More Points Does Not Equal More Accuracy 

In this industry, it’s easy to get dazzled by tech-speak – “higher data density”, “millions of points per scan,” “refined 3D models.” Some volume scanner manufacturers lean on these claims as if more points automatically equals better accuracy. It sounds impressive. But it isn’t true. 

Accuracy doesn’t come from the sheer quantity of points. It comes from quality and, crucially, from a verified reference to measure against. Without that, all you’ve got is noise dressed up as progress. 

The myth of ‘more is better’

Take stereo camera systems. They churn out massive point clouds, far bigger than LiDAR systems. But here’s the catch: every point is a guess. Cameras don’t measure distance directly – they infer it. The 3D model they spit out is only as good as the software that interprets it. If the assumptions are off, the numbers are wrong. In that case, a bigger point cloud just means more wrong points. 

Loadscan doesn’t play that game. Our dual 2D LiDAR scanners measure distance directly, without guessing. Every point is real, grounded in geometry, and benchmarked against a verified reference scan. That’s why independent tests prove Loadscan delivers accuracy within +/-1% – not in theory, but in quarries, mines, and civil projects all over the world. 

Accuracy comes from reference, not volume

A true measurement system has to start with a trusted baseline. In Loadscan’s case, that’s the empty truck profile. Every subsequent load is compared back to that reference scan. If that isn’t precise, every step that follows is flawed, no matter how much data is collected. More points on a bad baseline just mean mistakes with greater details. 

This is where Loadscan pulls clear of the pack. Our scanners lock in a detailed reference scan and then measure every load against it. The result? Repeatable, auditable, accurate data you can stand behind, no matter the industry you’re in. 

Cutting Through the Marketing Smoke

Competitors love buzzwords: “multi-stream processing,” “depth refinement,” “labelled point clouds.” But jargon can’t cover the fact that their accuracy isn’t independently proven. Operators don’t need fancy terms; they need results they can trust. In industries where production reports, invoicing, and compliance depend on those numbers, “close enough” is nowhere near good enough. 

Proven In The Field, Not Just The Lab

Camera systems often look good in controlled tests. Put them in the real world—dust, rain, glare, vibration – and the cracks show. LiDAR doesn’t flinch. Day in, day out, it delivers consistent scans that hold up under scrutiny. That’s why Loadscan remains the trusted standard, with systems running on mines, in quarries and on construction sites around the world. 

The Benchmark Hasn’t Moved

Some manufacturers pitch “next-gen” systems that promise to outdo everything else with more data points. But measurement isn’t about who can collect the most – it’s about who can prove their numbers. Loadscan has been doing that for decades, and our accuracy is internationally certified. 

We don’t just gather data. We deliver truth. And in a world where tonnes of material equal millions of dollars, that’s the only measure that matters.