Relocating Machines 15–30 Tons — What Equipment Do You Need?

Relocating machines in the 15–30 ton range requires properly matched equipment, a prepared route, and careful work organization. This is a different league than moving a 3-ton CNC mill — the forces involved are massive, the margins for error are slim, and the consequences of a mistake are severe.

Remote-controlled transport skates RC 30T — the core of any 15-30 ton relocation

What machines weigh 15–30 tons?

• Large injection molding machines
• Press brakes
• Heavy CNC machining centers
• Large die-cutting machines (platen presses)
• Hydraulic presses
• Selected transformers and process equipment

Each of these requires individual assessment of: total weight, center of gravity, lifting points, floor bearing capacity, and route width and condition.

What equipment for 15–30 ton relocation?

RC skates 30 t (front) + 24 t skates (rear)

With heavy machine relocation, matching the transport set to the weight and load distribution is critical.

The setup: 2× RC skates 30 t on the front (steered, actively guided) + 24 t skates on the rear (stable load bearing).

This configuration works because:

• The front requires active steering — RC skates give you remote-controlled direction changes
• The rear needs to carry load stably without veering
• You get precise maneuvering even with limited hall space

20-ton toe jacks

For machines 15–30 t, toe jacks are the essential tool to start the entire operation. They're used for:

• Lifting the machine off the floor
• Placing timber cribbing or other supports
• Creating clearance for transport skates
• Lowering the machine onto feet or foundation at the destination

In this weight class, lifting is always staged. It's not just about lifting capacity — it's about stability of the entire operation.

Timber cribbing and supports

With heavy machines, staged lifting using timber cribbing, support blocks, and (when necessary) steel plates is standard. This allows you to safely increase lifting height incrementally and create the clearance needed for transport skates. You don't go from floor level to skate height in one jack stroke — you build up in stages, securing each level before going higher.

Toe jack — gets under machines from 35 mm clearance, essential for staged lifting

Why center of gravity matters at 15–30 tons

At this weight class, knowing total mass alone is not enough. You also need to account for:

• Where the center of gravity is located
• Which part of the machine carries more weight
• How to distribute load across skates and lifting points

This matters when:

• Selecting equipment — the heavier side needs more capacity
• Positioning skates — offset center of gravity means offset skate placement
• Planning direction of travel — the machine will want to veer toward its heavy side
• Turning and maneuvering — 20 tons pulling sideways during a turn is a serious force

If the machine has uneven weight distribution, the transport setup must account for this from the planning stage.

Floor bearing capacity

With machines 15–30 t, you need to assess not just the machine but the entire route.

Before starting, evaluate:

• Floor bearing capacity (concrete thickness and quality)
• Expansion joints — skates can catch or drop into them
• Utility channels in the floor
• Steps and thresholds
• Sections with deteriorated concrete

For heavy point loads, it's common to use:

• Steel plates to spread the load
• Load-distribution boards
• Bridging over cracks or weakened floor sections

How does a 15–30 ton relocation work?

1. Verify weight, lifting points, and center of gravity
2. Assess floor condition and prepare the route (steel plates, bridging)
3. Unbolt the machine from its foundation, if anchored
4. Lift with 20 t toe jacks — first stage
5. Place timber cribbing under the machine
6. Stage-lift to the height needed for skates
7. Position the transport skate set (RC 30 t front + 24 t rear)
8. Move the machine to the destination — controlled, slow, with spotters
9. Remove from skates, lower onto feet or foundation

Depending on the machine size, route length, and hall conditions, this operation takes from a few hours to a full working day.

When skates, when crane?

Transport skates are the right choice when:

• The machine needs to be moved inside the hall
• You need precise positioning
• The route is prepared and the floor can handle the load
• The machine can be safely lifted with jacks

In practice, the most common setup looks like this:

• Skates handle all in-hall movement
• Crane or HDS is only needed for loading onto / unloading from a truck

This means you rent skates for the whole operation and only pay for a crane for the loading/unloading moment — not for the entire relocation.

Summary

Relocating machines 15–30 tons requires:

• Properly matched equipment (RC skates + heavy jacks)
• Center of gravity assessment
• Floor bearing capacity check along the entire route
• Staged lifting with proper supports
• Controlled, slow movement with dedicated spotters

The setup of RC 30t front + 24t rear + 20t jacks handles the vast majority of heavy machine relocations inside production halls — from first lift to final positioning. The crane only comes in for the truck loading step.

* All timelines and recommendations in this article are based on experience from the Silesia region (southern Poland) as of early 2026. Actual requirements may vary depending on machine type, floor condition, and site specifics.