Xpanner announces automated piling system “X1 Piling R6” for solar and battery storage

Xpanner announced the “X1 Piling R6,” an automated piling system for utility-scale solar power plants and battery energy storage system (BESS) facilities, on October 26, 2026. It combines the crawler base of the Everstar R6 with the company’s automation capabilities to automate pile positioning, moving, alignment and driving. After loading a plan, one operator supervises the system remotely.

Automating pile positioning through the recording of position, depth and verticality after driving, with one person supervising remotely, brings the piling process and progress management together for solar power plant and BESS construction. Xpanner says cycle time is 45% shorter than with the previous-generation machine, but the results at deployment sites need to be assessed alongside operating conditions, including ground and pile specifications.

The key feature of this product is not just automation of the piling machine itself, but the integration of surveying, positioning and post-driving records into a single work cycle. According to Xpanner’s announcement, conventional piling required two workers as well as separate surveying, marking and preparation, while the X1 Piling R6 loads a plan, automates work from positioning through driving, and is supervised remotely by one person. The product’s value will depend not only on the number of workers, but also on how much of the information previously split across separate stages can be incorporated into a single workflow. In an article dated August 28, 2025, this newspaper reported that Xpanner had announced “X1 Kit,” a Physical AI automation solution for construction sites. Xpanner announces “X1 Kit,” a Physical AI automation solution for construction sites. With this machine, the company has installed its automation stack on the Everstar R6 base machine and applied it to the specific task of piling. It also records each pile’s position, depth and verticality on a project map, linking site work and progress tracking on the same system. However, the company has not said that the recorded data will be used to train the machine or improve its controls, so it cannot be interpreted as serving those purposes. The company says cycle time is 45% shorter than with the previous-generation machine, but the figures in the announcement are product performance claims and should be distinguished from comparative results under matched site conditions. The ability to handle piles up to 7.0 m long and drive them to a maximum depth of 4.8 m, guide rail travel of 300 mm front to back and 500 mm side to side, and 180-degree rotation of the upper structure are specific figures that indicate the range of piles and installation positions the machine can accommodate. Further testing is needed to determine how these capabilities affect work time and setup at sites with different soil and pile specifications. Also, because entering plans and coordinates into Xpanner Connect is the starting point for automation, preparing plan data and aligning the machine’s position are expected to be operational prerequisites at the site. Commercial availability is through the company’s subscription, with the machine, X1 automation kit, web-based dashboard and on-site support included in one contract. Screwing and pre-drilling are listed as future features and should not be confused with the piling functions currently available. Questions to watch include the measurement conditions for the 45% reduction, utilization rates at different sites, the range of pile types and ground conditions the system can handle, how recorded data is stored and used, and when future features will be available.

The X1 Piling R6 uses a high-precision GNSS antenna and receiver, sensors and an automation controller developed by Xpanner to drive piles at the planned position and height. Xpanner says cycle time is 45% shorter than with the previous-generation machine. The engine produces 97 kW (130 hp), and the hydraulic hammer delivers up to 1,260 J (929 ft-lb) of impact energy. It can handle piles up to 23.0 ft (7.0 m) long and drive them to a maximum depth of 15.7 ft (4.8 m). The guide rail moves 11.8 in (300 mm) front to back and 19.7 in (500 mm) side to side, and the upper structure rotates 180 degrees. The system loads pile plans and coordinates and records each pile’s position, depth and verticality during work, reflecting them on a project map in Xpanner Connect. The company announced that the system would become commercially available through Xpanner’s subscription on October 26, 2026. Screwing and pre-drilling are listed as future features.