A Comparative Feasibility Analysis of Water-Assisted Construction Pathways for the Giza Pyramids

A Comparative Feasibility Analysis of Water-Assisted Construction Pathways for the Giza Pyramids Author: Richard Lee Crowton Affiliation: Independent Researcher, Founder of Regenerative Cosmology ORCID: 0009-0003-6399-8744 The construction of the Giza pyramids represents one of the most demanding large-scale engineering challenges in human history. This paper examines pyramid construction not as a question of cultural motivation or historical narrative, but as a mechanical feasibility problem defined by constraints of mass, energy distribution, labour coordination, frictional losses, vertical scaling, and placement precision. A comparative framework is developed to evaluate two broad classes of construction pathways: dry-haul dominant approaches, including sledges and ramp systems, and water-assisted pathways incorporating canal transport, buoyancy-assisted lifting, staged flooding, and related hydraulic mechanisms. These pathways are assessed according to their ability to satisfy the full construction constraint set with minimal unresolved assumptions. The analysis finds that water-assisted construction pathways plausibly reduce peak labour strain, frictional losses, and height-dependent scaling penalties relative to purely dry-haul dominant models, particularly during later construction stages. Hybrid scenarios combining dry-haul and water-assisted methods are explicitly permitted and may represent an efficient optimisation strategy. This paper does not assert definitive historical reconstruction, exclusivity of method, or archaeological certainty. Its contribution is confined to comparative mechanical plausibility under known physical constraints. Framed in this way, water-assisted pathways warrant serious consideration within engineering-focused analyses of large-scale ancient construction. 4. Keywords pyramid constructionGiza pyramidsengineering feasibilityancient construction methodshydraulic constructionwater-assisted transportconstraint-based analysiscomparative mechanicsexperimental archaeologyhistory of engineering 13. Funding No external funding was received for this work.