Which Two Cranes Typically Use a Lattice Boom? Crawler vs. Truck Crane Guide

In heavy lifting and construction, the lattice boom is a defining feature of two dominant crane types: the crawler crane and the lattice boom truck crane (LBT). Understanding their differences is crucial for procurement engineers and project managers seeking optimal performance and cost efficiency. This guide explores the design, applications, and trade-offs of these two mobile giants, helping you make an informed purchasing decision.

What Is a Lattice Boom? The Backbone of Heavy Lifting

Definition & Design

A lattice boom is a structural arm made of interconnected steel members forming a triangular or rectangular lattice pattern. Unlike telescopic booms, lattice booms are assembled from modular sections, allowing customization of length and capacity.

Key Characteristics

Triangular Lattice Structure: Provides exceptional strength-to-weight ratio, minimizing dead load while maximizing lifting power.
Modular, Configurable Length: Sections can be added or removed to adjust reach and capacity on-site.
Optimal Strength-to-Weight Ratio: Enables cranes to lift heavier loads with less structural material.

Ideal Applications

Maximum Capacity Applications: Power plants, bridge construction, and wind turbine installation.
Large-Scale Construction Projects: High-rise buildings, stadiums, and industrial complexes.
Heavy Industrial Operations: Refineries, shipyards, and mining operations.

Which Two Cranes Typically Use a Lattice Boom?

The Crawler Crane: The Site-Based Powerhouse

Core Identity & Carrier: Mounted on crawler tracks, distributing weight over a large area to operate on soft ground without outriggers.
Why it Uses a Lattice Boom: Needs extreme lifting capacity (often 100+ tons) and long reach. Lattice boom delivers both efficiently.
Key Features: Self-propelled, 360-degree rotation, high stability, slower travel speed (usually moved on low-boy trailers between sites).

The Lattice Boom Truck Crane (LBT): The Mobile Giant

Core Identity & Carrier: A lattice boom mounted on a standard truck chassis with outriggers for stabilization.
Why it Uses a Lattice Boom: Combines high capacity with highway mobility. Lattice boom sections are transported separately and assembled on-site.
Key Features: Fast road travel (up to 80 km/h), requires setup time for boom assembly and outrigger deployment, ideal for projects needing high capacity but intermittent use.

Head-to-Head: Crawler Crane vs. Lattice Boom Truck Crane

Comparison Table: Crawler Crane vs. Lattice Boom Truck Crane

Aspect	Crawler Crane	Lattice Boom Truck Crane (LBT)
Appearance	Short, wide body with tracks	Truck chassis with outriggers
Speciality	Rough terrain, flexibility	High capacity on prepared sites
Mobility	Slow (within site); moved by trailer	Fast highway travel (80+ km/h)
Setup Time	2–4 hours (track deployment)	8–16 hours (boom assembly & outriggers)
Lifting Capacity	Up to 3,000 tons	Up to 1,200 tons (common range 50–300 tons)
Ideal Projects	Continuous heavy lifts, soft soil	Infrastructure, power plants, bridges
Cost Consideration	Higher initial; lower daily cost	Lower initial; higher rental/transport cost

Advantages and Disadvantages of Lattice Boom Cranes

Advantages

Superior Lifting Ability: Handles massive loads with minimal boom deflection.
Extreme Reach: Configurable boom sections provide up to 200 meters reach.
Cost-Effectiveness (per ton lifted): Cheaper than telescopic booms for heavy lifts.

Disadvantages

Time-Consuming Assembly: Requires skilled crew and specialized equipment, often takes 1–2 days.
Complex Transport Logistics: Boom sections and counterweights need multiple trucks.
Fixed Operational Length: Once assembled, cannot change boom length quickly.

Key Considerations When Choosing Between Crawler and Lattice Boom Truck Crane

Factor	Crawler Crane	Lattice Boom Truck Crane (LBT)
Project Timeline	Long-term projects (months)	Short-term or intermittent lifts
Site Conditions	Soft, uneven, or confined	Paved, stable ground
Lifting Capacity	Extreme (100–3,000 tons)	Moderate to high (50–1,200 tons)
Mobility	Site-bound; low travel speed	Highway mobile
Cost Efficiency	Better for continuous operation	Better for high mobile needs
Setup Time	2–4 hours (tracks)	8–16 hours (boom & outriggers)
Space Requirements	Large area for assembly	Moderate (outriggers require space)
Ideal Applications	Wind farms, refineries, ports	Highway bridges, power lines, temporary lifts

Conclusions

Choosing between a crawler crane and a lattice boom truck crane depends on your project’s mobility, lifting capacity, and site conditions. Crawler cranes excel in continuous heavy lifts on rough terrain, while LBTs offer highway mobility for high-capacity intermittent lifts.

FAQs

Which two cranes typically use a lattice boom OSHA 30?

According to OSHA 30 training, the two cranes that typically use a lattice boom are the crawler crane and the lattice boom truck crane (LBT). Both rely on the lattice boom’s modular design for heavy lifting.

Are There Other Cranes That Use Lattice Booms?

Yes. Floating cranes and seismic drilling rig masts sometimes incorporate lattice booms. However, the crawler and truck cranes are the most common mobile crane types using this design.

What are the two different types of cranes?

The two primary categories are mobile cranes (crawler, truck, all-terrain) and stationary cranes (tower, overhead bridge). Within mobile, lattice boom is used by crawler and truck cranes.

What's the difference between crawler and truck-mounted lattice boom cranes?

Crawler cranes move on tracks, offer high stability on soft ground, and require slow transport. Truck-mounted lattice boom cranes travel at highway speeds on standard roads but need outriggers for stabilization and longer setup time.