Quanser

Quanser Aero 2

Recommended Skill Levels: Technical College, University

Learning Topics: Aerospace, Automation, Control Systems, Controls Engineering, Drones, Electrical Engineering, Engineering, Mechanical Engineering, Mechatronics

Product Types: Research, Training Equipment

Back to Catalogue
Overview Learning Outcomes Product Details
Overview

The Aero 2 by Quanser is a versatile and reconfigurable aerospace lab platform designed for teaching control systems and introducing key aerospace concepts. With two powerful rotors providing dynamic control, the Aero 2 simulates various aerospace systems, including half-quadrotors, 1-DOF VTOLs, and 2-DOF helicopters. Its adaptable design and comprehensive courseware make it a valuable tool for both undergraduate education and post-graduate research in mechatronics, control systems, and aerospace engineering.

Add To My Products

Learning Outcomes

With the comprehensive course materials included, you can build a state-of-the-art teaching lab for your mechatronics or control courses, engage students in various design and capstone projects, and validate your research concepts on a high- quality, robust, and precise platform.

Learning outcomes on the Aero 2 include:

  • Sensor interfacing and signal conditioning
  • Experimental system identification
  • Theoretical system modelling
  • Parameter estimation and model validation
  • Speed and position control
  • Controller design to specification
  • Gain scheduling and aerospace control
  • State-space modeling and control
  • LQR controller optimization
  • Kalmann filters/LQG controller design

Quanser Aero 2 Details

The Aero 2 is a versatile aerospace experiment platform with the following features: 

  • Dual rotors provide thrust for precise control over dynamic response.
  • Interchangeable propellers and user-adjustable thrust vectors allow for a variety of configurations.
  • Lockable axes for 1-DOF and 2-DOF control (yaw and pitch).
  • QFLEX 2 interface panel supports connection to PCs, embedded computers, and microcontrollers.
  • Four high-resolution optical encoders and a 6-axis IMU (with accelerometer and gyroscope) for accurate measurement and control.
  • Slip ring wiring allows for continuous 360° yaw rotation.
  • Dimensions (D x W x H): 18 cm x 52 cm x 40 cm 
  • Operating Space (D x W x H): 52 cm x 52 cm x 62 cm 
  • Weight: 4.7 kg 
  • Pitch Angle Range: ± 45° (90° total range) 
  • Yaw Angle Range: Continuous 360° rotation 
  • Pitch Encoder Resolution: 2880 counts/revolution 
  • Yaw Encoder Resolution: 4096 counts/revolution 
  • Inertial Measurement Unit: IIM-42652 Compact 6-Axis MEMS Device 
  • Gyroscope Range: ±500 dps 
  • Accelerometer Range: ±2g 

Virtual Aero 2:

The Aero 2 is included in the lineup of virtual experiments in Quanser’s QLabs products. With limited lab space or limited physical Aeros, you can use the QLabs Virtual Aero 2 the physical experiment with the QLabs Virtual Aero 2 to provide every student access to a high-fidelity digital-twin for flipped and hybrid lab experiences.

You can purchase access to the Virtual Aero 2 alone, or get access to the entire library of Quanser QLabs virtual trainers.

Get a quote for Quanser Aero 2

Click "Add To My Products" below to add this product to your request for information. Feel free to keep searching our catalog and add more products to your inquiry list. When you're done, click the "My Products" button at the top right of your screen to complete your request.
Add To My Products
More Resources
Video Resources
Quanser AERO
What is the Quanser AERO?
Quanser AERO and the Internet of Things