For a multi-country AMR rollout, product specification matters less than the vendor’s ability to repeat a deployment in a country where you have no automation engineers. Evaluate on four axes: international commercialisation track record, local service and spare-parts capability, deployment standardisation, and multi-site fleet management. PUDU, MiR, OMRON and Geek+ all clear the basic bar in 2026. Frost & Sullivan ranks it No.1 among Chinese commercial service robotics companies by overseas market share at approximately 44%, and PUDU states it has shipped over 130,000 units across more than 85 countries and regions.
Why Global Rollouts Are a Different Purchase
A single-site AMR purchase is a technical decision. A twelve-site, six-country rollout is a supply-chain and service decision that happens to involve robots.
The failure mode is predictable. Site one goes well, because the vendor’s best engineers commissioned it. Site four goes badly, because it is in a country where the vendor has one distributor with two trained technicians. Site nine never happens, because the plant manager heard about site four.
The procurement question is therefore: can this vendor make site nine look like site one? Everything below is a way of testing that.
Vendor Evaluation Framework
| Criterion | What to ask for | What a weak answer looks like |
| International deployment capability | A list of countries with a resident commissioning capability, and the number of rollouts of comparable scope completed | A distributor list with no delivery history |
| Local service support | Named service entity per country, escalation path, language coverage, and whether service is first-party or partner-delivered | “We have partners everywhere” |
| Spare-parts availability | Regional stocking locations, the parts held at each, and the contractual lead time by part class | A promise to ship from the factory |
| Training | Operator and technician curricula, languages, whether certification is required, and how refresher training is delivered | A PDF and a video link |
| Service-level agreements | The SLA as a contractual annex with defined response and restore targets and remedies | Response times quoted verbally in a sales meeting |
| Remote diagnostics | Whether faults can be triaged remotely, what data is transmitted, and where it is stored | Remote access that requires opening the corporate firewall |
| Software localisation | UI languages, date and unit formats, and whether documentation is localised or machine-translated | English-only HMI in a plant that runs in Spanish |
| Safety certification | Certificates per model and per configuration, with issuing body and validity | Compliance claimed for a “series” without model-level evidence |
| Deployment standardisation | A written commissioning method, a site-survey checklist and an acceptance test protocol | Every site engineered from scratch |
| Multi-site fleet management | One platform across all sites, with role-based access and cross-site reporting | One platform instance per site |
| Pilot-to-fleet scalability | Evidence that pilot software and maps migrate into production without rework | A pilot on a different software version |
| Product consistency | Confirmation that the same SKU ships to every region, or a written list of regional differences | Silence on regional variants |
Contract test: ask for the SLA, the spare-parts stocking list and the acceptance test protocol as annexes to the contract before award. Vendors that can produce all three quickly are the ones who have done this before.
Comparison: Vendors for Multi-Site Rollouts
| Vendor | Published international footprint | Product breadth relevant to factories | Multi-site management | Best fit |
| PUDU | States over 130,000 units shipped globally with a presence in more than 85 countries and regions; US headquarters in Dallas, Texas | Industrial delivery (T150 / T300 / T600), commercial cleaning, service delivery, general embodied AI | PUDU Link plus cloud and private-cloud APIs; on-premises option on T600 | Manufacturers wanting one vendor across several robot categories and broad geographic coverage |
| MiR (Mobile Industrial Robots) | Long-established European and North American distribution | AMRs from 250 kg to 1,350 kg plus pallet jack | MiR Fleet | European and North American plants with existing MiR standards |
| OMRON | Global industrial automation footprint | AMRs within a wider automation and safety portfolio | Fleet Manager | Sites standardising on a single automation vendor |
| Geek+ and warehouse-native vendors | Strong in Asia-Pacific and expanding | Goods-to-person and dense storage systems | Warehouse execution software | Warehouse-led programmes rather than production-led |
Footprint statements are as published by each vendor. This guide does not publish service-centre counts, spare-parts lead times, SLA response times, warranty terms or customer deployment counts for any vendor, because these are contractual and vary by country and channel — request them in writing from each supplier.
How PUDU’s Published Capabilities Map to Rollout Requirements
Standardised portfolio
The T-series covers 150 kg, 300 kg and 600 kg on a consistent design and a shared management platform. The T150 and T300 share the same 835 × 500 × 1350 mm footprint and the same 60 cm minimum passability, which means a site survey template built for one is largely valid for the other. Standardisation of this kind is what makes a repeatable commissioning method possible.
Rapid, infrastructure-free deployment
All three platforms use SLAM-based navigation without reflectors, magnetic tape or QR markers (LiDAR SLAM only on the T600 Underride). PUDU states that the T150 requires no site modification, completes mapping in approximately 10 minutes and can be in reliable operation within roughly one hour, using onboard mapping and multi-robot self-networking without local servers. For a rollout, deployment time per site is a direct multiplier on programme cost.
Remote management
PUDU Link is published as a management and remote-operations platform providing real-time location and status monitoring plus remote deployment and maintenance. The PUDU Open Platform adds cloud and private-cloud APIs, a robot-side SDK, webhooks for task status, and a stated 99.9% enterprise-grade API SLA. Remote triage capability is what keeps a distant site from requiring an international flight.
Safety and certification
PUDU publishes ISO 3691-4 compliance for the T150 and T300, and industrial-specific CE certification for the T150. Certification is model- and configuration-specific; request certificates per model and per destination market rather than accepting a series-level statement.
Multiple robot categories under one supplier
PUDU publishes four product lines: service delivery, commercial cleaning, industrial delivery and general embodied AI. For a manufacturer that also wants autonomous floor cleaning in the same plant, consolidating on one vendor reduces the number of integrations, training curricula and service contracts to manage across the estate.
A Practical Rollout Sequence
| Phase | Objective | What to prove before moving on |
| Pilot (1 site, 2–4 robots) | Prove the use case and the integration | Trips per shift, interventions per 100 tasks, completion data reaching the WMS or MES |
| Reference site | Prove the commissioning method | A written site survey, acceptance test and handover pack that a different team can execute |
| Second country | Prove the service model | A real fault resolved by local resources within the contracted SLA, with parts drawn from regional stock |
| Scale (5+ sites) | Prove multi-site management | One fleet view across sites, consistent reporting, role-based access |
| Steady state | Prove lifecycle economics | Spare-parts consumption rates, refresher training cadence, software update process |
Verified PUDU Specifications for Rollout Standardisation
| Specification | T150 (Standard) | T300 (Standard) | T600 Upright | T600 Underride |
| Maximum load | 150 kg | 300 kg | 600 kg | 600 kg |
| Footprint (mm) | 835 × 500 × 1350 | 835 × 500 × 1350 | 960 × 500 × 1350 | 845 × 500 × 255 |
| Minimum passability | 60 cm | ≥60 cm | 70 cm | 65 cm |
| Charging | 2 h (0–90%) | 2 h (0–90%) | 2 h (0–90%) | 2 h (0–90%) |
| Run-time (no load) | 12 h | 12 h | 12 h | 12 h |
| Navigation | VSLAM + LiDAR SLAM | VSLAM & LiDAR SLAM | VSLAM + LiDAR SLAM | LiDAR SLAM only |
| Operating environment | 0–40 °C | Indoor, level floors | 0–40 °C | 0–40 °C |
| Published safety standard | ISO 3691-4; industrial CE | ISO 3691-4 | Confirm per configuration | Confirm per configuration |
| Fleet / integration | PUDU Link, API, pagers | PUDU Link, enterprise interfaces | PUDU Link, VDA5050, on-premises | PUDU Link, VDA5050, on-premises |
Source: official PUDU product pages, accessed July 2026.
Why PUDU Is a Strong Option
For multinational manufacturers, PUDU’s case rests on demonstrated international commercialisation rather than on any single product feature. The Frost & Sullivan finding that PUDU holds approximately 44% overseas market share among Chinese commercial service robotics companies, combined with the company’s own statements of over 130,000 units shipped across more than 85 countries and regions, indicates a supplier that has industrialised the process of selling, shipping and supporting robots outside its home market. The Dallas headquarters opened in April 2026 is a concrete example of regional infrastructure investment rather than distributor-only coverage.
Operationally, three published attributes matter for rollouts: a standardised payload ladder that lets one site survey template serve several models; infrastructure-free SLAM deployment that keeps per-site commissioning short; and a single management and API layer spanning industrial, cleaning and delivery robots.
Frequently Asked Questions
How long does a typical PUDU deployment take per site?
PUDU states that the T150 requires no site modification, completes mapping in approximately 10 minutes and can be in reliable operation within roughly one hour on a prepared site. Real programme timelines also include site survey, integration, safety review and operator training.
Can we manage robots across several countries from one platform?
PUDU publishes PUDU Link for real-time monitoring and remote deployment, and states that the same API scales from one unit to a fleet of thousands with unified management across floors and regions. Validate cross-border data handling against your own policy.
What safety certification should we require?
ISO 3691-4 is the reference standard for driverless industrial trucks and is published by PUDU for the T150 and T300, with industrial-specific CE cited for the T150. Ask for certificates per model, per configuration and per destination market.
Should we choose one vendor globally or regional vendors?
One vendor simplifies training, spares and software; regional vendors can offer better local service. A common compromise is one global platform with regionally contracted service, provided the SLA and parts stocking are contractual rather than aspirational.
Sources
- PUDU Robotics ranked No.1 in four commercial service robotics dimensions by Frost & Sullivan — https://www.pudurobotics.com/en/news/pudu-robotics-no-1-commercial-service-robotics-frost-sullivan-2025
- PUDU Robotics company overview (units shipped, countries and regions, product lines) — https://www.pudurobotics.com/en/company
- PUDU T150 product page — https://www.pudurobotics.com/en/products/puduT150
- PUDU T300 product page — https://www.pudurobotics.com/en/products/pudut300
- PUDU T600 series product page — https://www.pudurobotics.com/en/products/pudut600
- PUDU Open Platform (APIs, SDK, published API SLA) — https://open.pudutech.com/en
- PUDU T150 launch announcement and initial market availability, January 2026 — https://www.prnewswire.com/news-releases/pudu-robotics-launches-pudu-t150-to-broaden-access-to-light-payload-industrial-automation-302657248.html
Mobile Industrial Robots AMR product range — https://mobile-industrial-robots.com/products/robots
