Detailed specifications, load capacity data, and comparison tables for the full Liebherr product range. Use this data to support your project planning and crane selection decisions.
Key specifications for Liebherr all-terrain mobile cranes. For detailed load charts and working range diagrams, request a technical datasheet.
| Model | Max Capacity | Boom Length | Axles | Engine Power | Transport Weight |
|---|---|---|---|---|---|
| LTM 1060-3.1 | 60 t | 48 m | 3 | 270 kW | 36 t |
| LTM 1100-5.2 | 100 t | 58 m | 5 | 350 kW | 48 t |
| LTM 1200-5.1 | 200 t | 72 m | 5 | 400 kW | 60 t |
| LTM 1300-6.2 | 300 t | 80 m | 6 | 450 kW | 72 t |
| LTM 1500-8.1 | 500 t | 84 m | 8 | 480 kW | 96 t |
| LTM 11200-9.1 | 1,200 t | 100 m | 9 | 500 kW | 108 t |
Crawler crane specifications including boom configurations and luffing jib options. EN 13000 and ASME B30.5 compliant.
| Model | Max Capacity | Main Boom | Luffing Jib | Ground Pressure | Hoist Speed |
|---|---|---|---|---|---|
| LR 1100 | 100 t | 70 m | 42 m | 125 kPa | 120 m/min |
| LR 1300 | 300 t | 118 m | 84 m | 145 kPa | 140 m/min |
| LR 1500 | 500 t | 156 m | 105 m | 165 kPa | 180 m/min |
| LR 1800-1.0 | 800 t | 168 m | 112 m | 180 kPa | 190 m/min |
| LR 13000 | 3,000 t | 198 m | 126 m | 220 kPa | 210 m/min |
| Model | Type | Operating Weight | Capacity / Payload | Engine Power |
|---|---|---|---|---|
| R 946 | Excavator | 44,500 kg | 2.5 m³ bucket | 230 kW |
| R 9200 | Mining Excavator | 210,000 kg | 12.5 m³ bucket | 810 kW |
| R 9800 | Mining Excavator | 800,000 kg | 47 m³ bucket | 2,984 kW |
| T 264 | Mining Truck | 249 t (payload) | 249 t | 2,013 kW |
| T 284 | Mining Truck | 363 t (payload) | 363 t | 2,984 kW |
Selecting the correct crane type requires evaluating site conditions, project duration, and total cost of ownership. The following comparisons address the most common selection decisions.
| Factor | All-Terrain Crane | Crawler Crane |
|---|---|---|
| Mobilisation | Self-propelled, road-legal — arrives on site under own power | Requires disassembly, low-loader transport, and on-site assembly (typically 1-3 days) |
| Ground Pressure | Higher ground pressure requires outrigger pads or prepared hardstanding | Lower ground pressure (125-220 kPa) — can operate on unprepared ground with mats |
| Slewing Under Load | Limited by outrigger geometry — load charts vary by slewing quadrant | 360° unrestricted slewing at full rated capacity |
| Best Suited For | Urban sites, multiple short-duration lifts, frequent repositioning | Single heavy lift, wind turbine installation, fixed-position work |
| Typical Capacity Range | 60 t – 1,200 t | 100 t – 3,000 t |
Engineering note: For lifts where the load exceeds 75% of crane capacity, crawler cranes offer a wider safety margin due to unrestricted slewing. All-terrain cranes are more cost-effective when the project requires 10+ repositions within a single contract.
| Factor | Electric Overhead Crane | Diesel Mobile Crane |
|---|---|---|
| Capital Investment | Higher — requires steel structure, rails, and electrical infrastructure | Lower — no civil works required |
| Operating Cost (per lift-hour) | $3–8 USD electricity cost per hour at typical industrial rates | $25–60 USD fuel cost per hour depending on engine size |
| Emissions | Zero point-of-use emissions — suitable for indoor and enclosed facilities | Requires EPA Tier 4 / EU Stage V compliance for emission-sensitive sites |
| Flexibility | Fixed to runway rails — cannot reposition outside designated bay | Fully mobile — no infrastructure dependency |
| Break-even Point | Typically 3-5 years at >1,500 operating hours/year | Preferred for <1,000 hours/year or temporary installations |
Engineering note: The selection is not binary — many operations combine fixed overhead cranes for repetitive in-bay work with mobile cranes for non-standard lifts. The optimal mix depends on lift frequency, load weight distribution, and facility layout.
Our engineering team can provide model-specific load charts, wind load calculations, ground bearing analysis, and rigging plans for your project.
Download Technical Datasheet