Truck Crane vs Crawler Crane vs Mobile Crane: Choosing the Right Crane for Your Job

Buying the wrong crane is one of the costliest mistakes in lifting. Truck cranes, crawler cranes, all-terrain cranes, and rough-terrain cranes each suit a different job — the choice is really about where you work, how often you move, and what you lift. Here is a deep comparison of capacity ranges, typical applications, advantages and limitations, transport requirements, and the brands to consider.

The four main crane types

Mobile cranes are classified by their carrier (the base that moves the crane) and their drivetrain. The four main types are: truck cranes (mounted on a standard truck chassis, drive on public roads), crawler cranes (mounted on a tracked undercarriage, cannot drive on roads), all-terrain cranes (specialized multi-axle chassis with both on-road and off-road capability), and rough-terrain cranes (compact, four-wheel-drive cranes designed for off-road use on rough job sites). Each type has distinct strengths and limitations, and the right choice depends on your specific lifting requirements and working conditions.

Before choosing a crane type, you should understand the total cost of ownership — our guide on 5-year total cost of ownership explains how to compare purchase price, operating costs, maintenance, and resale value. You should also consider transport and shipping — our guide on RoRo vs container vs breakbulk shipping covers the options for exporting cranes from China. At ASURE, we stock a range of used truck cranes, including the SANY STC1000C6-8, SANY STC1300C8, and Zoomlion ZTC700H.

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Truck cranes: road-legal mobility

A truck crane (also called an automobile crane) is a lifting superstructure mounted on a standard or modified truck chassis. It can drive on public roads at highway speeds, making it the most mobile crane type for jobs requiring frequent relocation. Truck cranes are the most common mobile crane worldwide, particularly in the 25–130 tonne range that covers most general construction lifting.

Capacity and applications

Truck cranes range from 5 to over 300 tonnes, with 25–130 tonnes being most common. The 25–50 tonne class handles general construction, steel erection, HVAC, and utility work. The 50–130 tonne class is used for larger building construction, bridge work, and infrastructure. Above 130 tonnes, the multi-axle chassis required for road legality becomes very expensive, and all-terrain cranes become more practical.

Advantages and limitations

Advantages: Road mobility at highway speeds (60–90 km/h); quick setup with outriggers in minutes; low operating cost with standard truck chassis parts; affordable purchase price; versatile for a wide range of lifting tasks.

Limitations: Limited off-road capability — requires firm, level ground for outriggers; lower capacity at long radii due to smaller outrigger base; road weight/dimension limits constrain maximum counterweight and boom length (large models may need separate counterweight transport); two-operator design (driving cab + lifting cab).

Transport

Truck cranes are self-transporting — they drive to the job site under their own power. For international export, most 25–80 tonne truck cranes ship via RoRo because they are self-propelled. Larger cranes may require breakbulk due to height or width constraints. See our shipping guide for details.

Crawler cranes: heavy lifting on any terrain

A crawler crane mounts the lifting superstructure on a tracked undercarriage, similar to an oversized excavator track system. The tracks provide excellent stability and low ground pressure, allowing operation on soft, uneven, or muddy ground where a wheeled crane would sink. Crawler cranes are preferred for heavy lifting on large construction, infrastructure, and industrial projects where the crane remains on one site for an extended period.

Capacity and applications

Crawler cranes range from 30 to over 3,000 tonnes (specialized lattice-boom models), with 50–250 tonnes being most common for general construction. Typical applications include high-rise construction (climbing cranes), bridge erection, wind turbine installation, power plant construction, petrochemical maintenance, heavy industrial lifting, and foundation work. Lattice-boom crawler cranes achieve very long boom lengths (100+ meters) and high capacity at radius.

Advantages and limitations

Advantages: Excellent stability with wide tracked base; can lift and carry (pick-and-carry) loads without outriggers; low ground pressure for soft ground; high capacity at long radii due to larger base and heavier counterweight; on-site mobility including while carrying a load; long boom capability with lattice booms.

Limitations: Cannot drive on public roads (tracks damage pavement); slow travel speed (1–2 km/h on site); requires partial disassembly for transport (boom, counterweight, tracks) taking 1–3 days with an assist crane; higher purchase cost; track undercarriage has many wear components requiring maintenance and eventual replacement.

Transport

Crawler cranes require specialized transport. Between local sites, a heavy-duty multi-axle low-bed trailer is used, with partial disassembly. For international export, they typically ship as breakbulk cargo because they are too large for containers or standard RoRo. Transport and mobilization costs are a significant factor in total ownership cost.

All-terrain and rough-terrain cranes

All-terrain (AT) cranes

All-terrain cranes combine the road mobility of a truck crane with the off-road capability of a rough-terrain crane. They use a specialized multi-axle chassis (2–8 axles) with all-wheel drive, all-wheel steering, and large tires that handle both highway speeds (up to 85 km/h) and off-road conditions. Capacity ranges from 40 to 1,200 tonnes, with 80–300 tonnes most common. AT cranes are the premium choice for lifting contractors needing a single crane for both long-distance road travel and rough job sites. They are more expensive than truck cranes and have higher maintenance costs due to the complex all-wheel-drive and steering systems.

Rough-terrain (RT) cranes

Rough-terrain cranes are compact, four-wheel-drive cranes designed specifically for off-road operation on rough, uneven job sites. They have a single cab (the operator sits in the same cab for both driving and lifting), large deep-tread tires, and excellent ground clearance. RT cranes are not designed for highway travel — they are typically transported between sites on a low-bed trailer, though some smaller models can be driven short distances on public roads with permits. Capacity ranges from 15 to 150 tonnes, with 25–80 tonnes most common. RT cranes are popular in North America, the Middle East, and on large industrial and petrochemical sites where the crane operates within a single facility. They are valued for compact size, maneuverability, and rough-ground capability.

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Side-by-side comparison

Feature	Truck crane	Crawler crane	All-terrain	Rough-terrain
Capacity range	5–300+ t (common 25–130 t)	30–3,000+ t (common 50–250 t)	40–1,200 t (common 80–300 t)	15–150 t (common 25–80 t)
Road travel	Yes, highway speed	No — tracks damage roads	Yes, highway speed	Limited — not designed for highways
Off-road capability	Limited — requires firm ground	Excellent — low ground pressure	Very good — all-wheel drive	Excellent — designed for rough terrain
Setup time	Minutes (outriggers)	Hours to days (assembly)	Minutes (outriggers)	Minutes (outriggers)
Pick-and-carry	No (must use outriggers)	Yes (can carry load on tracks)	Limited	Limited
Transport between sites	Self-transporting	Requires low-bed truck + disassembly	Self-transporting	Requires low-bed truck
Purchase cost	Low–medium	High	High	Medium
Best for	General construction, frequent relocation, road-accessible sites	Heavy lifting, long-duration projects, soft ground, high capacity at radius	Premium contractors needing both road and off-road capability	Industrial sites, petrochemical, tight spaces, rough ground

How to choose: five factors

1. Lifting capacity and radius

The most important factor is the maximum weight you need to lift and the maximum radius (horizontal distance from crane center to load). Every crane has a load chart specifying maximum load at each boom length and radius — you must choose a crane whose chart covers your heaviest lift at the required radius. Do not choose based on maximum capacity alone; a 100-tonne crane may only lift 100 tonnes at 3–4 meters radius, with capacity dropping significantly as radius increases. For long-radius lifts (15–30 meters), crawler and all-terrain cranes generally outperform truck cranes.

2. Job site conditions

Ground conditions determine whether a wheeled crane can operate. Soft, muddy, or uneven ground may cause a truck crane to sink even with outriggers and ground mats. A crawler crane's low ground pressure makes it suitable for these conditions. Paved or compacted gravel sites work fine for truck or all-terrain cranes. Also consider space constraints — rough-terrain cranes are most compact in tight spaces, while crawler cranes need more room for the tracked base and swing radius.

3. Relocation frequency

If you move the crane daily or weekly between sites, a truck or all-terrain crane is essential — they drive to the next site under their own power. If the crane stays on one large project for months or years, a crawler crane is appropriate despite high mobilization cost, because its on-site mobility and lifting performance pay off over the project duration. For cranes operating within a single industrial facility (refinery, power plant, port), a rough-terrain crane is often best.

4. Budget and total cost of ownership

Truck cranes are the most affordable in purchase price and operating cost, making them the default for general construction. All-terrain cranes cost 30–60 percent more than truck cranes of similar capacity with higher maintenance costs, but offer superior off-road capability. Crawler cranes have high purchase and mobilization costs but unmatched heavy-lift performance. Rough-terrain cranes are mid-range but require transport between sites. Use our TCO guide to compare full 5-year costs.

5. Rental vs. purchase

For cranes used less than 60–70 percent of the time, renting may be more cost-effective — especially for crawler and large all-terrain cranes with high purchase and mobilization costs. If you need a crane for a single project or occasional heavy lifts, renting from a crane rental company may be best. If you have consistent work keeping the crane busy 1,500+ hours per year, purchasing a used crane can be more economical long-term. At ASURE, we offer graded used cranes with inspection reports and warranty options.

Brands to consider

The Chinese crane market is dominated by three major manufacturers: SANY, XCMG, and Zoomlion. All three produce truck cranes, all-terrain cranes, and crawler cranes in a wide range of capacities, and their products are exported globally. SANY's STC series of truck cranes (such as the STC1000C6-8 100-tonne, STC1300C8 130-tonne, and STC2200C8 220-tonne) are known for strong lifting performance and reliable components. XCMG's QY and XCT series are widely used in global construction. Zoomlion's QY and ZTC series (such as the ZTC700H 70-tonne and ZTC1300V 130-tonne) offer competitive pricing and good performance. International brands such as Liebherr, Tadano, and Manitowoc/Grove produce premium all-terrain and crawler cranes with global support but at significantly higher prices.

At ASURE Machinery, we stock a range of used truck cranes from leading Chinese brands, including SANY and Zoomlion models from 25 to 220 tonnes. Every crane undergoes our 29-point inspection, including load testing, hydraulic system checks, and structural inspection. We provide a written condition report and offer remote video inspections for international buyers. Browse our full crane inventory for current availability, or contact us to discuss your specific lifting requirements.

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FAQ

Can a truck crane operate on muddy or soft ground?

Truck cranes require firm, level ground for outrigger deployment. On soft ground, outriggers can sink causing instability. Steel or timber ground mats can help for moderately soft ground, but for very soft, muddy, or marshy conditions, a crawler crane is appropriate due to its low ground pressure. Never operate a truck crane on soft ground without proper ground preparation and a stability assessment.

Truck crane vs all-terrain — what is the difference?

Both drive on public roads, but differ in off-road capability. A truck crane uses a standard truck chassis with rear-wheel drive, road tires, and limited ground clearance — designed for road travel and firm job sites. An all-terrain crane uses a specialized multi-axle chassis with all-wheel drive, all-wheel steering, and large off-road tires — it can travel at highway speeds AND operate on rough ground. AT cranes are more expensive to buy and maintain but more versatile. In Europe and the Middle East, AT cranes are more common; in Asia, Africa, and South America, truck cranes are more common due to lower cost.

How much does it cost to transport a crawler crane between sites?

For a 100-tonne crawler crane, mobilization (disassembly, transport on 3–5 low-bed trucks, reassembly) can range from USD 5,000 to USD 20,000+ depending on distance and local rates. For 250+ tonne cranes, mobilization can cost USD 20,000–50,000+ and take 3–7 days. This is why crawler cranes are economical only for long-duration projects. For short projects, a truck or all-terrain crane is more cost-effective despite lower lifting capacity.

What is "pick-and-carry" and which cranes can do it?

Pick-and-carry means lifting a load and then traveling while carrying it, without outriggers. This is useful on large sites where the crane must move a load a short distance. Crawler cranes are designed for pick-and-carry — their stable tracked base allows travel with a load (typically 50–70 percent of rated capacity). Truck cranes and most all-terrain cranes cannot pick-and-carry — they must deploy outriggers for all lifting. Rough-terrain cranes may have limited pick-and-carry on some models.

Used Chinese crane or new international brand?

Chinese cranes (SANY, XCMG, Zoomlion) offer significantly lower prices — a used 100-tonne Chinese truck crane may cost 40–60 percent less than a comparable new Liebherr or Tadano. Chinese cranes have improved dramatically in quality and are widely used globally. International brands generally offer better global parts/service, longer design life, and higher resale in developed markets. For emerging markets, a used Chinese crane from a reputable supplier like ASURE offers excellent value, especially with an inspection report and warranty. For developed markets with high utilization, a premium brand may be justified. Always factor total cost of ownership, not just purchase price.

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Sources and references: SANY, XCMG, Zoomlion, Liebherr, and Tadano official crane specification sheets and load charts; Construction Industry Research and Information Association (CIRIA) crane selection guidance; industry standard mobilization and transport cost data. Load charts vary by model, configuration, boom length, and counterweight — always consult the specific load chart for any crane before performing a lift. Browse ASURE Machinery's full crane inventory or contact us for help choosing the right crane for your application.