DEEP Robotics
Chinese maker of embodied AI robots: quadruped robot dogs, wheel-legged platforms and industrial humanoids that inspect substations and tunnels, survey construction sites, patrol facilities and enter hazardous areas ahead of rescue teams, in rain, dust or darkness.
What is DEEP Robotics?
DEEP Robotics is a Chinese robotics manufacturer, founded in 2017 in Hangzhou, that designs and builds legged robots for industrial work. It describes its purpose as pioneering the innovation and application of embodied AI: robots that perceive their surroundings, decide what to do and act on that decision without a human at the controls. The company develops the whole stack itself, from the actuators up, around a perception, decision and execution framework built on multimodal environmental sensing, cross-scenario navigation and combined sensing and motion control.
The catalogue covers four families. The X series holds the industrial quadrupeds: the X30 weighs 56 kg, walks at 4 m/s or more, climbs 45 degree slopes, carries an IP67 rating and runs two and a half to four hours on a swappable battery. The LYNX line adds wheels to legs; the M20 is presented as the first wheel-legged robot built for hazardous terrain, at 35 kg with a 15 kg payload, twin 96-line lidars and three hours of unloaded endurance. The humanoid line runs DR01 and DR02, the latter announced as the first industrial humanoid with IP66 protection and modular limbs that clip off for field replacement. The Lite series is the entry point for laboratories: Lite3 weighs 12 kg and ships with models, a motion control SDK, APIs and sample code. DEEP Robotics also sells its J60, J80 and J100 joints as components.
In the field, the robots patrol substations, crawl through power cable tunnels, survey construction sites with 3D scanners, enter collapsed or toxic areas ahead of rescue teams, and walk security rounds in markets and warehouses. The company reports coverage of all 34 provincial-level regions in China and 44 countries and regions abroad, with named deployments in Singapore, Saudi Arabia and North America. A navigation layer called DeepVLA 1.0 pairs semantic point clouds with large language models so a route can be adjusted by plain speech. Research from the company has appeared on the cover of Science Robotics.
What it does
- Run fully autonomous inspection rounds, including self-charging and real-time data upload
- Climb stairs and industrial gratings up to 45 degrees and cross obstacles of 20 to 80 cm
- Keep working in rain, snow, hail, dust and total darkness thanks to IP66 or IP67 sealing
- Detect and avoid obstacles in all directions while adapting gait to the terrain underfoot
- Carry mission payloads: bi-spectrum PTZ camera, robotic arm, gas sensor, life detector, 5G link
- Scan and map construction sites in 3D along a preset path, with satellite positioning
- Take a destination as a spoken instruction and plan the route with DeepVLA 1.0
When to use DEEP Robotics / When not to
A quick filter to help you decide if DEEP Robotics is the right fit.
When to use DEEP Robotics
- Power and utility operators running substation, overhead line and cable tunnel inspections
- Fire, rescue and emergency management teams needing to scout toxic, hypoxic or collapsed sites
- Industrial maintenance and reliability teams inspecting smelters, mines, pipelines and factory floors
- Security and loss prevention managers covering large markets, warehouses and campuses around the clock
- University robotics laboratories and researchers who need a programmable legged platform with an SDK
When not to use DEEP Robotics
- Anyone looking for software: these are physical machines with a delivery time of up to 30 working days
- Buyers who need a published price list, since only the Lite 3 research platform carries a public price
- Organisations bound by a strict GDPR procurement checklist, as no DPA or EU representative is offered
- Customers outside Chinese mainland who require the vendor's own after-sales terms rather than local law
- Consumers and hobbyists, and anyone under 18 expecting to operate a robot without adult supervision
How to use DEEP Robotics
A typical end-to-end flow, from setup to results.
- Identify the family that matches the job: X series for industrial inspection, LYNX for rough terrain, DR humanoids for human workspaces, Lite 3 for research
- For the Lite 3 only, order directly on the product page after choosing the Basic, Venture, Pro or LIDAR version
- For every other model, fill in the purchase intention form, selecting the model and the industry concerned
- Alternatively call the hotline on 400-0559-095, Monday to Saturday, 08:30 to 18:00 Beijing time
- Agree the configuration with the sales consultant, including the payload modules the mission requires
- Allow up to 30 working days for delivery, with transport costs borne by the buyer
- Unbox and commission the robot following the quick-start and safety videos in the resource centre
- Pair the handheld controller or the app with the robot's own WiFi network and release the emergency stop
- For laboratory work, pull the motion control SDK, the APIs and the sample code from the DeepRoboticsLab GitHub organisation
- Report any fault through the dedicated declaration page, or request training, project design and maintenance from the service team
Pros & Cons
Pros
- A documented deployment record rather than demonstrations, across 44 countries and regions
- Published customer outcome: about 70 percent lower maintenance cost in China Southern Power Grid substations
- Protection ratings and temperature range that are unusual among legged robots
- Joints and actuators designed in house, so the core components are not a supplier dependency
- A genuinely affordable research entry point in the Lite 3, with an SDK and a public GitHub organisation
- Solid financial footing after a Series C above 500 million yuan and entry into IPO tutoring
- External validation from a Science Robotics cover and national high-tech and Little Giant status
Cons
- Only one product has a public price; the whole industrial range is quotation only
- No GDPR framework at all: no processing agreement, no sub-processor list, no EU representative
- The privacy policy states no retention period, no hosting location and no security certification
- After-sales terms are limited to Chinese mainland, leaving foreign buyers to local law
- No returns are accepted, and out-of-warranty repairs are billed with return postage on the customer
- The English site is partly stale: the contact block is present in the markup but never displayed
- No visible support mailbox, no online documentation portal, and no robots.txt or sitemap
Pricing & Plans
There is no free plan and no free trial: DEEP Robotics sells physical machines outright. A single public price is published on the site, 2,890 US dollars for the Lite 3 research platform, which is also the lowest entry point. Every other model, from the X30 and LYNX M20 to the DR01 and DR02 humanoids and the J60, J80 and J100 joints, is quoted on request through the sales form. Transport is charged to the buyer, delivery takes up to 30 working days, and repairs outside the warranty are billed separately.
- USD 2
- 890
- sold online in Basic
- Venture
- Pro and LIDAR versions
- contact required before purchase
- price on request through the sales form
- price on request
- price on request
- price on request
- price on request
Data, GDPR & hosting
A consolidated view of how DEEP Robotics handles your data.
GDPR overview
There is no GDPR implementation to report. Across every page collected, including the raw markup, the words GDPR and General Data Protection Regulation do not appear once. No data processing agreement is published or offered, no list of sub-processors exists, no representative is designated under Article 27 and no data protection officer is named. The privacy policy is written in a Chinese commercial register: it grants no statutory rights of access, portability or erasure, and instead invites the reader to contact the company to stop a processing operation. It reserves the right to monitor phone and email exchanges, and states that it may not fully apply depending on the reader's local law, while not limiting rights granted by that law. European buyers should treat compliance as an open contractual point.
Who owns the data?
The published policy speaks about personal information, not about the imagery and point clouds the robots capture; ownership of operational data is never addressed. For personal data, DEEP Robotics collects names, phone numbers, email and postal addresses, card numbers, plus logs, timestamps, location, device configuration and IP addresses, and states it will not share identifiable information with unrelated third parties for commercial purposes. Sharing is allowed with consent to authorised partners acting on the company's behalf, with authorities on legal request, and in a business transfer. One clause matters for fleets: if you are not the owner of the robot, your information may be passed to your employer or to the owner of the machine.
Reuse rights
Nothing in the published documents grants or restricts a customer's right to reuse the data their own robots produce; the question is simply not covered, which in practice leaves it to the purchase contract. On its own side, DEEP Robotics reserves broad use of the personal data it collects: fulfilling orders and payments, providing customer service, sending product, event and promotional material, announcing releases and software updates, and then a wide business block covering data analysis, auditing, fraud monitoring and prevention, developing new products and services, identifying usage trends and expanding the business. Internal research to improve products and communication is included. Training AI models on customer data is never mentioned, in either direction. During after-sales service the company is authorised to modify data, delete it or restore factory settings, and it disclaims responsibility for any data loss or leakage, telling users to back up and wipe the robot beforehand.
Data retention & training
Hosting summary
DEEP Robotics publishes nothing about where data is hosted. No country, region, data centre or cloud provider is named in the privacy policy or anywhere else on the site, and no jurisdiction is stated for the storage of customer records or of the imagery the robots collect. The only observable facts concern the website itself rather than customer data: the domain resolves to an Alibaba Cloud address in Hangzhou, and the videos and product PDFs are served from an Alibaba Cloud object storage bucket in the same region. That says where the site lives, not where inspection data ends up. The industry pages mention data being transmitted to a data centre for analysis without saying whose data centre or in which country. Buyers with a data residency requirement will have to settle it contractually, because the public documentation gives them nothing to rely on.
Where DEEP Robotics works
Country-level availability.
Not available in
Things to keep in mind
Risks and trade-offs to weigh before adopting DEEP Robotics.
- The vendor reserves the final interpretation of both the after-sales terms and the disclaimer, and may revise the disclaimer without notice
- No returns, buyer-paid shipping and up to 30 working days of delivery make a wrong specification expensive to correct
- Warranty is void after self-modification, opening the shell, overload, water or debris ingress, or repair outside official channels
- Data protection is undefined: no retention period, no hosting country, no processing agreement and no EU representative
- Autonomous patrol robots record continuously; deploying them where people work raises surveillance and consent questions the vendor does not address
- Delegating inspection rounds to a robot can erode the tacit judgement field technicians build up by walking the site themselves
- Safety instructions exclude solo use by minors and use near pregnant people, elderly people, people with disabilities or in crowds
Setup & Integrations
Technical difficulty
Moderate, and physical rather than digital. Commissioning means unboxing, fitting the battery, releasing the emergency stop and pairing the controller with the robot's own WiFi, all covered by quick-start videos. Industrial use is harder: payload modules must be fitted and the robot integrated with an inspection platform, which is why the vendor sells project design, operator training and maintenance alongside. Research use requires programming against the SDK and APIs. The main constraint is not difficulty but lead time, up to 30 working days before delivery.
Deployment
Supported languages
Behind DEEP Robotics
Fundraising
Social
Resources
All the official URLs gathered for verification and reference.
Frequently asked questions
How much does a DEEP Robotics robot cost?
Is there a free trial or a free plan?
In which industries are these robots actually used?
Can the robots work outdoors in bad weather?
Is there an API or an SDK for developers?
How is the robot operated day to day?
Does DEEP Robotics comply with the GDPR?
Where does the after-sales service apply?
Is there a minimum age to use these robots?
How long does delivery take?
Should you pick DEEP Robotics?
DEEP Robotics stands out in a field crowded with impressive demonstration videos because its robots have an audit trail: roughly thirty substations on the China Southern Power Grid, a power cable tunnel in Singapore, a beach inspection route at NEOM in Saudi Arabia, a storage park in North America. The company publishes a figure for what that changed at the substations, around 70 percent less operation and maintenance cost and more than 50 percent better efficiency. The engineering behind it is credible too: IP66 and IP67 ratings, a working range from minus 20 to 55 degrees Celsius, and joints designed and sold in house rather than bought in. A Series C above 500 million yuan closed in December 2025 and the company has entered IPO tutoring, so the finances are not a question mark either.
What a foreign buyer runs into is opacity and distance. One product carries a public price, the Lite 3 research platform; everything industrial goes through a sales form. Returns are not accepted, shipping is on the buyer, and the published after-sales terms apply in Chinese mainland only. The compliance side is thinner still: the site never mentions the GDPR, offers no data processing agreement, names no sub-processors and designates no European representative. Maintenance of the English site is uneven, to the point that the postal address and support mailboxes sit in commented-out markup and never appear on screen.
The verdict follows the buyer. An industrial or public-sector operator with a dangerous, repetitive inspection problem, and the patience for a procurement conversation, will find few alternatives with this much field evidence. A robotics laboratory can start at 2,890 US dollars. Anyone expecting software-style self-service, or a European compliance file, should look elsewhere.
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