Summary of Key Points
Stand Robotics is a company that provides industrial intelligent mobile robots to major manufacturers such as Xiaomi Motors, Huawei, and Foxconn, primarily addressing the production logistics issue of "delivering parts to the workstations on time" (often referred to as the "last 100 meters"). Thanks to orders from large clients like Xiaomi, its revenue has nearly doubled in the past three years. However, its path to listing has been fraught with difficulties—it has submitted applications for a Hong Kong stock market listing three times, with both previous attempts failing due to the expiration of the six-month deadline. The main problem lies in its cash flow: its business model requires it to advance funds to customize and debug the robots before receiving payment from clients, who are extending their payment terms, leading to financial strain.
Now, Stand Robotics is looking to expand overseas for new growth opportunities. However, the cost of delivery abroad is higher, and competition is fierce, so it's uncertain whether this will solve its cash flow issues.
1. What exactly does Stand Robotics do? — The "intelligent courier" in factories
In simple terms, Stand Robotics' robots act as automated delivery vehicles in factories, responsible for delivering the necessary parts to the correct assembly stations at the right time. For example, during Xiaomi Motors' production process, when hundreds of thousands of orders arrive, its robots operate 24/7 to deliver components such as air suspensions and door parts to the respective production lines.
Its robots differ from traditional handling equipment, which either rely on manual labor or fixed tracks (like magnetic strips). Stand Robotics uses SLAM technology (Self-Localization and Mapping) to navigate autonomously and avoid obstacles. They don't require pre-laid tracks; they can create their own maps while moving, detour around workers and forklifts, and re-plan their routes as needed. Their precision is extremely high—under certain conditions, the positioning error is no more than 2 millimeters, which is crucial in highly demanding environments like automobile production.
Stand Robotics has also developed a "ride-hailing system" (referred to as the "1+N+S=∞" framework) that determines which workstation is short of materials and dispatches the nearest robot while optimizing routes to prevent congestion. This system has made it a core supplier for Xiaomi Motors' assembly lines.
2. Why do Xiaomi and Huawei choose Stand Robotics? — Stability proven by industry leaders
Stand Robotics secured orders from Xiaomi and Huawei due to the stability of its products. In 2018, its first-generation robots passed a 3,000-hour fault-free test conducted by Huawei, which was equivalent to running continuously for 125 days, before being integrated into Huawei's supply chain. It has since worked with other major 3C manufacturers like Foxconn and ZTE, gaining valuable experience in factory operations.
In the automotive industry, its advantages are even more evident: new energy vehicles have numerous parts and fast production cycles, and traditional equipment often falls short. Stand Robotics' robots are flexible and can adapt to different production line adjustments. They have been tested in leading factories, such as Xiaomi's SU7 model, where over 200 robots were used to build the first fully laser-navigated new energy vehicle assembly line without any major issues. This track record from reputable clients gives it a strong competitive edge in the industry.
3. Why is the listing process so difficult? — The challenge of delayed payments
The previous failures in its listing applications were not due to rejection by the Hong Kong Stock Exchange but rather because the required procedures were not completed within the six-month deadline. The underlying issue is the difficulty in collecting payments:
Stand Robotics' business model focuses on providing customized solutions, not selling ready-made robots. It must conduct site visits, design systems, deploy robots, and wait for client acceptance before confirming revenue and receiving payment. This process is time-consuming, and it incurs upfront costs (such as manufacturing robots and sending engineers for on-site debugging).
Moreover, when dealing with clients like Xiaomi and Huawei, Stand Robotics has little leverage in negotiating payment terms. According to its prospectus, the longest credit period is 90 days, but actual payment times have been extending: 144 days in 2023, 229 days in 2025, and even 272 days in the first four months of 2026. As a result, it faces significant cash flow pressures—as of April 2026, it had accounts receivable of RMB 172 million but only less than RMB 50 million in cash on hand, with ongoing cash outflows (RMB 17.1 million per month). With current cash reserves covering only 13 months, it is urgently seeking to list and raise funds.
4. Is going overseas the solution? — Opportunities exist, but challenges are greater
Stand Robotics hopes to expand internationally to address its cash flow issues. In the first four months of 2026, overseas revenue accounted for 67.9% (compared to 18.3% in the same period last year). Overseas clients in manufacturing sectors such as Japan and the United States have higher automation budgets and place more emphasis on stability, which is a plus for Stand Robotics with its experience in large-scale projects.
However, going overseas comes with additional challenges:
- Higher delivery costs: Foreign factory processes and standards differ from those in China, requiring customizations and re-adjustments. It also needs to handle certification, language, and data compliance issues, as well as sending engineers for on-site services, which are both time-consuming and costly.
- Fiercer competition: Overseas, there are established players like MiR and Omron, and domestic competitors (such as Jizhijia and Hikvision Robotics) are also competing for orders. Stand Robotics does not have a clear advantage in this regard.
- Mighty short-term figures: The sudden increase in overseas revenue may be due to a single large project that generated immediate payment, which may not reflect the overall trend for the year.
While expanding overseas could bring new orders, it does not solve the fundamental issue of delayed payments. Stand Robotics still has to advance funds and wait for client acceptance, often at higher costs.
5. What is the future outlook? — Hope in regulatory changes to improve payment terms
Stand Robotics does not lack orders but needs faster payment collection. In 2025, the Ministry of Industry and Information Technology mandated that 17 key automakers must ensure payment periods do not exceed 60 days, with inspectors overseeing compliance. If this policy is implemented for equipment suppliers like Stand Robotics or extended to other industries, it could significantly reduce its payment times and alleviate cash flow pressures.
Ultimately, as long as it can collect payments on time, Stand Robotics' business model remains viable, given its stable client base and advanced technology. The key lies in finding ways to improve payment timelines. If regulations help address this issue or if the company can develop more flexible delivery models, its future is promising.
Conclusion: Stand Robotics is a capable player in the robotics industry, but it is constrained by the challenges of delayed payments from major clients. Listing and fundraising are aimed at improving its cash flow situation, while expanding overseas offers new growth opportunities. The success of its business depends on resolving this core issue with payment timing.