Sennebogen 870 E Hybrid
Material handler
- Extended warranty
- Flexible financing
- Tailored service contracts
The SENNEBOGEN 870 E Hybrid is a powerful material handler designed for large scale handling tasks.
With various undercarriage options, it can be adapted to specific infrastructure requirements, while a wide range of attachments and grabs provides high flexibility for diverse applications. The Green Hybrid energy recovery system significantly reduces energy costs without compromising lifting power or efficiency. Combining strength, adaptability and sustainability, the 870 E Hybrid is a reliable solution for demanding continuous operation under heavy loads.
Technical specifications
Here are the key specifications for 870 E Hybrid. Want more details? Download the brochure or contact us.
- Min. Operating weight 203 900 - 217 705 lb
- Max. reach 88.60 ft
- Drive variants Combustion, Hybrid, Electric
- Gross power (kW) 261 hp
- Gross power (HP) 355 hp
- Undercarriage Tirebased, Chainbased, Stationary
- Cab Maxcab, Maxcab Industry, Mastercab
Benefits & Features
Here are the key benefits and features of the 870 E Hybrid. Want to know more? Download the brochure or get in touch with us.
Maximum performance
The 870 E Hybrid is built for top performance in heavy material handling. Its 355hp Cummins QSG12, Tier 4F engine delivers strong, reliable power. A heavy-duty undercarriage provides stability at long reach, while the large slew ring enables fast cycle times. With throughput of up to 850 tons per hour, the 870 E Hybrid maximizes productivity in continuous operation.
Ideal solutions
The 870 E Hybrid can be precisely tailored with numerous options. Port sticks, various undercarriages and pylon or gantry solutions make it highly versatile. Each machine is configured to meet exact application needs, balancing performance, efficiency and reliability.
Sustainable efficiency through hybrid technology
The 870 E Hybrid significantly reduces fuel consumption with Green Hybrid recovery, without sacrificing lift capacity or speed. The result is high cost efficiency, lower emissions and a future proof operation even in the toughest conditions.
