Two customers in the last several months have reported that the angles of their pyramid were considerably different from what was promised in the product description (i.e. Giza and/or Nubian pyramids). In both cases, the reported angles were arrived at through the use of an angle measuring app. It was immediately clear that 1) either the app was giving an incorrect reading, or 2) the method used when measuring fell short, for the angles reported were considerably different from the angles we make every effort to duplicate, including the true golden ratio angles. It would be understandable if these reported angles were in reasonable proximity (within a degree, or two degrees). However, the differences reported were more than ten degrees off. Given the care we take and the precision importance involved, these readings taken using these types of devices could not be correct.
In the second instance, it required us sending images of a photo of the same copper pyramid super-imposed over a photo of an actual Nubian to show clearly that we were within a small margin of error, consistent with our verified measurements. Keep in mind that this is something we take very seriously as it is important for the specifics of the energy. The reason for this brief article is to help those who may have done the same (or wish to do the same) with a similar app to understand that these angle measuring apps either do not work reliably, or the way the measurements are taken requires re-thinking, especially when compared to hands-on approaches familiar to those concerned with DIY accuracy.
It is also worth noting that most angle-measuring apps are designed for flat, planar surfaces and not complex three-dimensional forms like pyramids. Small deviations in phone placement, camera perspective, or reference edges can easily compound into large errors. This makes such tools poorly suited for evaluating carefully constructed pyramid geometry.
Our copper pyramids are built using fixed jigs, repeatable processes, and reference measurements that have been checked and rechecked over many years. While no handcrafted object can claim absolute mathematical perfection, the margins we work within are narrow and intentional. When large discrepancies are reported, they almost always point back to the measuring method rather than the pyramid itself.
In summary, pyramid angles matter because geometry matters. Precision supports consistency, and consistency supports the energetic intent behind these structures. If you have questions about how angles are determined, verified, or replicated, our measurement questions page addresses many common concerns. And for those deciding between different designs or proportions, guidance on choosing the right copper pyramid may also be helpful.
We encourage curiosity and verification, but we also encourage using appropriate tools and methods when evaluating pyramid geometry. When done correctly, the results align closely with what we describe and deliver.