Husarion

Introduction / Overview

Husarion is the company that made ROS robots you can simply buy. Founded in Poland in late 2013, Husarion builds ROS 2-native autonomous mobile robot platforms whose defining trait is that they work the way robotics developers actually work: fully open-source software, exhaustive documentation with worked reference projects, an active developer forum, and hardware engineered around the ROS/ROS 2 ecosystem rather than adapted to it afterward. The endorsements come from the field's most credible sources — TU Delft's Systems and Control center runs ROSbot fleets to emulate autonomous-vehicle traffic scenarios, citing the documentation and examples; a German construction-robotics firm chose the Panther as the base for masonry robots and last-mile delivery vehicles, citing durable build quality, transparent open-source software, and the ability to fix issues themselves.

The lineup ladders cleanly across three tiers. The ROSbot family — ROSbot 2R, 2 Pro, the current ROSbot 3 and 3 PRO, and the modular ROSbot XL — anchors indoor research, education, and prototyping: compact ROS 2-native UGVs with real-time ROS 2 Control, micro-ROS, and configurable sensors and compute. The Lynx brings industrial protection indoors and out: an IP54/66-rated alloy chassis just 54 cm wide — fitting standard doorways — with a 65 kg payload, hot-swappable batteries, and a customizable user compartment. And the Panther is the industrial flagship: an all-terrain outdoor UGV with IP54/IP66 protection, integrated 4G LTE/WiFi/GNSS connectivity, and payload-and-power headroom proven by operating a Yaskawa robotic arm continuously for 24 hours. For universities, R&D teams, integrators, and startups building autonomous systems, Husarion is the platform vendor that removes the platform problem.

Design and Features

ROSbot Family — The Research and Education Standard

• ROSbot 3 / ROSbot 3 PRO — the current-generation indoor platforms purpose-built for research and education: ROS 2-native autonomy development in a compact, lab-friendly format, with the PRO tier adding compute and sensing headroom.
• ROSbot XL — the modular development workhorse: an aluminum 4×4 chassis delivered with both standard and mecanum wheel sets (conventional driving plus holonomic maneuvering in tight spaces), an STM32F4 low-level controller with Ethernet linkage to configurable single-board computers, Bosch IMU and wheel encoders, programmable perimeter LEDs and speaker for HRI experiments, real-time ROS 2 Control with micro-ROS, and straightforward charging — the general-purpose base for adding 2D LiDAR, RGB-D/stereo cameras, and lightweight manipulators.
• ROSbot 2R / 2 Pro — the established earlier generations still serving classrooms and labs worldwide.
• Reproducibility as a feature — reference projects, detailed manuals, and documented configurations mean experiments transfer between labs and cohorts — the reason ROSbots became a de facto teaching standard.

Lynx — Industrial Protection, Doorway Footprint

(Husarion's Lynx — distinct from Deep Robotics' LYNX wheel-legged series.)

• IP54/66-rated rugged alloy chassis — harsh-condition tolerance in a platform measuring just 54 × 64 cm: narrow enough for standard doorways, corridors, and tight industrial spaces.
• 65 kg payload, 1.5 m/s, dual 473 W BLDC drive — serious carrying capacity for inspection sensors, delivery loads, and light manipulation.
• Hot-swappable battery system — continuous-operation economics without charging downtime.
• Customizable user compartment — a modular bay tailoring the platform to the mission without integration gymnastics.

Panther — The Industrial Outdoor Flagship

• All-terrain, IP54/IP66 outdoor UGV — the open-source industrial platform for agriculture, rescue, inspection, logistics, and construction environments.
• Connectivity built in — a Teltonika industrial router delivering dual-band WiFi, 4G LTE with dual SIM, Bluetooth, and full-constellation GNSS (GPS, GLONASS, BeiDou, Galileo): remote operation and fleet telemetry out of the box.
• Mobile-manipulation-grade power — high payload capacity and battery reserves demonstrated by running a Yaskawa robotic arm for 24 hours — the field-proven basis for arm-equipped configurations.
• Safety-conscious industrial design — dimensions and behavior suited to direct cooperation with human operators on active worksites, with LED signal lighting integrated into the bumpers.
• Open to the core — ROS-based, open-source software that integrators can inspect, extend, and fix themselves — cited by customers as decisive.

The Husarion Ecosystem

Across the range: ROS 2-native software, open repositories, simulation support, remote connectivity tooling, and documentation quality that customers name unprompted — plus accessory ecosystems (LiDAR, RGB-D, GPS, UWB, arms) with documented mounting and integration paths.

Technology and Specifications

Choosing Within the Range

Confirm current datasheets and configuration options before specifying — compute, sensor, and battery packages vary by build, and datasheets are available on request.

Why ROS 2-Native Matters

Most "ROS-compatible" robots bolt ROS onto proprietary controllers; Husarion platforms are engineered from the controller up for ROS 2 — real-time control interfaces, micro-ROS on the embedded layer, and open drivers — which is why code written on a ROSbot in a classroom deploys onto a Panther in a field with the workflow intact. For teams whose product is their autonomy stack, that continuity is the purchase rationale.

Position in the Market

Against Clearpath-class research UGVs, Husarion competes on aggressive value with genuinely open software; against hobbyist kits, on industrial build quality, IP ratings, and documentation depth. The niche it owns: the complete open ROS 2 ladder from classroom robot to deployable industrial UGV within one vendor's coherent ecosystem.

Applications and Use Cases

University Research and Education

The core constituency: SLAM, Nav2, multi-robot, and autonomy curricula on ROSbot fleets — with documented reproducibility that survives student turnover, validated by institutions like TU Delft.

R&D Prototyping and Custom Robots

The ROSbot XL and Lynx as foundations for integrators and startups building custom indoor robots — sensors, compute, and manipulators added along documented paths.

Outdoor Field Robotics

Panther deployments across agriculture, inspection, rescue, and logistics — including customer-built last-mile delivery vehicles and construction-site masonry robots operating alongside human crews.

Mobile Manipulation

Panther and Lynx as arm-carrying bases, with the Panther's 24-hour Yaskawa-arm operation as the field benchmark.

Fleet and Remote Operations

Built-in LTE, GNSS, and Husarion's connectivity tooling supporting remotely monitored and multi-robot deployments.

Advantages / Benefits

• The open ROS 2 ladder — classroom to industrial field on one software philosophy, with code that transfers up the range.
• Documentation as a product — manuals, reference projects, and an active forum that customers cite as the reason development stays smooth.
• Genuinely open source — inspect, extend, and self-fix: the transparency integrators name as decisive.
• Industrial credibility — IP-rated chassis, hot-swap power, LTE/GNSS connectivity, and 24-hour manipulation endurance.
• European engineering and support — Polish design and manufacturing with a global reseller network.
• Value positioning — competitive pricing customers highlight against premium research-UGV alternatives.

For buyers researching where to buy Husarion robots, or comparing ROSbot, Lynx, and Panther prices and costs against Clearpath and other research UGVs, the evaluation should weigh ROS 2 nativeness, documentation depth, software openness, protection ratings, and range continuity — the dimensions where Husarion's developer-first philosophy leads.

FAQ

What is Husarion?

Husarion is a Polish robotics company founded in 2013, building ROS 2-native autonomous mobile robot platforms — the ROSbot research and education line, the protected Lynx, and the industrial outdoor Panther UGV — with fully open-source software and reference-grade documentation.

What is the Husarion ROSbot?

The ROSbot family comprises compact indoor UGVs for research, education, and prototyping — currently the ROSbot 3 and 3 PRO, plus the modular ROSbot XL with 4×4 drive, interchangeable standard and mecanum wheels, real-time ROS 2 Control with micro-ROS, and configurable sensors and compute.

What is the Husarion Panther?

The Panther is Husarion's industrial all-terrain UGV: IP54/IP66 protection, integrated dual-SIM 4G LTE, WiFi, and full-constellation GNSS, and payload-and-power capacity proven by operating a Yaskawa robotic arm continuously for 24 hours — serving agriculture, rescue, inspection, logistics, and construction.

What is the Husarion Lynx?

The Lynx is a protected mobile platform with an IP54/66 alloy chassis just 54 cm wide — fitting standard doorways — carrying 65 kg at up to 1.5 m/s, with hot-swappable batteries and a customizable user compartment for inspection and delivery missions. (It is unrelated to Deep Robotics' LYNX wheel-legged series.)

Are Husarion robots good for education?

Exceptionally — ROSbots are a de facto ROS 2 teaching standard, with documentation, worked examples, and reproducible configurations praised by university users, and a price point supporting multi-unit classroom fleets.

Is Husarion software really open source?

Yes — the platforms run open-source ROS-based software that customers can inspect, modify, and fix independently, a transparency industrial users cite as a primary purchase reason.

Why is Husarion important?

Husarion solved the platform problem for ROS developers: engineered-for-ROS 2 hardware from classroom to industrial field, open software, and documentation that makes autonomy development start on day one rather than month three.

How much do Husarion robots cost?

The ROSbot line spans education-accessible tiers, the Lynx sits in the professional platform class, and the Panther in the industrial UGV tier — consistently competitive against premium research-UGV alternatives. Contact a distributor for current pricing, configuration guidance, datasheets, and delivery timelines for your region.

Summary

Husarion built the ROS 2 range that grows with its users: ROSbots teaching SLAM in classrooms from Delft to everywhere, the ROSbot XL prototyping custom robots on mecanum wheels and real-time control, the doorway-slim IP66 Lynx hauling 65 kilograms through industrial corridors on hot-swap power, and the Panther running robotic arms through 24-hour outdoor shifts with LTE and GNSS aboard — all on genuinely open software and documentation good enough that customers mention it in testimonials. For universities, R&D teams, and integrators whose product is their autonomy stack, Husarion is the platform decision that stays made. For anyone looking to buy a Husarion ROSbot 3, ROSbot XL, Lynx, or Panther, compare their costs against Clearpath and other research UGVs, or plan an education, research, or field deployment, this guide provides the essential foundation.