Public Sector & Government Robots
Support public safety, infrastructure inspection, and municipal services with government-grade robotics.
Government agencies and municipalities deploy robots for tasks that keep citizens safe and city infrastructure running — from bomb disposal and hazardous response to bridge inspection and public space maintenance.
Common use cases
Key benefits
Keep personnel out of hazardous situations
Extend limited municipal budgets further
Improve infrastructure inspection frequency
Speed up emergency and disaster response
Frequently asked questions
What do government bodies use robots for?
Public safety response (bomb disposal, hazmat), infrastructure inspection, and municipal services — plus facility cleaning and security patrol for public buildings.
What do public-safety robots cost?
$50,000–$250,000 per unit (per our public-safety use-case data). Budgeting is typically risk-reduction and incident-cost-avoidance rather than payback.
Can robots inspect public infrastructure?
Yes — bridges, utilities and confined spaces. Robotic substation inspection has cut operating costs ~70% in utility deployments while removing staff from hazardous rounds.
How do robots protect first responders?
They enter fires, chemical spills and suspect-device scenarios first, streaming gas, radiation, thermal and video data so humans engage informed — or not at all.
Does RoboMercato support public procurement processes?
Yes — formal quotes, compliance documentation and finance structures suited to programme budgets.
Featured robots
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Pudu Robotics CC1 Pro
The PUDU CC1 Pro is an autonomous commercial cleaning robot designed for small and medium-sized indoor public areas such as offices, commercial buildings, retail malls, apartment hotels and residential common areas. It combines sweeping, scrubbing, carpet vacuuming and dust mopping in one machine, with LiDAR and visual fusion positioning to support autonomous cleaning in dynamic indoor environments. For facilities teams, its main value is improving cleaning consistency and reducing routine manual intervention, while optional workstation functions can support automatic charging, water refill, drainage and self-cleaning workflows.
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Pudu Robotics MT1
PUDU MT1 is an AI-powered dry sweeping robot designed for large-scale commercial and industrial environments. It focuses on hard-floor sweeping, AI trash recognition and AI spot cleaning rather than wet scrubbing or mopping. With a 70 cm cleaning width, 35 L dustbin, LiDAR/VSLAM navigation and autonomous charging support, it is best suited to warehouses, factories, home-improvement retail, stations, airports and other large indoor areas with recurring debris. Its main value is reducing repetitive manual sweeping while maintaining cleanliness across large, dynamic sites.
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Pudu Robotics MT1 Max
The PUDU MT1 Max is an AI-powered autonomous commercial sweeping robot designed for large-scale hard-floor environments such as airports, railway stations, residential courtyards, parking garages and other controlled indoor, semi-outdoor or outdoor areas. It combines a 700 mm sweeping path, 35 L dustbin and AI-supported debris recognition with cover cleaning up to 2,200 m2/hour and Ultra Spot Clean performance up to 7,000 m2/hour. LiDAR and vision-fusion positioning, 3D perception and multi-sensor obstacle avoidance support operation around vehicles, pedestrians and animals. For facilities teams, its main value is high-area dry sweeping with 5-10 hours of runtime and optional autonomous charging, subject to flat hardened floors and restrictions on rain, snow, standing water and extreme weather.
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Pudu Robotics MT1 Vac
The PUDU MT1 Vac is an AI-powered autonomous commercial sweeper and vacuum for large, flat indoor environments, including airports, hotels, banquet halls and industrial facilities. It combines sweeping, vacuuming and dust mopping and can work across hardened floors and short-pile or industrial carpets, with LiDAR and vision-fusion navigation plus AI floor and debris recognition. The robot offers a 700 mm sweeping path, 550 mm vacuuming width, up to 1,400 m2/hour theoretical productivity and 3-6.5 hours runtime. Optional automatic charging and PUDU Link/IoT integrations can reduce charging intervention and connect the unit with building systems, while local certification, service coverage and site suitability should be confirmed before deployment.
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AGIBOT C5
The AGIBOT C5 is an autonomous commercial cleaning robot designed for medium and large indoor facilities. It combines sweeping, scrubbing and dust mopping, with a published maximum cleaning efficiency of 1,980 m²/h, a 550 mm washing width, a 90 L water tank and 25 kg of scrubbing pressure. AGIBOT Autonomy uses laser-vision fusion positioning and visual/point-cloud perception for mapping, obstacle recognition and real-time avoidance. Closed-loop cleaning can identify missed areas and trigger automatic recleaning, while robot, mobile and cloud controls support remote start, scheduling and automated job reports. With the optional workstation, the C5 can recharge, refill clean water, drain wastewater and rinse its sewage tank automatically, reducing routine intervention in shopping malls, transport hubs, factories, hospitals, supermarkets, offices, hotels and similar hard-floor sites.
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AGIBOT D1 Max IP67
The AGIBOT D1 Max IP67 is an industrial wheel-legged quadruped designed for logistics, remote task execution and search-and-rescue support across demanding indoor and outdoor terrain. It combines a 25 kg rated payload, 6 m/s maximum speed, up to 5 hours of unloaded operation and dual hot-swappable batteries with IP67 protection and a -20°C to 55°C operating range. Dual 96-channel LiDARs, front and rear 8 MP cameras, GNSS RTK, an automotive-grade IMU and ultrasonic sensing provide a strong perception foundation, while the SDK and extensive power/data interfaces support custom payload and autonomy development. Its wheel/leg mode switching, 45-degree climbing angle, 25 cm continuous stair capability and 80 cm maximum obstacle height make it suitable for industrial sites where wheeled efficiency and legged terrain access are both required.
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