China backs heavy-payload robots for farms

A RMB 100 million Series A backs a Chinese heavy-payload robot platform for outdoor farming.

PERCISPHERE, a 2020-founded robotics developer, completed a Series A worth nearly RMB 100 million (about USD 14 million), backed by China Growth Capital and Jiangxi Jinkong Capital, with previous investors including Dayone Capital and Anker Innovations. The latest round, finalized at the end of last year, follows the company’s progress in securing commercial orders and expanding deployments after early validation in real farmland environments prior to a Pre-A round last year. This cadence—two funding rounds within a year—signals sustained investor confidence in the company’s technology path and its ability to translate lab breakthroughs into field-ready deployments.

The core idea is simple in concept but ambitious in execution: a platform-based robotic system built around a transformable chassis and a modular payload architecture. A single platform can swap in task-specific modules to tackle farming tasks such as plowing, planting, and crop management, enabling outdoor operations in varied terrain and weather conditions. Percisphere’s engineers emphasize robustness for heavy payloads and adaptability across outdoor environments where traditional ag machines struggle to keep pace with precision agriculture demands.

From a China policy perspective, the round sits at the intersection of two broad streams: intelligent manufacturing (智能制造) and agricultural modernization (农业现代化). In Mandarin-language policy discourse, there is explicit emphasis on platform-based automation that can be scaled across sectors, especially in sectors with fragmented, labor-intensive workflows like farming. The Jiangxi capital behind this round also hints at provincial incentives: regional funds in China increasingly back robotics ventures that can anchor high-end equipment manufacturing (高端装备制造) and build local supplier ecosystems for sensors, actuators, and modular payloads.

For supply chain implications, Percisphere’s modular approach matters. It reduces single-task risk by enabling a family of modules to live on a single chassis, which can lower integration costs for buyers and shorten procurement cycles for farming co-ops and agribusinesses. It also incentivizes a local ecosystem of module suppliers—sensors, actuators, power systems, and domain software—that can plug into a common platform. In China’s current environment, where capital is flowing into robotics across tier-1 cities and provincial hubs, that platform strategy aligns with both the push for “domestic substitution” in critical equipment and the appetite of regional funds to back scalable, export-ready tech.

For global manufacturers and investors watching the space, Percisphere’s progress offers two practitioner takeaways. First, there is a credible path from validation in farmland tests to commercial orders if the platform can demonstrate reliable field uptime and easy serviceability across terrains. Second, the economics of heavy payloads—where battery chemistry, drivetrains, and modular tooling converge—remain a key bottleneck; securing a robust domestic supplier network for high-torque motors and rugged electronics will determine how far a platform can scale before stepping into other outdoor domains, such as forestry or construction.

In short, Percisphere’s funding milestone is more than a financial milestone. It’s a signal that Chinese robotics investors are backing platform-based, outdoor-ready automation that can tackle fragmented agricultural tasks at scale—and that the supply chain and provincial support networks are aligning to push China’s smart agriculture ambitions from pilots to payment-ready deployments.