LEAPTING unveils tracked forklift robot for utility-scale solar sites

LEAPTING has launched the Auto-Navigation Forklift Robot, a tracked material-handling machine designed to move solar module pallets autonomously across large construction sites. The company says the system is meant to cut labor demands and speed logistics at utility-scale solar projects in harsh terrain.

Why it matters: - LEAPTING’s Auto-Navigation Forklift Robot is aimed at one of the most labor-heavy parts of solar construction: moving pallets from laydown yards to installation rows. - The launch targets utility-scale solar projects, where automation can improve site safety, reduce dependence on manual handling, and keep material flow moving in difficult conditions. - LEAPTING said the new robot is part of a broader push toward full supply chain and logistics automation at solar construction sites.

What happened: - LEAPTING announced the Auto-Navigation Forklift Robot, or AFR, in Dubai, United Arab Emirates, on Oct. 9, 2026. - The AFR is a heavy-duty tracked machine that autonomously delivers solar module pallets to installation rows without a human driver or flagman. - The launch event included a panel discussion on robotics in solar PV and an award ceremony for regional partners. - LEAPTING also received the RE Robotics Technology Leader Award in the Solarabic Saudi Awards 2026 edition during Sunrise Arabia’s third edition in Riyadh, Saudi Arabia.

The details: - The AFR is rated for a 3,000 kg payload. - The robot uses GPS-RTK, laser SLAM, and 3D computer vision to find pallets, identify fork-hole coordinates in real time, and plan insertion paths. - The tracked chassis is built to handle desert sand, gravel, mud, and steep inclines. - LEAPTING says the AFR can manage a 30-degree grade. - Safety and durability features include 360-degree multi-line LiDAR, obstacle avoidance, a three-tier braking system, IP67 all-weather protection, and 8 hours of continuous operation per charge. - The AFR joins LEAPTING’s robotic ecosystem under a unified cloud software architecture for both construction and operations and maintenance. - In the build phase, the MMR module mounting robot installs modules on trackers every 40 seconds, with placement accuracy under +/-1 mm, according to the company. - In operations and maintenance, the G2 cleaning robot drives between rows on a universal chassis without rails or dedicated robots per row. - LEAPTING’s MIR inspection robot uses visible and thermal dual-spectrum AI imaging to detect and map panel defects into a digital twin. - The G1 row-mounted cleaning robot is self-powered, water-free, and designed to prevent soiling losses and raise power yield by 5% to 15%. - LEAPTING presented the LEAPTING Solar Automation Partnership Award to regional partners including Operations & Maintenance Alternative Solutions Co. (OMAS), KABBANI CONSTRUCTION GROUP (KCG), Kawar Energy, Arabian Qudra, AstonGreens, Safeer, and HDEC. - The event panel was titled “From Challenges to Solutions: The Role of Robotics in Solar PV.” - Panelists included Waleed Al Hallaj of Solarabic, Vincent Liu of LEAPTING, Mohamed Saady Dweik of Jinko Solar, and Fouad Maksoud of DNV. - The discussion focused on labor shortages, rising workforce costs, and harsh desert environments.

Between the lines: - The AFR launch shows LEAPTING pushing from individual robots toward a connected automation stack for the full solar project lifecycle. - The emphasis on desert terrain, safety systems, and payload handling reflects the operational pressure points in utility-scale solar construction across the Middle East and similar markets. - Recognition from regional partners and industry awards suggests LEAPTING is trying to position itself as both a technology supplier and a platform player in solar automation.

What’s next: - LEAPTING is likely to use the AFR as part of a larger rollout across construction and O&M workflows. - The company’s unified cloud architecture suggests future integrations between material handling, module installation, cleaning, and inspection robots. - The market test will be whether solar developers and EPC contractors adopt the system at scale in real project conditions.

The bottom line: - LEAPTING is betting that end-to-end robotics can solve the biggest logistics bottlenecks in utility-scale solar — starting with pallet movement, then extending across the plant.