QINQI Robotics integrates quadruped platforms, thermal imaging, gas detection and AI software into inspection systems that replace people in hazardous environments — oil & gas plants, substations, mines and emergency scenes.
Plant walkdowns in explosive atmospheres, substation rounds at 3 a.m., post-incident reconnaissance inside burning buildings. Each task is dangerous, repetitive and expensive — and staffing it is getting harder.
Workers performing manual rounds in Zone 1 areas, energized switchyards or post-blast structures are exposed to preventable risk every shift.
Handheld readings miss trends. Gauges are read late, thermal anomalies go unnoticed until failure, and records are incomplete for audits.
Two to three technicians per shift, 24/7 coverage, contractor premiums and downtime for manual checks add up to a seven-figure annual bill.
Each solution page covers the site-specific standards, payloads and deployment model that matter to that industry.
Robot manufacturers sell you their robot. We help you pick the right platform for your site, engineer the payloads and software for your exact task, and support the deployment — at a fraction of the cost of the big-name systems.
We select the right morphology for your terrain — wheeled-leg for long, flat routes (more distance per charge, still clears kerbs and drains) and pure-legged for stairs, gratings and cluttered areas. Built on China’s leading platforms — Unitree, DEEP Robotics, Micbot (MOVENEW series) and others — so the robot matches the site, not the other way around.
Thermal cameras, gas sensors, radiation probes, two-way audio, bespoke AI vision models — engineered as one system, delivered with ROS 2 / Python APIs you can extend.
Built on a Chinese supply chain and integrated in-house, our systems deliver Spot-class inspection capability at roughly one-third to one-half the total cost. See the detailed comparison with Boston Dynamics Spot →
We work with China’s mainstream quadruped manufacturers as an integration partner — sourcing, certifying and deploying their platforms with our payloads, software and site engineering. Brand names are property of their respective owners.
We map your routes, hazards, standards and data needs — on-site or remote.
Platform, payloads, autonomy and reporting are integrated and tested against your environment.
Commissioned on site, with operator training, spares and remote support after handover.
Quadruped with gas detection and thermal imaging now covers flare and tank-farm rounds twice daily, removing technicians from Zone 2 exposure.
Autonomous rounds capture thermal and visual data on switchgear and busbars, with AI alerts on abnormal temperature rise before failures occur.
Detailed case studies with site data are published on our case library as deployments complete their first operating year. Request a reference conversation via contact.
No — QINQI is a systems integrator. We select the quadruped platform that fits your site, engineer the payload set, build the inspection software and reporting, integrate with your SCADA or CMMS, then commission and support the system. The robot is one component; the working inspection capability is what we deliver.
We build on established industrial quadrupeds from Unitree (Go2, B2, B2-HD), DEEP Robotics (Jueying X20 / X30) and Micbot (MOVENEW T1 / P1 / P2), among others. Being platform-agnostic means the robot is matched to your conditions instead of your conditions being matched to a catalogue.
Typically 4–8 weeks from site survey to a working pilot: survey and route mapping, payload configuration, software and reporting setup, on-site commissioning, then operator training. Heavily regulated environments take longer, mostly on your qualification and permitting side rather than ours.
Yes. We handle export, regional commissioning, spares planning and ongoing software and firmware maintenance for the systems we deliver, so you deal with one accountable integrator rather than managing a cross-border vendor relationship yourself. Support terms are defined per contract.
It depends on platform, payload set, integration scope and support term, so we do not publish a headline number that will not survive contact with your requirements. Send us the site type and the rounds you want automated and you will get an indicative figure and a feasibility read within one business day.
Send us your inspection task, environment and standards — we respond within one business day with a feasibility assessment, indicative pricing and deployment timeline. No obligation.
Practical lessons from real deployments — ATEX, SLAM, integration pitfalls, how to read vendor claims.
Buying an ATEX sticker is not the same as running a Zone 1 inspection. Here is what a real deployment looks like and where integrators cut corners.
Read article →LiDAR, visual, and fused SLAM each have failure modes. Here is a decision framework based on the actual environments we walk into.
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