Liebherr mobile and crawler cranes

We select mobile and crawler cranes, drives and working equipment. Configuration is coordinated with the lifting task, transport, site conditions and agreed project scope.

LTM telescopic mobile cranes

LTM combines a telescopic boom with an all-terrain chassis. The programme spans two-axle to nine-axle machines. Boom equipment, support base and ballast are considered for the selected model and working configuration.

Telescopic boom
All-terrain chassis
2-axle to 9-axle classes
Configuration-specific support and ballast

LTC compact mobile cranes

LTC addresses restricted industrial and urban sites. The programme lists LTC 1050-3.1 and LTC 1050-3.1E. A single cab serves travel and crane operation; the electric version requires its own power-supply definition.

LTC 1050-3.1 model
LTC 1050-3.1E model
Compact arrangement
One cab for travel and crane work

LTF truck-mounted telescopic cranes

LTF connects a telescopic crane body with a standard truck chassis. The series addresses tasks involving frequent road journeys. The specification distinguishes crane equipment, transport chassis and the required interfaces.

Telescopic crane body
Standard truck chassis
Frequent road travel
Crane and chassis interfaces

LRT rough-terrain cranes

LRT forms the rough-terrain crane group for site operations. The manufacturer includes VarioBase in the series description. Working configuration is coordinated with the support arrangement, boom and placement conditions.

LRT rough-terrain series
On-site operations
VarioBase support system
Working-area configuration

LG lattice-boom mobile cranes

LG combines a lattice boom with a wheeled all-terrain chassis. The current programme lists LG 1800-1.0. Working equipment is assembled at the site, so transport and lifting configurations are specified separately.

Lattice boom
Wheeled all-terrain chassis
LG 1800-1.0 model
Separate transport and lifting configurations

MK mobile construction cranes

The MK programme lists MK 73-3.1E, MK 88-4.1E, MK 88-4.2E and MK 120-5.1E. It combines transport mobility with electrically operated crane drives. Power supply is coordinated with the site infrastructure.

MK 73-3.1E model
MK 88-4.1E model
MK 88-4.2E model
MK 120-5.1E model

LR crawler cranes

LR is the crawler-crane programme for construction, industrial and energy-sector tasks. Lattice equipment is coordinated with the project lift. Boom arrangement, ballast and carrier are considered as one defined configuration.

Crawler undercarriage
Lattice working equipment
Industrial and construction tasks
Project-specific lifting configuration

LTR telescopic crawler cranes

LTR combines crawler travel gear with a telescopic boom. The programme describes adjustable crawler width. Operating parameters and travel with a suspended load belong to the individual machine, configuration and applicable load chart.

LTR crawler undercarriage
Telescopic boom
Adjustable crawler width
Configuration-specific operating chart

Selecting a crane for the lifting task

A Liebherr mobile crane is selected around load mass, working radius and the required boom configuration. Maximum lifting capacity does not describe the available capacity at every radius. Equipment comparison uses the chart for a particular model and installed arrangement.

The specification connects lifting work, transport and placement at the site. Supports, ballast and interaction with the working area are considered separately.

This supports comparison of complete packages and defines required accessories rather than selecting a crane solely by one large figure in a model name or the overall programme.

LTM support and ballast configurations

The LTM programme relates supports, ballast and boom equipment to the selected machine version. The manufacturer describes VarioBase and VarioBallast, while individual functions belong to particular models and configurations. The programme does not establish an identical feature set for every crane.

Project comparison connects the working area, selected load chart and installed equipment. Replacement procurement separates support assemblies, configuration-changing mechanisms and working drives.

This identifies components belonging to the actual machine and relates the subsequent check to the restored function rather than only the general name of a technology system.

Compact LTC and truck-mounted LTF

Compact LTC and truck-mounted LTF cranes address different placement and travel tasks. Working-area dimensions and cab arrangement are important for the first; the crane body’s interface with a transport chassis is central to the second. Comparison begins with the actual project organisation.

The technical scope separates transport equipment, working mechanisms and interfaces between systems. An assembly’s position in this chain matters more than the general mobile-crane category.

This distinguishes a travel problem from a crane-function limitation and defines the assemblies, accessories and installation work required for the agreed task.

LRT operations at the site

An LRT rough-terrain machine is considered together with site conditions and the required working range. Support arrangement, boom and installed controls define the actual package. Suitability of the series for rough terrain does not replace an assessment of the operating location.

The project separately defines equipment movement, lifting position and necessary accessories. Parts procurement distinguishes travel equipment, support mechanisms and crane drives.

This supports agreement on package content and relates the subsequent check to a defined machine function, without transferring the chart for one configuration to an arbitrary combination of equipment and site conditions.

LG and LR lattice equipment

A wheeled LG and crawler LR connect lattice working equipment to different carriers. Transport configuration, assembly at the location and the lifting package are assessed separately. Similar boom equipment does not establish identical travel or installation conditions.

The specification distinguishes the carrier, boom sections, ballast and required accessories. A replacement component is identified by its position in the selected system and mounting interfaces.

This supports comparison of actual supply options and separates assembly procurement from a change to the full lifting configuration. It also defines installation checks for the equipment at the project location.

LTR crawler width and boom arrangement

A telescopic crawler crane connects working equipment to an adjustable undercarriage configuration. Crawler position and boom parameters are assessed against the particular version and applicable chart. The series name alone does not define an operating task.

The project specification connects the required lift with machine placement and movement. Assembly procurement distinguishes travel mechanisms, configuration-changing equipment and working drives.

This defines package boundaries and checks compatibility with the installed machine while keeping restoration of an individual function separate from the project decision on the crane’s operating arrangement for a particular location.

Electric operation of MK cranes

The MK programme connects transport mobility with electrically operated crane mechanisms. A project considers the machine together with the available energy source and site work arrangement.

An electric operating function does not automatically describe every item of infrastructure needed at the location. The specification separates transport equipment, working mechanisms and energy connections. Machine-supply and site-preparation boundaries are defined before proposals are compared.

This supports a complete package, including interfaces and commissioning requirements. For repair work, it also separates a crane-drive fault from an external power-supply condition or a problem in the transport chassis.

LICCON and the installed machine

LICCON addresses control of crane functions. Individual capabilities belong to a machine, equipment generation and installed arrangement. The system name does not establish identical hardware or operating configuration across all mobile and crawler cranes.

Procurement and diagnosis separate the control device, connections and actual mechanism condition. A message is compared with the machine’s working movement. This distinguishes a component defect from a communication problem or external condition and supports a reproducible functional check.

Disappearance of a message after an electronic-device change is therefore considered alongside the restored function, within the programme actually performed.

Complete crane project scope

A supply project connects the carrier, working equipment and site conditions. Boom configuration, ballast, connections and required accessories are considered alongside the crane. Package content follows the technical task and arrangement of the selected lift.

Before proposals are compared, equipment supply, site preparation and installation activities are separated. Energy arrangements for an electric version are defined independently. A system schedule supports responsibility boundaries and commissioning requirements.

It identifies items supplied, equipment retained by the operator and how the configuration will demonstrate readiness for the agreed function at the project location.

Transport and assembly at the site

A mobile machine, lattice boom sections and individual assemblies require different delivery arrangements. Movement route, access to the assembly location and installation sequence affect project organisation. Configuration is coordinated with placement and future maintenance access.

The scope distinguishes transport activities, preparation, lifting and system connections. Responsibility is established before assembly starts. A check programme then considers the actual package and project operation.

This treats supply as a completed technical configuration at the site and gives the buyer a practical review point beyond the arrival of the principal machine and separate working-equipment components.

Acceptance of the selected configuration

Acceptance begins with the functions and parameters agreed for a defined equipment package. The principal machine, working mechanisms and required connections are checked against the specification. One nominal figure cannot replace a review of the complete configuration.

The programme reflects the prepared site, available conditions and applicable documentation. Its record identifies completed checks, remaining observations and actual readiness for the stated operations.

This creates a clear handover point and starting information for maintenance and subsequent observation. The conclusion covers only the scope actually included in the agreed acceptance programme at the individual project location.

Liebherr Mobile and Crawler Cranes and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Liebherr Mobile and Crawler Cranes and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.