Selecting the right crane mats is critical to safe lifting operations, yet preventable mistakes remain common across construction and infrastructure projects. Understanding these pitfalls, and how to avoid them, protects both personnel safety and project timelines, whether you’re using mats for the first time or refining your approach based on years of experience.
These mistakes don’t usually stem from carelessness. They’re more often the result of time pressure, incomplete ground information, or assumptions carried over from previous jobs.
Too often, crane mats are treated as an accessory rather than a core part of the lifting plan, despite the enormous forces passing through them. As a specialist timber mat supplier, we regularly see the same issues repeated – and the good news is that they’re entirely preventable with the right knowledge.
Underestimating load requirements is one of the most serious, and most preventable, mistakes in crane mat selection.
Crane mats must support far more than the crane’s static weight. Outrigger loads, lift radius, slewing movements and dynamic forces all increase pressure on the ground. If crane mats are under-specified, failure can occur quickly and without warning.
Common consequences of overloading include:
Timber crane mats are engineered to spread heavy loads evenly across a wider surface area. Dense hardwood options maintain stiffness and structural integrity under intense pressure, reducing the risk of settlement during critical lifts. When specified correctly, they provide predictable, consistent performance even under maximum rated loads.
Need load calculations for your specific crane configuration? Our technical team can provide sizing guidance based on your equipment, ground conditions and lift requirements. Talk to us.
Ground bearing capacity varies dramatically between sites, yet mat sizing is often based on assumptions rather than actual conditions.
On soft, saturated or recently disturbed ground, undersized bog mats concentrate pressure rather than distributing it. This increases the risk of sinking, rotation and loss of level during lifts, particularly as loads shift or environmental conditions change throughout the working day.
Soft ground conditions require:
Timber bog mats perform especially well in these situations due to their strength-to-weight ratio and slight natural flex, which helps them adapt to imperfect ground while maintaining structural integrity. Unlike rigid composite alternatives, timber distributes point loads more effectively across the entire mat surface.
Not all lifting environments demand the same level of performance, yet material upgrades are often overlooked when they matter most.
Ekki timber is one of the strongest hardwoods used in ground protection, offering exceptional density, durability and resistance to moisture degradation. Despite this proven performance, some projects continue to rely on lower-grade mats in situations where failure risk is genuinely high.
Ekki crane mats should be the default choice when:
Material choice and proper specification are the determining factors between safe operations and preventable incidents.
Timber crane mats remain the industry standard because they deliver predictable, proven performance in real-world conditions where safety margins matter. Whether you’re new to crane mat procurement or optimising your existing operations, understanding load requirements, ground conditions and material performance ensures every lift starts on solid ground.
Specifying crane mats for the first time? We’ll walk you through load calculations, sizing requirements and material selection based on your specific operations.
Need expert guidance? Our specialists provide practical advice on crane mat selection, sizing and deployment for safe lifting across all ground conditions.