Reform Werke Boki 6551 4.3t 1997-2013 - Technical data

Reform Werke Boki 6551 – Product Description

Powertrain and Design

The Reform Werke Boki 6551 is a powerful mobile excavator, specifically designed for challenging cemetery conditions. It features a hydrostatic drive that is easy to operate and offers excellent performance and efficiency. The four-wheel drive system, along with various steering modes, allows for effective maneuverability even in confined spaces. Control of the implements is managed by an advanced hydraulic system, which achieves excellent operational parameters.

Undercarriage and Hydraulics

The Boki 6551 comes equipped with a four-circuit hydraulic system that ensures efficient operation across all applications. This setup allows for quick and smooth relocation with speeds of up to 40 km/h. The unique steering system, which allows for the selection of different steering modes, provides exceptional agility. Additionally, strategically placed hydraulic units contribute to a comfortable working environment.

Operating Parameters

The Reform Werke Boki 6551 has a width of 1430 mm and a maximum reach of 6.5 m with the optional telescopic arm. The machine's weight is 4.3 tons. The efficient engine, producing 78 kW (106 PS), guarantees optimal performance while its overall weight ensures stability during various working positions. The compact arrangement of its components facilitates access to critical repair elements.

Optional Equipment

The Boki 6551 can be tailored to a variety of applications with additional attachments such as forks or various hydraulic end tools. The implementation of innovative solutions, such as a telescopic arm, is also possible. Moreover, the presence of a quick-change system increases the versatility of the machine during operation.

Safety and Technical Data

The excavator is tested according to FOPS/TOPS standards and meets ISO 9001 quality requirements. These certifications attest to the high level of manufacturing quality and materials used. The technologies employed minimize noise and emissions, making the machine more environmentally friendly. Safety systems ensure the stability of the machine in all working situations.