibrated control surfaces
• Configured VTOL transition system
• Pre-delivery system inspection

Controller, FPV systems and specialist payload equipment may be supplied depending on selected configuration.

Optional Upgrades

Long-Endurance Package

High-capacity battery configuration optimized for efficient long-duration cruise.

Digital FPV Package

HD low-latency digital video system.

Inspection Camera Package

Professional visual inspection camera integration.

Advanced Navigation Package

Additional navigation and airspeed sensing hardware.

Extended Telemetry Package

Enhanced ground-station telemetry functionality.

Custom Sensor Integration

Engineering and integration of compatible customer-specific sensors.

Why Choose the 3DPrintedSolutionsNL Professional VTOL UAV?

Vertical Take-Off

Operate without a conventional runway.

Efficient Cruise

Transition into fixed-wing flight for substantially improved aerodynamic efficiency.

Professional Autopilot

ArduPilot provides advanced navigation, safety and mission functionality.

Modular Construction

Individual sections can be serviced or replaced.

Configurable Payload

Integrate cameras, sensors and professional electronics.

Lightweight Engineering

Advanced additive manufacturing enables complex aerodynamic structures with reduced weight.

Professional Support

Custom configuration and engineering options are available for specialized applications.

Product Summary

The 3DPrintedSolutionsNL Professional VTOL UAV combines vertical take-off capability, efficient fixed-wing flight and a professional ArduPilot flight-control architecture in a lightweight 1.1-meter platform.

With a 2.5 kg maximum take-off weight, approximately 50–75 km/h cruise speed, configurable 500–700 g payload capacity, GPS navigation, autonomous mission support and modular construction, the platform provides a versatile foundation for inspection, research, mapping and professional UAV operations.

1.1M Wingspan • VTOL • ArduPilot • GPS • 6S • 2.5 KG MTOW • Approx. 500–700 G Configurable Payload • 50–75 KM/H Cruise • Modular Airframe

Important Notice

This product is intended for lawful professional, commercial, research and recreational UAV applications.

Actual endurance, payload capacity, range and performance depend on aircraft configuration, installed equipment, battery configuration, total aircraft weight, weather conditions and flight profile.

Operators are responsible for complying with applicable aviation regulations, airspace restrictions, privacy requirements, radio-frequency regulations and local UAV laws.