News | 05/11/2019
News | 05/11/2019
It is a unique construction site: the use of machines with an electric drive means deep foundation work can for the first time be executed almost emission-free. With the LB 16 unplugged the first battery-powered drilling rig is used on one of the largest roadwork sites in western Austria.
The local company i+R is carrying out the deep foundation work on the west side. For this purpose, i+R is using the world's first drilling rig on the market with "Local Zero Emission".
The challenges for i+R are the narrow construction site itself, as well as the restricted working height. The pile foundations must be placed directly under a power line. Therefore, the drilling rig is designed as a low head, i.e. with a shorter leader. During the project i+R is installing 148 piles and drilling 1,742 m into the ground. Approximately 1,200 m3 of concrete are being poured.
Sometimes the concrete is delivered by a Liebherr concrete mixer ETM 905 with electric drum drive. In normal operation the battery capacity is sufficient for the entire working day. As a plug-in hybrid the battery can be charged during the journey or externally via a plug. i+R also uses an electric compact excavator. Thus, deep foundation work on a construction site is carried out for the first time using almost exclusively electrically driven machines.
This film shows the LB 16 unplugged at its première:
https://www.youtube.com/watch?v=yZ96D4ZTtw8&feature=youtu.be

06/10/2026
Press releases
A step up: Schweri opts for new Liebherr LTM 1300-6.4 mobile crane
Schweri Autokranbetriebe GmbH & Co. KG is putting an LTM 1300-6.4 into service. With this 300-tonne crane, the company is increasing the lifting capacity of its fleet and responds to increasing demands in wind power, industrial and precast concrete installation projects.

02/10/2026
Listicles
More experience, more confidence: six questions on the new period of use for Liebherr fibre ropes
Liebherr is increasing the period of use of its fibre ropes to up to 12 years in temperate climates and up to 8 years in hot climates, while the overall service life is rising from 14 to 16 years. But what's behind this decision, and why do all ropes already in the field benefit too? Six questions for Jochen Huber, Product Manager Fibre Technology at Liebherr, on the tests, the impact for customers on site, and the wider strategy behind Fibre technology.

02/10/2026
Press releases
Liebherr is increasing the overall service life of its Fibre ropes from 14 to 16 years, with the decisive period of use rising to up to 12 years. This is based on multi-year ageing trials on test rigs and analyses of ropes already in field. The new ruling applies automatically to all new ropes and those already in the field. This step forms part of Liebherr's ongoing path towards establishing Fibre technology as the new standard in the tower crane market.