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AI robotics

AI roboticsSegway RoboticsCommercially available

Segway Robotics Nova Carter

By Segway Robotics

The Segway Nova Carter is an autonomous mobile robot platform with a Jetson AGX Orin module, 3D lidar and 360-degree camera coverage.

The Nova Carter (model Nova Carter P1) is a mobile robot platform from Segway Robotics based on the NVIDIA ecosystem. According to the page the vehicle measures 722 x 500 x 556 mm and has a computing platform with a Jetson AGX Orin 64 GB module, a 3D lidar (Hesai XT-32), front and rear 2D lidar and 360-degree stereo depth cameras and fisheye cameras. The battery is IPX7, replaceable and charges in 5 hours; the working temperature is 0 to 35 degrees Celsius and the overrun height 25 mm. The page says 'Production Ready' and names applications around warehouse logistics and ROS development. 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.
Type
AI robotics
Origin
United States
Deployment
Not confirmed
Region
United States
Applications
3 applications
  • AIAI robotics

    Artificial intelligence is central to perceiving and acting.

  • ModularAutonomous mobile robot platform with NVIDIA compute

    In the ai robotics category.

Schematic · photo not available
Runtime per charge
at least 8 hours

How long it works on one full battery.

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 Segway Robotics Nova Carter?

Segway Robotics Nova Carter is a robotics platform from Segway Robotics from United States, listed for warehouse management and logistics handling, autonomous operation replacing manual forklifts and guided vehicles and ros-based development with nvidia gpu acceleration. Key figures: runtime per charge at least 8 hours. 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.

Application

What was Nova Carter developed for?

  • Warehouse management and logistics handling

  • Autonomous operation replacing manual forklifts and guided vehicles

  • ROS-based development with NVIDIA GPU acceleration

Business fit

When might Nova Carter 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.

Market and supply

Is Nova Carter available?

A profile status is not a confirmed offer or delivery time

What is settled?

Checked 30 October 2026
  • Market status
    Commercially available

    The model is on sale; you can request it from a supplier.

    confirmed
  • Region
    United States

    Where the model is supplied, according to the profile.

    confirmed
  • Lease / RaaS
    Not confirmed

    No supplier has confirmed lease or robot-as-a-service.

    not confirmed
  • Rental
    Not confirmed

    No supplier has confirmed rental.

    not confirmed

2 of 4 settled. The rest depends on the supplier.

Ask about availability

Manufacturer

Segway Robotics

Organisation named in the documentation for Loomo Alpha Developer Edition. This profile links to product or developer information; current support and supply are unconfirmed.

Not publicly confirmed2 robot profiles in the directory
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OUR INTERPRETATION

Our perspective on Nova Carter

The Nova Carter (model Nova Carter P1) is a mobile robot platform from Segway Robotics based on the NVIDIA ecosystem. According to the page the vehicle measures 722 x 500 x 556 mm and has a computing platform with a Jetson AGX Orin 64 GB module, a 3D lidar (Hesai XT-32), front and rear 2D lidar and 360-degree stereo depth cameras and fisheye cameras. The battery is IPX7, replaceable and charges in 5 hours; the working temperature is 0 to 35 degrees Celsius and the overrun height 25 mm. The page says 'Production Ready' and names applications around warehouse logistics and ROS development. 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.

Request advice

Compare

Compare Nova Carter with alternatives

Open comparison overview
FeatureNova CarterSegway Robotics · this robotStretch 4Hello RobotALOHA StationaryTrossen RoboticsQTrobotLuxAI
Market statusCommercially availableShowcaseDiscontinuedShowcase
ApplicationWarehouse management and logistics handling, Autonomous operation replacing manual forklifts and guided vehiclesManipulation research, Mobile laboratory roboticsManipulation research, Collecting demonstration dataHuman-robot interaction research, Programming interactions
DeploymentNot confirmedNot confirmedNot confirmedNot confirmed
RegionUnited StatesNot publicly confirmedNot publicly confirmedNot publicly confirmed
Difference—Different market status: showcaseDifferent market status: discontinuedDifferent market status: showcase

Frequently asked questions

Questions about Nova Carter

What is the Segway Robotics Nova Carter?

Segway Robotics Nova Carter is a robotics platform from Segway Robotics from United States, listed for warehouse management and logistics handling, autonomous operation replacing manual forklifts and guided vehicles and ros-based development with nvidia gpu acceleration. Key figures: runtime per charge at least 8 hours. 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 Segway Robotics Nova Carter?

Key figures: runtime per charge at least 8 hours. 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 Segway Robotics Nova Carter?

Segway Robotics Nova Carter is listed under Segway Robotics, based in Not publicly confirmed. Check local sales and support terms directly with the supplier.

Is the Segway Robotics Nova Carter 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 Segway Robotics Nova Carter cost?

No reliable public price is listed for this model. Costs depend on configuration and supplier.

What is the Segway Robotics Nova Carter used for?

The applications listed for the Segway Robotics Nova Carter include warehouse management and logistics handling, autonomous operation replacing manual forklifts and guided vehicles and ros-based development with nvidia gpu acceleration.

What are alternatives to the Segway Robotics Nova Carter?

Profiles include Hello Robot Stretch 4, Trossen Robotics ALOHA Stationary and LuxAI QTrobot. Compare their applications, specifications and market status.

Read more about robot leasing

News and insights

Articles are currently available in Dutch

News section

Next step

Could Nova Carter 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

Based on secondary sources · last checked

Specifications are generally based on manufacturer information and have not been measured by Robotleasen. See our editorial approach.