When facing tight deadlines, challenging worksites, and lifting operations that demand both mobility and stability, construction teams require equipment that can transition swiftly between locations while maintaining precision. The T 780 truck-mounted crane emerges as a solution engineered specifically for these demanding scenarios, combining 80-ton lifting capacity with road-transport flexibility to meet modern construction needs.
The T 780's maximum lifting capacity of 80 US tons positions it as an ideal choice for medium-to-large scale operations. Its sophisticated boom system achieves a maximum length of 126 feet, with extension capabilities pushing maximum working height to 133 feet. This balance between lifting power and vertical reach makes the crane particularly effective for steel structure installation and heavy equipment placement.
To accommodate varying load requirements, the crane offers four counterweight configurations (15,000 lb, 11,000 lb, 7,000 lb, and 5,000 lb). Operators can select configurations based on detailed load charts to ensure optimal stability during operations.
The T 780 distinguishes itself through exceptional transport capabilities. Its advanced air suspension system enhances ride stability while protecting critical chassis components during transit. Power comes from a Detroit Diesel DD13 engine (compliant with EPA 2015 standards, with Mercedes OM460 available for export models), paired with an Eaton UltraShift Plus 10-speed automatic transmission.
This powertrain combination enables highway speeds up to 65 mph, allowing rapid relocation between job sites. Intelligent shift programming further contributes to fuel efficiency during transport.
Beyond its mechanical capabilities, the T 780 incorporates advanced operational systems. A finely tuned hydraulic system ensures smooth, precise lifting movements, while the redesigned cab optimizes operator visibility and comfort. The integrated computer monitoring system provides real-time feedback on lifting parameters.
Safety protocols require strict adherence to the crane's computerized load charts and operational manuals—a non-negotiable standard for maintaining worksite safety and equipment effectiveness.
From its drivetrain to boom architecture, every component of the T 780 prioritizes operational efficiency. For project teams committed to both productivity and safety standards, thorough understanding of this equipment's capabilities proves essential for successful project execution.
When facing tight deadlines, challenging worksites, and lifting operations that demand both mobility and stability, construction teams require equipment that can transition swiftly between locations while maintaining precision. The T 780 truck-mounted crane emerges as a solution engineered specifically for these demanding scenarios, combining 80-ton lifting capacity with road-transport flexibility to meet modern construction needs.
The T 780's maximum lifting capacity of 80 US tons positions it as an ideal choice for medium-to-large scale operations. Its sophisticated boom system achieves a maximum length of 126 feet, with extension capabilities pushing maximum working height to 133 feet. This balance between lifting power and vertical reach makes the crane particularly effective for steel structure installation and heavy equipment placement.
To accommodate varying load requirements, the crane offers four counterweight configurations (15,000 lb, 11,000 lb, 7,000 lb, and 5,000 lb). Operators can select configurations based on detailed load charts to ensure optimal stability during operations.
The T 780 distinguishes itself through exceptional transport capabilities. Its advanced air suspension system enhances ride stability while protecting critical chassis components during transit. Power comes from a Detroit Diesel DD13 engine (compliant with EPA 2015 standards, with Mercedes OM460 available for export models), paired with an Eaton UltraShift Plus 10-speed automatic transmission.
This powertrain combination enables highway speeds up to 65 mph, allowing rapid relocation between job sites. Intelligent shift programming further contributes to fuel efficiency during transport.
Beyond its mechanical capabilities, the T 780 incorporates advanced operational systems. A finely tuned hydraulic system ensures smooth, precise lifting movements, while the redesigned cab optimizes operator visibility and comfort. The integrated computer monitoring system provides real-time feedback on lifting parameters.
Safety protocols require strict adherence to the crane's computerized load charts and operational manuals—a non-negotiable standard for maintaining worksite safety and equipment effectiveness.
From its drivetrain to boom architecture, every component of the T 780 prioritizes operational efficiency. For project teams committed to both productivity and safety standards, thorough understanding of this equipment's capabilities proves essential for successful project execution.
