Some of the heaviest moves we make never see a crane. Inside a plant, under a low ceiling, or down a corridor, heavy equipment gets raised on hydraulic jacks, lifted with a gantry, and moved on skid track, skates, and rollers — controlled an inch at a time.
Quick answer: Heavy lift rigging is the set of methods for lifting and moving very heavy equipment without a crane, or alongside one, when the load is too heavy, the space too tight, or the headroom too low for a hook to do the job. It covers hydraulic gantry systems, jacking and cribbing, and skidding on slide systems and rollers, planned under an engineered lift plan and tracked with load monitoring on the heaviest or most critical lifts. Badass Logistics uses these methods to move machines, transformers, vessels, and presses inside live plants, under low headroom, and where cranes can't go.
A crane needs room: a place to set up, ground that can take the outrigger loads, and a clear path through the air. Inside a plant, a substation, a basement mechanical room, or a hospital, you often have none of that. What you have is a heavy load, a slab, a doorway, and a few inches of headroom.
Heavy lift rigging beats a crane in a specific set of conditions: no crane access to the load, the work is indoors, headroom is too low for a boom or a hook path, the setup radius is restricted by walls, equipment, or overhead bus duct, or the load has to move through a live production area where a crane's swing radius simply doesn't fit. In those conditions the load gets raised, traveled, and set without ever leaving the ground.
That's where the old-school heavy rigging methods earn their keep. Hydraulic jacks and cribbing raise a load in controlled lifts, with hydraulic climbing systems stepping it up in stages when the height adds up. Gantry systems pick it and travel it along track. Jack-and-slide skidding systems push it sideways in short strokes across a prepared path on slide systems and rollers. Toe jacks, air skates, and roller dollies take it the rest of the way. None of it is fast, and that's the point: every inch is controlled and, on the heaviest or highest-consequence lifts, tracked with load monitoring so nothing shifts weight without the crew knowing.
These methods sit at the heart of our rigging work. They're how transformers get set on pads, presses get skidded into pits, MRI magnets get walked into shielded rooms, and big machines get moved across plants that were never built to let them out.
Telescoping gantry systems that lift and travel heavy loads on track where cranes can't work.
Push-pull skidding systems that move heavy loads horizontally in controlled strokes.
Hydraulic jacks and hardwood or steel cribbing to raise, lower, and set loads in stages.
Low-profile jacks that get under machines with little ground clearance.
Machinery skates, roller dollies, and air skates for moving loads across prepared floors.
Steel plate and load-spreading materials over slabs, trenches, and finished floors.
Written lift plans with weights, center of gravity, rigging points, and equipment sizing for every heavy or critical lift.
Load cells and monitoring on multi-point jacking and gantry lifts, so every leg carries what the plan says it should.
Most heavy moves combine several methods in sequence. A typical indoor move might look like this:
Toe jacks or hydraulic jacks lift the equipment in small increments, with cribbing built up underneath at every stage so the load is never riding on the jacks alone.
Skates, rollers, or a skid shoe go under the load at its support points, and it's lowered onto them evenly.
The load moves on skates across plated floor, along a skid track under a push-pull system, or hangs from a gantry traveling on rails — whichever the weight, headroom, and path allow.
At the destination the process reverses: jack up, remove the rolling gear, lower onto the foundation or anchors, and level and align.
Heavy lift rigging concentrates enormous weight onto small contact points. That makes the planning more important, not less:
When the load leaves the building afterward, the same crew plans its project freight and meets it at the other end, or gets it crated first if it's going to a buyer or another site.
Some lifts get planned like any other rigging job. Others get flagged as a critical lift — one where the load, the rigging configuration, or the consequences of a mistake put it in a different category. A lift is usually treated as critical when it approaches the rated capacity of the gear, uses more than one crane or gantry leg to share the load, moves over occupied space or live equipment, or involves a load with no obvious rigging points, like a lathe, a press bed, or an odd-shaped vessel.
A critical lift classification changes the paperwork and the crew on site, not just the caution level: a written engineered lift plan with calculated rigging loads, a second rigger dedicated to watching the load instead of running gear, load monitoring on every jacking or gantry point, and a pre-lift walk-through of every rigging point on the machine itself. Machine tools like lathes and boring mills are a common example — the casting rarely has a rigging point where you'd expect one, so the plan has to work from the machine's actual weight distribution, not a guess. See what makes a lift critical for more on how that classification gets made.
Engineered lifts, machine setting, and heavy moves — from a few hundred pounds to 200,000 lbs and beyond.
Industrial Rigging // riggingCrane lifts planned, rigged, and signaled by our crew — rooftop units, machine picks, and critical lifts.
Crane & Rigging // riggingTransformers, generator sets, switchgear, and turbines — jacked, skidded, craned, and set on their foundations.
Transformers & Generators // riggingPresses, generators, compressors, and full production lines — disconnected, rigged, moved, and re-leveled by one crew.
Machinery Moving // riggingWhole floors, production lines, and multi-site consolidations — sequenced, moved as one project, and reinstalled to spec.
Plant Relocation // riggingMachine installation, anchoring, precision leveling, and alignment — the work that makes a moved machine run right.
Millwright ServicesSend the load, the building, and where it has to land. We'll plan the lift without a hook.
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