From Crane DataTo Completed Lift Plan

Choose among 86 mobile presets and three manufacturer PDF-block models. Review the exact model, document edition, dimensions, ballast, jib and rope entries. Source-backed values, visual estimates and unresolved data remain distinct; catalogue selection does not provide a rated duty chart.

Import supported CAD and model formats, calibrate PDF/image references, or use the supplied PDF crane blocks. Map reference imports add public OSM linework and optional height models. DWG requires a configured converter; DWF, DWFx and IFC need conversion in the originating software before a supported import.

LPP includes 2D and 3D CAD workspaces for drawing, modelling, measurement, layers, object organisation, transforms, imported references and scene setup. The direction is general CAD precision combined with lifting-specific workflows, so geometry can become useful project and crane-planning information.

A useful LPP crane is more than a mesh. Manufacturer geometry can be organised into chassis, carbody, tracks, wheels, upperworks, boom sections, jib, derrick, hook, counterweights and outriggers. Components define assemblies, pivots define movement, connection points define attachment, and parameters define behaviour.

Configure process vessels, tanks, skids, pumps and exchangers, or build multi-level process steelwork with stairs, handrails and equipment layouts. Bring plant, pipework, imported models, map references, loads and exclusion zones into the scene. Retain mass, CoG and lifting-point evidence separately from illustrative geometry. Search UK site presets or enter coordinates, import neighbouring map tiles, review source heights or explicit estimates, and edit buildings, roads and plant replacements.

Build the arrangement from hook and master link through slings, shackles or lifting beams to the load. Edit lift points and CoG in 3D, choose a 2-, 3- or 4-leg sling configuration and select manufacturer equipment. Connected fittings follow their load. Record CoG evidence and review supported level-lift calculations; individual-leg force distribution remains explicitly unsolved.

Use the selected mobile preset’s listed ballast totals, jib lengths, insert combinations, manual or hydraulic offsets and hoist-rope specification. Review manufacturer paint and optional fleet schemes. The operator console and motion preview require exact duty evidence before utilisation can be interpreted.

Record pick, hoist, slew, luff, telescope, travel and set poses on the timeline. Review tandem arrangements and supported structure-to-crane load transfers, including chain-block and cross-haul setups. Visual playback supports sequence and clearance review; it does not establish dynamic forces or approve an operation.

Measure distances, review sampled clearances and inspect the status of crane, load and rigging data. Supported calculations show their assumptions and missing inputs. Manufacturer duty evidence, connection suitability, ground conditions and the final lifting method still require project-specific review.

Prepare a technical lift plan with plan and elevation drawings, source PDF pages, crane configuration, load and rigging schedules, movement waypoints, method steps, hazards and controls. Include revision details, approval tables and the team briefing register. Astra can assist with drafting where available; review its output before issue.

Use cloud project and team communication tools to share planning information, discuss the operation and keep supporting files with the work. Save native project files for continued editing and issue reviewed drawings and reports to the lifting team.

Learn through courses, lessons, quizzes and practical project work. LPP Master includes revision material and instructor-reviewed evidence. Training supports product and workflow knowledge; it does not replace the competence, authorisation or qualifications required for a particular role.