$12,597
Husarion Lynx UGV is an unmanned ground vehicle from HUSARION. Developers typically integrate perception and localization sensors, then run robotics software (often ROS/ROS 2) for teleoperation, mapping, and autonomous navigation.
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Husarion Lynx UGV is an unmanned ground vehicle from HUSARION. Developers typically integrate perception and localization sensors, then run robotics software (often ROS/ROS 2) for teleoperation, mapping, and autonomous navigation.
Husarion Lynx UGV is an unmanned ground vehicle from HUSARION. Developers typically integrate perception and localization sensors, then run robotics software (often ROS/ROS 2) for teleoperation, mapping, and autonomous navigation.
In practice, integrators choose: Perception sensors (depth camera, stereo camera, LiDAR) Localization sensors (IMU, wheel odometry, GNSS where outdoors) Compute (x86/ARM industrial PCs, NVIDIA edge devices, or lab computers via tether/Wi-Fi) Because these components are integrator-selected, Lynx specifications in the field can vary significantly by build.
For procurement, match the exact model or part number, included accessories, configuration and condition to the written quotation before installation or deployment.
Match model, part number and serial or product-label details to the quotation.
Review system, accessory, software, power and facility requirements that apply to this product.
Confirm condition, included items, warranty, documentation and delivery terms before payment.
Use the product media and final exact-unit photographs to confirm configuration and condition before shipment.
The points below summarize model-specific information supported by manufacturer, regulatory or technical documentation.
Developers typically integrate perception and localization sensors, then run robotics software (often ROS/ROS 2) for teleoperation, mapping, and autonomous navigation.
In practice, integrators choose: Perception sensors (depth camera, stereo camera, LiDAR) Localization sensors (IMU, wheel odometry, GNSS where outdoors) Compute (x86/ARM industrial PCs, NVIDIA edge devices, or lab computers via tether/Wi-Fi) Because these components are integrator-selected, Lynx specifications in the field can vary significantly by build.
Husarion maintains ROS/ROS 2 repositories and example stacks that are designed to support Husarion UGVs (including Lynx alongside other platforms), enabling common robotics workflows such as simulation, teleoperation, and autonomy experimentation.
As the robotics ecosystem has shifted toward higher payloads, longer endurance, and more standardized autonomy stacks, the Lynx has commonly been referenced alongside Husarion’s newer UGV platforms and the open tooling used to run navigation, mapping, and docking workflows.
Common benefits include a modular payload-friendly chassis, ROS ecosystem compatibility, and a workflow that supports autonomy development in simulation before deploying to hardware—useful for education and R&D teams.
Suitability depends on the exact configuration, compatible systems, intended professional use and manufacturer instructions.
Evaluate Husarion Lynx UGV for inspection, surveillance, research or hazardous-environment tasks supported by its exact mobility and payload package.
Match tracks/wheels, ground clearance, slope/stair capability, speed and environmental rating to the intended terrain.
Confirm cameras, LiDAR, manipulators, communications, power outputs and mounting interfaces.
Review remote-control range, navigation stack, SDK/API and networking requirements before deployment.
The table summarizes confirmed model and technical information confirmed from product specifications and technical documentation. Configuration-sensitive values should be checked against the exact supplied unit.
Use this checklist to reduce configuration, compatibility and acceptance problems.
Manufacturer and regulatory references are prioritized so buyers can verify identity, compatibility and configuration-sensitive information.
Technical or regulatory resource relevant to Husarion Lynx UGV evaluation.
Technical or regulatory resource relevant to Husarion Lynx UGV evaluation.
Key questions for evaluating Husarion Lynx UGV before purchase.
Developers typically integrate perception and localization sensors, then run robotics software (often ROS/ROS 2) for teleoperation, mapping, and autonomous navigation.
Exact Husarion Lynx UGV model/part reference and product label; Installed configuration, software and compatible accessories where applicable; Physical and functional condition of the exact supplied unit.
No. Hardware revision, software, accessories, modules, handpieces, probes or other options can vary. The written quotation and exact-unit identification should define the supplied configuration.
Only items explicitly listed in the quotation and packing scope should be treated as included. Reference photographs can show accessories or system components that are not part of the final offer.
International B2B delivery can be arranged for approved destinations subject to product-specific transport requirements, customs rules and the agreed freight, insurance and delivery terms.
Manufacturer names and trademarks are used for product identification. Confirm model-specific instructions, compatibility and regional requirements before use.
Model, label/serial information, condition and supplied configuration can be confirmed before dispatch.
Quotation, packing scope, warranty terms and delivery responsibilities are documented before order approval.
Export packing, freight, insurance and shipment documentation can be coordinated for approved destinations.
Support is available for configuration questions, installation planning and procurement documentation.
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