LTM1750-9.1 all-terrain crane joins Liebherr line-up

Liebherr has developed the LTM1750-9.1, a nine-axle all-terrain crane with a maximum lift capacity of 750 tonnes. The 52m telescopic boom machine is carried by the machine and offers a 154m maximum lift height, with a maximum working radius of 112m. A luffing fly jib can be added in 3.5m increments to take maximum lift height to 91m. Weighing in at 108 tonnes in transport configuration, the LTM puts down 12 tonnes per axle. However if the machine’s boom supports are removed the crane can travel at 11 tonnes
January 6, 2017 Read time: 1 min
718 Liebherr has developed the LTM1750-9.1, a nine-axle all-terrain crane with a maximum lift capacity of 750 tonnes. The 52m telescopic boom machine is carried by the machine and offers a 154m maximum lift height, with a maximum working radius of 112m. A luffing fly jib can be added in 3.5m increments to take maximum lift height to 91m. Weighing in at 108 tonnes in transport configuration, the LTM puts down 12 tonnes per axle. However if the machine’s boom supports are removed the crane can travel at 11 tonnes per axle for those countries with reduced allowance. Alternatively the boom can be removed completely if necessary, to reduce the crane’s travel weight to less than 40 tonnes.

Stand: F8.809

%$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 oLinkExternal www.Liebherr.com www.Liebherr.com false http://www.liebherr.com/ false false%>

 

%$Linker: 2 Internal <?xml version="1.0" encoding="utf-16"?><dictionary /> 2 11560 0 oLinkInternal <span class="oLinkInternal"><span class="oLinkInternal">View more videos</span></span> Video false /event-news/bauma-2013/video/ true false%>

For more information on companies in this article

Related Content

  • Putzmeister adds five-section pump
    April 19, 2013
    Putzmeister has added a five-section 38m, 160m3/hr concrete pump, which can be used to place loads inside buildings some 3m higher than the four-section option. Built on a 26tonne chassis, the new 38.5 can reach heights of 31m while leaving the final boom section to pass inside the building. In common with the company’s other machines, the 38.5 now has outrigger sensing, which feeds into the control system and prevents the boom from extending/slewing if the outriggers are not fully deployed. The machine als
    Read More
  • Sleipner’s highlights system for moving excavators
    February 13, 2013
    Sleipner will explain the principle behind its “revolutionary method to improve the overall productivity in open-pit mines, quarries and construction sites.” The improvement is based on moving excavators around the site much faster than before, and additionally the Sleipner method saves time and money and considerably increases the excavators’ life, says the company.
    Read More
  • Terex is offering large capacity lifting with its Superlift 3800 crawler crane
    January 6, 2017
    Terex’s powerful Superlift 3800 crawler crane is now being offered in a larger configuration than before. According to Terex, the new Superlift has been designed to boost performance in the 650tonne capacity class and replaces the firm’s well-proven CC 2800-1. Requiring up to 30% less counterweight for long boom erection, the crane features a new-style cab and Terex fall protection system. The Superlift has a maximum lift capacity of 650tonnes at 12m and a maximum hook height of 190m. Maximum load moment
    Read More
  • Terex is offering large capacity lifting with its Superlift 3800 crawler crane
    January 20, 2014
    Terex’s powerful Superlift 3800 crawler crane is now being offered in a larger configuration than before. According to Terex, the new Superlift has been designed to boost performance in the 650tonne capacity class and replaces the firm’s well-proven CC 2800-1. Requiring up to 30% less counterweight for long boom erection, the crane features a new-style cab and Terex fall protection system. The Superlift has a maximum lift capacity of 650tonnes at 12m and a maximum hook height of 190m. Maximum load moment
    Read More

Highlighted Content