A practical guide to matching a crawler crane to your lift plan, jobsite and transport route, so you get enough capacity without over-buying.
Short Answer
Choose the crawler crane by working from the load chart at your required radius, not just the headline maximum capacity. Small telescopic crawler cranes suit plant and bridge work where you need frequent repositioning; larger lattice-boom machines suit long-duration lifts and heavy lifts at long reach.
| Application | Typical machine | Main priority |
|---|---|---|
| Plant, bridge, foundation work | 30-t class telescopic crawler crane | Compact transport, quick setup |
| Heavy plant / big-component lifts | 100-t+ crawler crane | Capacity at radius |
| Long-duration heavy lifts | Lattice-boom crawler crane | Stability and heavy counterweight |
MachForce catalogue examples include the XCMG XGTC30L5 telescopic crawler crane and the XCMG XGT150 crawler crane series.
1. Start From the Load Chart, Not the Headline Tonnage
A “30-ton crane” does not lift 30 tons at every radius. The load chart is the real specification. Before comparing machines, write down:
- Maximum load you must lift
- Radius from the crane centre to the lift point
- Required height or boom length
- Whether you will use a fixed jib or single-line operation
Only compare cranes when they are evaluated at the same load, radius and boom length.
2. Telescopic Boom vs Lattice Boom
Most jobs do not need both. Understanding the difference prevents overpaying:
| Feature | Telescopic boom | Lattice boom |
|---|---|---|
| Transport and setup | Faster, more compact | More sectional assembly |
| Reach flexibility | Hydraulic extension | Long fixed lengths |
| Heavy long-duration lifts | Good up to a point | Best for very high capacity |
| Typical use | Plant, bridge, foundation, utility | Heavy industrial, large infrastructure |
Our XGTC30L5 is a telescopic example: up to a 10.8–42 m five-section main boom plus a 9 m fixed jib, depending on configuration.
3. Match Counterweight to Your Actual Work Cycle
Crawler cranes trade counterweight for stability. Large counterweight improves capacity but increases transport segments and setup time.
Check:
- Available counterweight combinations
- Single-piece transport weight
- Maximum transport dimensions
- Whether the machine is configured for your heaviest lift without over-purchasing counterweight you will rarely use
For the XGTC30L5, the catalogue notes a compact transport envelope: a shipping width below 3 m and maximum single-piece transport weight of about 30 t in the standard version.
4. Check Ground Pressure and Crawler Behaviour
The crawler undercarriage should match your site surface:
- Ground pressure
- Track shoe width
- Gradeability
- Swing and travel characteristics
If the crane will move loaded or travel on soft surface, compare ground pressure and track configuration against site preparation. Handle these figures as manufacturer specifications, verified against the current datasheet.
5. Plan the Transport and Assembly Path
Crawler cranes can be the most expensive machine on a project to move. Budget for:
- Low-loader or modular transport
- On-site assembly area
- Boom sections and counterweight storage
- Lifting the machine into place on confined jobsites
Before quoting, confirm door/road limits, bridge constraints and the crane’s stowed and disassembled dimensions.
6. Decide Between Diesel and Electric/Hybrid
For enclosed or low-emission sites, new-energy options are becoming practical:
- Electric or hybrid machines reduce exhaust emissions and noise
- Battery range and charging must fit your shift pattern
- Diesel remains the default where power density and refuelling speed matter
The relevant configuration should match both local emissions rules and operating cost.
7. Check After-Sales Fit, Not Just Machine Price
Crawler cranes demand experienced dealers and lifting-specific support. Compare:
- Local service and spare-parts coverage
- Load chart and configuration documentation
- Operator/training availability
- Warranty terms
A low-price crane without local lifting support often costs more over the project.
8. Build a Quote-Ready Lift File
Before contacting us, prepare:
- Required loads and radii
- Boom length and jib requirements
- Site access and ground constraints
- Transport route and dimensions
- Desired engine type
With that file, we can shortlist the right machine and quote the matching configuration.
Frequently Asked Questions
Q: What is a telescopic crawler crane?
It is a crawler-mounted crane with a hydraulically extending boom. It combines high all-terrain capability with compact transport and faster setup compared with lattice-boom crawler cranes.
Q: How do I know what capacity I need?
Check the load chart at your required radius, boom length and counterweight configuration. Compare machines at the same working conditions, not at headline capacity.
Q: Do crawler cranes use outriggers?
No. They use the crawler base and counterweight for stability, which is why ground pressure and track configuration matter.
Q: What should I check before import?
Confirm stowed/disassembled dimensions, weight, voltage or emission configuration, and destination import documentation. Use our shipping guides for the port and market.
Q: Can MachForce help me compare crawler crane models?
Yes. We can compare rated capacity, boom setup, counterweight, and transport data for the machines in our catalogue.
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Related resources:
- XCMG XGTC30L5 telescopic crawler crane
- XCMG XGT150 crawler crane
- Crawler cranes in our catalogue
- Telescopic crawler cranes
- XCMG machines
- How to Choose a Truck Crane
- Heavy Machinery Shipping Cost Guide