Scientific 3D Model of Male Pelvic Anatomy - Structural Low-poly 3D model

This scientifically accurate 3D model presents a detailed, educational exploration of the male pelvic anatomy, emphasizing its evolutionary specialization for strength, support, and locomotive performance. Anatomically precise and biomechanically informed, the model reveals the complete male pelvis in high fidelity, including all skeletal landmarks, contours, and structural adaptations.

The model features the distinctively narrow, heart-shaped pelvic inlet and acute subpubic angle (<90°) characteristic of the male pelvis. The sacrum is longer and less curved, reflecting a design optimized for vertical load transmission and posterior muscle attachment. The iliac bones are vertically oriented, with sharp iliac crests ideal for anchoring powerful trunk and thigh muscles. Prominent ischial tuberosities provide stable sitting support, while the pubic bones form a narrow pubic arch, creating the classic android pelvic shape.

Comparative views highlight key sexual dimorphism: a funnel-shaped cavity, narrower greater sciatic notch, and more oval obturator foramen contrast with the broader features of the female pelvis. Deep, well-defined acetabula demonstrate hip joint stability and load-bearing capacity, aligning with the greater upper body mass and mechanical demands in the male form.

Measurement markers and reference points guide anatomical study, with clinical landmarks such as the ischial spine, pubic symphysis, and sacroiliac joint clearly labeled. Professional studio lighting accentuates bony textures, muscle attachment ridges, and structural depth, offering a premium-quality visual tool for medical education, anthropological study, and professional anatomical illustration