The SANY STH730C-V is a high-capacity compact telehandler engineered to deliver powerful lifting performance, precise control, and exceptional manoeuvrability for demanding construction, industrial, and materials-handling applications. Designed for contractors who require higher lifting capability in confined or space-restricted sites, it combines robust diesel power with SANY’s proven telehandler platform to ensure consistent productivity across varied working environments.
With increased lifting capacity and strong hydraulic performance, the STH730C-V is built for heavier materials handling while maintaining a compact footprint suitable for urban worksites, warehouses, and infrastructure projects. Its tight turning radius, multiple steering modes, and stable chassis design enable confident operation in congested environments without compromising safety or precision.
Backed by SANY’s 3-year / 3,000-hour warranty, the STH730C-V is designed for long-term reliability, reduced downtime, and efficient fleet operation across multiple job sites.
Built with SANY’s reinforced telehandler chassis and heavy-duty boom structure, the STH730C-V is engineered to withstand demanding lifting cycles and harsh site conditions. High-quality components ensure long service life and reduced maintenance requirements across fleet operations.
The STH730C-V delivers strong lifting capacity combined with smooth hydraulic precision, enabling efficient handling of heavy materials in tight and demanding environments. Its compact design and advanced steering modes ensure control and stability in confined worksites.
Designed for operator comfort, awareness, and productivity, the STH730C-V features an ergonomic cabin layout and intuitive controls for safe and efficient operation across all site conditions.
The STH730C-V is engineered for long-term value through durable construction, efficient diesel performance, and simplified maintenance access, making it suitable for contractors and fleet operators.
Safety systems are integrated to ensure secure operation in busy, high-risk, and confined worksites.