Assembly, Function & Maintenance of Industrial Unmanned Aircraft Systems (UAS)

Product Overview

Bring real-world industrial drone technology into the classroom with the UAS10PT Drone Training System from Lucas-Nuelle. Designed for technical education and workforce development, this comprehensive training solution gives students hands-on experience with the avionics, electrical systems, flight controls, and maintenance technologies used in modern Unmanned Aircraft Systems (UAS).

Unlike traditional drone training programs that focus primarily on flying, the UAS10PT focuses on the technology behind the aircraft. Students take on the role of avionics technicians, learning to assemble, wire, configure, calibrate, and test actual industrial drone components in a safe, controlled laboratory environment.

Built on Lucas-Nuelle’s PanelTrain system, the UAS10PT features genuine industrial components, enclosed propulsion systems, and a battery simulator. Students work with the complete signal chain and powertrain without needing to work on a fully operational aircraft.

One modular system supports four different flight concepts: multicopter, fixed wing, flying wing, and VTOL (Vertical Take-Off and Landing). This allows students to explore how the same avionics hardware can be configured and programmed for different aircraft designs.

Key Features

• Industrial-Grade Drone Technology: Work with genuine industrial UAV avionics and components rather than hobby-grade equipment.
• Four Flight Configurations: Explore multicopter, fixed-wing, flying-wing, and VTOL aircraft using the same modular hardware.
• Professional Flight Controller: Features a Cube Orange-type flight controller with H7 processor, triple-redundant IMU, and open ArduPilot architecture.
• Hands-On Avionics Training: Assemble, wire, configure, and test the complete electrical and signal systems.
• Advanced Sensor Technology: Work with GNSS, RTK positioning, compass, IMU, and other flight-control sensors.
• Safe Laboratory Operation: Battery simulation, enclosed rotors, and reverse-polarity-protected connectors provide a controlled training environment.
• Motor & Propulsion Systems: Explore brushless DC motors, electronic speed controllers (ESCs), servos, and flight-control functions.
• Software Integration: Use ArduPilot-compatible software, including Mission Planner and QGroundControl.
• Interactive Learning: RXLea digital learning projects connect classroom instruction with actual hardware activities and flight simulation.
• Troubleshooting & Diagnostics: Develop practical skills in electrical measurements, signal analysis, software configuration, and fault identification.

Four Flight Concepts. One Complete Training System.

The UAS10PT allows students to configure four different aircraft types using a common avionics core. Students mount modules, connect wiring, and adjust flight-control parameters to understand how hardware and software work together.

Multicopter – Quadcopter

Explore four-motor propulsion and flight stabilization. Students assign electronic speed controllers, test individual motors, and correct motor rotation directions through software configuration.

Fixed Wing – With Tail Unit

Learn about forward propulsion, aerodynamic flight, and aircraft control surfaces. Students integrate servos and calibrate aileron, elevator, and rudder deflections.

Flying Wing – Tailless Design

Investigate aircraft designs without a traditional tail assembly. Students configure elevons, combining aileron and elevator functions, and match control signals to the correct surface movements.

VTOL – Quadplane

Explore the combination of vertical takeoff and landing with forward flight. Students configure four lift motors, a pusher propulsion system, and flight-mode transitions between vertical and forward flight.

What Students Learn

The UAS10PT includes six structured RXLea learning projects that take students from basic system integration through advanced troubleshooting.

1. System Integration of UAVs

• Identify drone components and system architecture.
• Interpret circuit diagrams and wiring connections.
• Assemble electrical and signal systems.
• Verify wiring against ArduPilot pin assignments.

2. UAV Sensors, Calibration & Setup

• Understand IMU, compass, barometer, and GNSS technology.
• Configure and calibrate flight-control sensors.
• Monitor sensor values through a live heads-up display.
• Set up the flight controller.

3. UAV Actuators, Configuration & Validation

• Commission motors and servos.
• Test motor rotation directions.
• Calibrate aircraft control surfaces.
• Configure flight transitions for different aircraft types.

4. UAV Remote Control: Binding, Flight Modes & Failsafe

• Bind the remote control using ELRS.
• Assign control channels.
• Configure Stabilize, AltHold, and Loiter flight modes.
• Establish failsafe procedures.

5. UAV Flight Simulation: Flight Training & Flight Modes

• Perform pre-flight checks.
• Operate different drone configurations through simulation.
• Use a real remote control in 3D terrain environments.
• Practice flight operations using scenarios based on satellite imagery.

6. Systematic Troubleshooting

• Locate electrical faults using a multimeter.
• Analyze Dataflash flight logs.
• Identify vibration issues, voltage drops, and GPS irregularities.
• Diagnose and correct pre-arm errors.

Each learning project is approximately 180 minutes and is designed for intermediate-level instruction.

RXLea Digital Learning Environment

The UAS10PT integrates Lucas-Nuelle’s RXLea learning world to connect digital instruction with hands-on laboratory activities.

Students work through guided projects that combine technical documentation, wiring exercises, software configuration, live telemetry, and simulation.

The learning environment includes six digital projects, with a site license, one-time purchase, and product updates for five years.

Compatible software includes ArduPilot, Mission Planner, and QGroundControl.

Technical Specifications

Included Equipment

The UAS10PT basic equipment set includes:

• UAV avionics core system
• Four UAV lift motor powertrain modules
• One UAV pusher motor module
• Left and right wing assemblies with control surfaces
• Tail unit assembly
• UAV power supply and battery simulator
• RXLea learning projects 1–6

Catalog Number: UAS10PT

Manufacturer: Lucas-Nuelle

Ideal for Technical Education & Workforce Development

The Lucas-Nuelle UAS10PT Drone Training System is ideal for high schools, career and technical education (CTE) programs, technical colleges, universities, and workforce development centers looking to expand their aviation, engineering, and advanced technology offerings.

As drones become increasingly important in industries such as intralogistics, energy supply, precision agriculture, and public safety, the need for technicians who understand UAV electronics, system integration, and maintenance continues to grow.

The UAS10PT helps prepare students for these emerging opportunities by developing practical skills in:

• Unmanned Aircraft Systems (UAS)
• Drone Avionics & Maintenance
• Aerospace & Aviation Technology
• Electrical & Electronics Technology
• Robotics & Automation
• Engineering & Advanced Manufacturing
• Industrial Diagnostics & Troubleshooting

Give students hands-on experience with the technology behind modern industrial drones.

Contact Technical Training Aids to learn more about the Lucas-Nuelle UAS10PT Drone Training System and how it can support your technical education program.

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