Weight distribution is a critical factor in the design and functionality of sex dolls, greatly influenced by the materials used. Traditionally, silicone and TPE (thermoplastic elastomer) are the most commonly used materials, each affecting the doll’s weight and balance differently. A well-designed doll will have an even distribution of weight, allowing for realistic positioning and movement.
Silicone tends to be heavier, particularly when combined with internal structures like metal skeletons. This added weight can enhance the realism, making the doll feel more lifelike during use. However, it also means that users must consider the doll’s weight for handling and storage. TPE, being lighter, can offer a different experience, but may require more effort in achieving stability, especially in various positions.
The design of the internal skeleton is also crucial, as it can influence how well the doll holds its shape and balance. A good skeleton allows for flexible posing while maintaining stability, enhancing the overall user experience. Understanding the impact of weight distribution and material can help users select a doll that not only meets their aesthetic desires but also offers functional advantages during use.