Educational robotsQuanserCommercially available
Quanser QCar 2
By Quanser
The Quanser QCar 2 is an open-architecture 1/10-scale vehicle with NVIDIA Orin AGX and an extensive sensor suite for self-driving research and education.
According to Quanser the QCar 2 is the feature vehicle of the Self-Driving Car Studio, an open-architecture 1/10-scale vehicle for academic self-driving initiatives. On board are an NVIDIA Jetson Orin AGX (200 TOPS), lidar (0.2-12 m range), an Intel D435 RGBD camera, four wide-angle CSI cameras (360°), a 6-axis IMU, encoders, Wi-Fi, microphones and a 2.7-inch diagnostic display. Weight is 2.7 kg with batteries; the page gives an approximate operating time of 2 h 11 min stationary and 30 min driving, both with sensor feedback. Availability in the Netherlands is not confirmed.
Status 2026
Commercially availableThis model is listed as commercially available. Delivery, configuration and support vary by supplier and region.- 01Learning platform
Meant for learning and testing programming, AI and robotics.
- 021/10-scale autonomous vehicle for self-driving education and research
In the educational robots category.
- 2.7kg
- Weight with batteries
- 2 h 11 min (stationary); 30 min (drivingd), withsensorterugkoppeling
- Runtime per charge
Values as recorded on the robot profile, generally based on manufacturer information. Configuration and operating conditions can change the figures; confirm them with the supplier.
What is Quanser QCar 2?
Quanser QCar 2 is an educational robot from Quanser, listed for research, education and outreach for self-driving vehicles and self-driving vehicle control. Key figures: weight 2.7 kg, runtime per charge approx. 2 h 11 min (stationary); 30 min (drivingd), with sensorterugkoppeling. Some figures apply under specific conditions; see the robot profile. Market status: commercially available. Availability and deployment options should be confirmed with a supplier. Robotleasen does not sell robots; it helps businesses compare suppliers and recorded information.
In practice
How does it compare with other robots?
Each value next to the other robots in the same category in our guide, where that value is known. All figures according to the manufacturer; unconfirmed values are marked in the figures at the top.
- This robot
- Other robots in the category
- Runtime0.5hTHIS ROBOTmin 0.1 hmax 18 h
Place 54of 56
Higher than 2 of the 55 other robots
- Weight2.7kgTHIS ROBOTmin 0.2 kgmax 280 kg
Place 29of 65
Higher than 35 of the 64 other robots, equal to 1
Application
What was QCar 2 developed for?
Research, education and outreach for self-driving vehicles
Self-driving vehicle control
Business fit
When might QCar 2 be a fit?
An initial view based on the recorded category and model information
May be suitable for
- Organisations assessing a robot for a defined task and work environment.
- Teams comparing the robot's recorded profile with other options.
- Businesses that want to validate the application and integration requirements.
Considerations
- Confirm capabilities and current availability with the manufacturer or supplier.
- Check the work environment, integration needs and local support before selecting a model.
Facts
Did you know?
Notable facts about QCar 2, its manufacturer and this type of robot
Many education and research robots work with ROS (Robot Operating System), open-source robotics software that has been developed since 2007.
Source: Wikipedia, ROSRobotleasen lists 3 robots from Quanser. You can find them all on the supplier page.
Market and supply
Is QCar 2 available?
A profile status is not a confirmed offer or delivery time
Status board
Checked 30 October 2026- Market statusCommercially availableActive
- RegionNot publicly confirmedActive
- Lease / RaaSNot confirmedNot confirmed
- RentalNot confirmedNot confirmed
2 of 4 confirmedAvailability depends on market launch, region and the manufacturer's channels.
Manufacturer
Quanser
Organisation named in the documentation for QBot Platform, QArm. This profile links to product or developer information; current support and supply are unconfirmed.
OUR INTERPRETATION
Our perspective on QCar 2
According to Quanser the QCar 2 is the feature vehicle of the Self-Driving Car Studio, an open-architecture 1/10-scale vehicle for academic self-driving initiatives. On board are an NVIDIA Jetson Orin AGX (200 TOPS), lidar (0.2-12 m range), an Intel D435 RGBD camera, four wide-angle CSI cameras (360°), a 6-axis IMU, encoders, Wi-Fi, microphones and a 2.7-inch diagnostic display. Weight is 2.7 kg with batteries; the page gives an approximate operating time of 2 h 11 min stationary and 30 min driving, both with sensor feedback. Availability in the Netherlands is not confirmed.
Lease or rent
Can you lease this robot?
Leasing options for this model are not in our data. Ask the supplier about leasing, rental or Robot-as-a-Service, or use our request page for advice.
Compare
Compare QCar 2
| Feature | QCar 2Quanser | KebbiNUWA Robotics | Codey RockyMakeblock |
|---|---|---|---|
| Market status | Commercially available | Commercially available | Showcase |
| Application | Research, education and outreach for self-driving vehicles, Self-driving vehicle control | School programming lessons, Movement and sensors in education projects | Programming lessons, Sensor assignments |
| Deployment | Not confirmed | Not confirmed | Not confirmed |
| Region | Not publicly confirmed | Not publicly confirmed | Not publicly confirmed |
Explore alternatives
Alternatives to QCar 2
Profiles from the same category, selected by similar applications
mTiny
Different market status: showcase
View robot MatataStudioShowcaseVinciBot
Different market status: showcase
View robot Misty RoboticsCommercially availableMisty II
Different application: education
View robotFrequently asked questions
Questions about QCar 2
What is the Quanser QCar 2?
Quanser QCar 2 is an educational robot from Quanser, listed for research, education and outreach for self-driving vehicles and self-driving vehicle control. Key figures: weight 2.7 kg, runtime per charge approx. 2 h 11 min (stationary); 30 min (drivingd), with sensorterugkoppeling. Some figures apply under specific conditions; see the robot profile. Market status: commercially available. Availability and deployment options should be confirmed with a supplier. Robotleasen does not sell robots; it helps businesses compare suppliers and recorded information.
What are the specifications of the Quanser QCar 2?
Key figures: weight 2.7 kg, runtime per charge approx. 2 h 11 min (stationary); 30 min (drivingd), with sensorterugkoppeling. Some figures apply under specific conditions; see the robot profile. Values as recorded on the robot profile, generally based on manufacturer information. Configuration and operating conditions can change the figures; confirm them with the supplier.
Which supplier is listed for the Quanser QCar 2?
Quanser QCar 2 is listed under Quanser, based in Canada. Check local sales and support terms directly with the supplier.
Is the Quanser QCar 2 available to buy or lease in the Netherlands?
Commercially available. Deployment: not confirmed. Whether this model is available to buy, rent or lease in the Netherlands depends on the supplier. Ask a supplier to confirm current availability.
How much does the Quanser QCar 2 cost?
No reliable public price is listed for this model. Costs depend on configuration and supplier.
What is the Quanser QCar 2 used for?
The applications listed for the Quanser QCar 2 include research, education and outreach for self-driving vehicles and self-driving vehicle control.
What are alternatives to the Quanser QCar 2?
Profiles include Makeblock mTiny, MatataStudio VinciBot and Misty Robotics Misty II. Compare their applications, specifications and market status.
Next step
Could QCar 2 fit your organisation?
Review the recorded market status, applications and alternatives for this robot. We do not sell robots ourselves, but help you compare suppliers and terms.
Sources and checks
Checked against the manufacturer · last checked
- Manufacturer quanser.com
Specifications are generally based on manufacturer information and have not been measured by Robotleasen. See our editorial approach.