SR ROBOTICS SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ
- ul. Pod Młynem 19 A, 40-313 Katowice, Poland
- 570 703 503
- BIURO@SRROBOTICS.PL
- srrobotics.pl
Description
SR ROBOTICS – Redefining the Future of Subsea Autonomy
SR Robotics is a Polish manufacturer of advanced underwater robotic systems serving the offshore, maritime, and energy sectors. Its solutions offer significant dual-use potential, supporting both civilian operations and maritime security missions. Drawing on expertise in robotics, electronics, automation, mechanical engineering, and software, SR Robotics designs and manufactures proprietary solutions tailored to the most demanding missions in challenging marine environments.
The SR Robotics portfolio comprises Autonomous Underwater Vehicles (AUVs), Remotely Operated Vehicles (ROVs), and Bottom Crawler robots. Designed for demanding underwater missions, these systems support a wide range of applications, including underwater inspection, search and detection, hazardous object identification, and specialized underwater operations.
A key area of development for SR Robotics is autonomous systems. The company’s technologies enable multiple AUVs to operate collaboratively as a swarm, enhancing the efficiency of large-area search and survey missions while reducing the time and operational costs associated with maritime operations.
The portfolio is complemented by the MagRob range of magnetic robots, designed to operate on steel surfaces. MagRob.CL is engineered for the removal of marine growth from ship hulls using high-pressure hydrodynamic cleaning at pressures of up to 500 bar. MagRob.AC is designed for the removal of paint coatings and corrosion using ultra-high-pressure water jetting at pressures of up to 2,500 bar.
SR Robotics develops robotic solutions that reduce the need for divers to perform hazardous and labor-intensive underwater operations. Its remotely operated and autonomous systems feature a modular design and platform-based architecture, enabling each robot to be configured and equipped to meet the specific requirements of the mission.
SR Robotics – Polish technology for modern underwater operations.
SR Robotics is a Polish manufacturer of advanced underwater robotic systems serving the offshore, maritime, and energy sectors. Its solutions offer significant dual-use potential, supporting both civilian operations and maritime security missions. Drawing on expertise in robotics, electronics, automation, mechanical engineering, and software, SR Robotics designs and manufactures proprietary solutions tailored to the most demanding missions in challenging marine environments.
The SR Robotics portfolio comprises Autonomous Underwater Vehicles (AUVs), Remotely Operated Vehicles (ROVs), and Bottom Crawler robots. Designed for demanding underwater missions, these systems support a wide range of applications, including underwater inspection, search and detection, hazardous object identification, and specialized underwater operations.
A key area of development for SR Robotics is autonomous systems. The company’s technologies enable multiple AUVs to operate collaboratively as a swarm, enhancing the efficiency of large-area search and survey missions while reducing the time and operational costs associated with maritime operations.
The portfolio is complemented by the MagRob range of magnetic robots, designed to operate on steel surfaces. MagRob.CL is engineered for the removal of marine growth from ship hulls using high-pressure hydrodynamic cleaning at pressures of up to 500 bar. MagRob.AC is designed for the removal of paint coatings and corrosion using ultra-high-pressure water jetting at pressures of up to 2,500 bar.
SR Robotics develops robotic solutions that reduce the need for divers to perform hazardous and labor-intensive underwater operations. Its remotely operated and autonomous systems feature a modular design and platform-based architecture, enabling each robot to be configured and equipped to meet the specific requirements of the mission.
SR Robotics – Polish technology for modern underwater operations.
Products
AUV BELONA
AUV BELONA
Belona is autonomous underwater vehicle, powered by internal batteries, capable of performing long time missions in open and in-land waters.
It is equipped with precise underwater navigation system which enables advanced research work over large areas.
Integrated sensors and hydrodynamic characteristics gives possibility to perform low altitude missions using magnetometers, SSS, MBES and cameras.
Sophisticated on-board software with swarm functionality allows to perform missions using multiple AUV vehicles.
Innovative dual USBL positioning system equipped with atomic clocks gives precise on-line position to operator and boosts position post-processing of hydrographic data.
The modular designed AUV vehicle can be appropriately equipped to perform long time missions.
BOTTOM CRAWLER CRAB WORK CLASS
BOTTOM CRAWLER CRAB WORK CLASS
The CRAB Bottom Crawler is a high-endurance, remotely operated underwater vehicle designed for specialized operations in littoral zones and inland waterways at depths up to 50m. Engineered as a modular mission platform, its ruggedized tracked chassis is optimized for the integration of diverse sensor suites and effectors, making it a versatile asset for both maritime security and critical infrastructure protection.
Beyond standard hydrotechnical tasks, the CRAB is a specialized tool for Explosive Ordnance Disposal (EOD) and Mine Countermeasures (MCM). It provides a comprehensive solution for the neutralization of Unexploded Ordnance (UXO)—including sea mines and legacy chemical munitions. The platform supports the full operational spectrum: from high-fidelity target acquisition and de-burial to the secure transport or extraction of hazardous underwater threats.
Octopus ROV WORK CLASS
Octopus ROV WORK CLASS
The Octopus is a high-performance, electrically driven Remotely Operated Vehicle (ROV) engineered for specialized operations in offshore and inland waters. Its modular chassis allows for rapid reconfiguration and seamless integration of mission-specific sensors and tooling.
Designed as a dual-use platform, the Octopus is equally suited for commercial subsea inspections and security-critical missions. Its adaptable design supports diverse applications ranging from scientific research to defense and search-and-recovery (SAR) operations.
Connected via a neutral-buoyancy umbilical, the vehicle integrates high-speed fiber optics and power delivery. This surface-fed architecture eliminates battery constraints, enabling unlimited mission endurance and continuous underwater deployment.
Remotely operated magnetic crawler MagRob RM.AC
Remotely operated magnetic crawler MagRob RM.AC
MagRob RM.AC is remotely operated vehicle, electrically driven, with system of permanent magnets producing attraction force to move on any ferromagnetic surface. RM.AC is connected to the surface station by a tether cable. Surface preparation UNIT applied in RM.AC allows corrosion and damaged paint layers removal using water jets under ultra high pressure up to 250MPa. Side channel blower used with vacuum container enable smooth collection and further utilization of extracted mass. To prevent fall from high RM.AC is equipped with retractable devices. Built-in IMU electronic module allows for precise localization of the vehicle on the working area. Cameras located front and back, record image before and after the process. Control software allows for system diagnostics, data acquisition and archiving of current operating parameters and pictures from both cameras.
MagRob RM.CL
MagRob RM.CL
MagRob RM.CL is remotely operated, electrically driven, unmanned vehicle, with system of permanent magnets producing force to move on any ferromagnetic surface. The Cleaning UNIT applied in RM.CL allows bio-fouling removal from a vessels hull, extraction and separation process.
Filtration system ensures bio-fouling separation and its further utilization. To ensure high water purification system uses cascade filtration, which allows to return water to the dock without harmful effect on a local fauna.
Cleaning unit is equipped with a precisely controlled powertrain and cleaning is both repeatable and adapted to the existing fouling.
This system enables dynamic adjustments of impact water stream on a cleaned surface.
Applied underwater acoustic positioning devices and GNSS allows for localisation of a vehicle during operation.
Brands
Blue Robotics
Cerulean Sonar
SR Robotics