Adept Scientific - English
The world's best software and hardware for research, science and engineering.
flag arrow
clearclear

 Adept Store | register Join My Adept | Flags  
Adept Scientific | Amor Way | Letchworth Garden City | Herts | SG6 1ZA | Tel: +44 (0)1462 480055  
UKdedksvnofi
Home
Products
Training
Events
 Buy Online
Downloads
Academic Discounts
Support
My Adept
International |  About Us |  Adept Scientific Blog |  Contact Us |  Press Room |  Jobs
Adept Scientific on Facebook Adept Scientific on Twitter Adept Scientific on YouBube Adept Scientific on LinkedIn


The Next Steps

• Ask us a question
•  Download a Demo
•  Download a Brochure

Learn More

Quanser Home
The Quanser Difference
Comparison Chart
Quanser Engineering Blog

Control Experiments
Linear
Rotary
Specialty
Mechatronics
Unmanned Vehicle Systems
 - QBall X4
 - QBot

QUARC 2.2

Service & Support

Search the Knowledge Base
Technical Support request

Quanser

Autonomous Robot for Teaching and Research

QBotBased on the iRobot Create vehicle, the Qbot is designed for engineering teaching or research. Qbot is an autonomous ground vehicle and an ideal platform for research in an the indoor lab environment. It can be used in more advanced multi-agent missions involving other Qbots and Qball-X4 UAVs. It is also a valuable tool for teaching both basic or advanced vehicle navigation and control.

The Qbot contains additional DAC hardware developed by Quanser specifically for this vehicle platform as well as the Gumstix Verdex embedded QuaRC target.

The Qbot system for teaching consists of the following components:

  1. QuaRC rapid prototyping software
  2. Comprehensive curriculum
  3. Qbot unmanned ground vehicle(s)

For technical specifications please download the Product Information Sheet.

The Qbot system for unmanned vehicle research consists of several other components:

  1. QuaRC software real-time control and multi-agent mission development frameworks
  2. Ground control station
  3. Qbot unmanned ground vehicle(s)
  4. Localization system with cameras
  5. Optional: Qball-X4 unmanned aerial vehicles (UAVs)

For system specifications, download the info package on Unmanned Vehicles for Indoor Labs.

Curriculum Topics Provided – Request a Curriculum Sample

  • Motion planning
  • Mapping and localization
  • Navigation
  • Obstacle avoidance
  • High level control architecture of mobile robots


Ready to buy?

Every customer requirement for the Quanser range is unique and we offer pre-sales support to ensure your purchase fully meets the project requirements.

For more information about Quanser Control Challenges and to discuss your project contact our Quanser team at your local office.

Featured Downloads

Quansers unmanned vehicles systems laboratory information pack

Latest Downloads

Formula for success - advantages of multi-disciplinary control labs
Quanser Solutions help establish the promise of rehab R&D early on at Rice University
Omni bundle Course Material sample
Quanser Case Study - Shake, rattle and roll to graduation at Cornell University
2DOF Serial Flexible Link Experiment Datasheet

Latest News

"Quanser's rapid prototyping software...
"I wanted to engage in outreach activities and earthquake engineering,...
Formula for success - advantages of multi-disciplinary control labs
Quanser Solutions help establish the promise of rehab R&D early on at Rice University
Quanser Case Study - Shake, rattle and roll to graduation at Cornell University
adept

Top of the Page

Popular Links: ChemDraw | ChemOffice | Data Acquisition | Data Analysis | EndNote | Maple | MapleSim | Mathcad | MathType | Quality Analyst | Reference Manager | VisSim

EU ePrivacy Directive | Our Privacy and Terms and Conditions Statement
All Trademarks Recognised. Copyright © 2013, Adept Scientific plc.
Site designed and maintained by Lyndon Ash

Adept Scientific | Amor Way | Letchworth Garden City | Herts | SG6 1ZA | Tel: +44 (0)1462 480055