Innovation in Robotics Fuelled Data Collection and Intelligence
Unmanned Solutions and Bespoke Payload IntegrationsSkyRanger R70 Tethered Flight
Flying the Teledyne FLIR SkyRanger R70 on a tether is a unique experience that offers several advantages over traditional drone flight. One of the primary benefits of tethered flight is that it allows for longer flight times since the drone can be powered by a...
ROBOTICS CENTRE
What We Do
At Robotics Centre we are committed to providing our clients with high quality custom unmanned system solutions and counter-system solutions to meet their needs and challenges.
Our focus is on best of breed robotics combined with Robotics Centre developed bespoke payload integrations.
Our goal at Robotics Centre is to not only enhance our clients’ bottom line through increased capabilities, efficiency, and productivity, but to also increase our clients’ safety and security in demanding and high-risk environments.
With a global team, Robotics Centre is there to ensure all solutions are delivered with the right amount of training and handover; whether it be a one-day tutorial or a four-week intensive training program.
Not sure how you can benefit from unmanned solutions? Robotics Centre can assist in unmanned system program feasibility, design, and implementation within government and industrial processes.
ROBOTICS CENTRE
Where We Focus
ROBOTICS CENTRE
Our Solutions
Robotics Centre | ECHO
Fully integrated low SWaP-C package for the automatic surveying and emulation of real mobile phone networks.
FLIR | SkyRanger R70
FLIR’s next-generation SkyRanger establishes a new benchmark for small UAS performance and reliability.
Milrem | Multiscope UGV
The most capable autonomous ground vehicle for extreme terrains and environments.
DeepTrekker | Pivot
With the perfect balance between size and power, perform efficient, accurate and convenient underwater inspections and surveys
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Case Studies
Mining Case Study
Nevada, USA, contains some of the world’s largest gold mining operations in the world, relying on the Sublevel Stoping Mining Method for ore body extraction. Traditional Cavity Monitoring Systems (CMS) in standard mining operations leave a lot to be desired in terms of complete 3D imaging in dangerous and inaccessible cavities. Traditional CMS technologies are boom-mounted and simply extended into cavities, often missing crucial information. The effects of data gaps are not only financial but can lead to loss of life. As a solution Robotics Centre introduces surveyors to robotic fuelled data collection in the form of GPS-denied autonomous (no pilot) UAVs designed for data collection in dark, dangerous, and inaccessible cavities.
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Oil and Gas Case Study
Saudi Arabia is home to the world’s largest and most valuable oil and gas companies. With such a scale, the ability to inspect and maintain the many thousands of oil and gas infrastructure assets (e.g. storage tanks, flare stacks, and etc.) has been an equally enormous challenge, especially as infrastructure begins to age. Traditional means of inspection require extremely large timelines, pose a serious risk to inspectors, and are very costly. As a solution, Robotics Centre introduces engineers to robotic fuelled data collection in the form of automatic high-quality imagery collection through UAVs equipped with high-level zoom cameras and the potential for intelligent imagery processing with AI for specific infrastructure degradation (e.g. rust).
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Defence and Security Case Study
The recent legalization of Cannabis in Canada has caused an explosion of growers and producers. As production moves to large outdoor fields, the ability for Canadian Inspectors to effectively and efficiently perform their duties is challenged, simply due to scale. Moreover, as producers vary widely (large facilities, industrial, and even residences), inspections occur where information about a site is not readily available, leaving inspectors open to personal safety and security risks. As a solution Robotics Centre introduces inspectors to both agricultural and security-based robotic fuelled data collection and offers consultation with a focus on unmanned system program feasibility, design, and implementation within the Government of Canada processes.
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Mining
Nevada, USA, contains some of the world’s largest gold mining operations in the world, relying on the Sublevel Stoping Mining Method for ore body extraction. Traditional Cavity Monitoring Systems (CMS) in standard mining operations leave a lot to be desired in terms of complete 3D imaging in dangerous and inaccessible cavities. Traditional CMS technologies are boom-mounted and simply extended into cavities, often missing crucial information. The effects of data gaps are not only financial but can lead to loss of life. As a solution Robotics Centre introduces surveyors to robotic fuelled data collection in the form of GPS-denied autonomous (no pilot) UAVs designed for data collection in dark, dangerous, and inaccessible cavities.
Oil & Gas
Saudi Arabia is home to the world’s largest and most valuable oil and gas companies. With such a scale, the ability to inspect and maintain the many thousands of oil and gas infrastructure assets (e.g. storage tanks, flare stacks, and etc.) has been an equally enormous challenge, especially as infrastructure begins to age. Traditional means of inspection require extremely large timelines, pose a serious risk to inspectors, and are very costly. As a solution, Robotics Centre introduces engineers to robotic fuelled data collection in the form of automatic high-quality imagery collection through UAVs equipped with high-level zoom cameras and the potential for intelligent imagery processing with AI for specific infrastructure degradation (e.g. rust).
Defence & Security
The recent legalization of Cannabis in Canada has caused an explosion of growers and producers. As production moves to large outdoor fields, the ability for Canadian Inspectors to effectively and efficiently perform their duties is challenged, simply due to scale. Moreover, as producers vary widely (large facilities, industrial, and even residences), inspections occur where information about a site is not readily available, leaving inspectors open to personal safety and security risks. As a solution Robotics Centre introduces inspectors to both agricultural and security-based robotic fuelled data collection and offers consultation with a focus on unmanned system program feasibility, design, and implementation within the Government of Canada processes.
ROBOTICS CENTRE
Trusted Partners
