Maya Van De Wiel

Maya Van De Wiel

Born on January 1, 1991, in the Netherlands, Maya Van De Wiel is a Dutch plus size model who has built a steady presence in adult content creation over recent years. She is also known under the name Angelina van de Wiel.

Background and Career

Standing 5'8" with blonde hair and brown eyes, Maya fits within the BBW Models category, with measurements of 43-30-45. She has no visible tattoos or piercings, which sets her apart from many of her contemporaries in the space.

Maya operates primarily through online platforms, where she has developed a following as an independent content creator. Her work is self-directed, without notable studio affiliations, which places her among the growing number of European creators who have bypassed traditional production companies entirely. As one of a relatively small number of Dutch performers active in this segment, she occupies a distinct niche.

Online Presence

Maya maintains accounts across several social media platforms under the handle "mayadutch," which she uses to promote her content and connect with her audience. Her main paid content is distributed through a dedicated subscription page. The consistency of her branding across platforms suggests a deliberate, business-minded approach to her career.

Industry Context

The plus size modeling space within adult content has expanded considerably since the early 2020s, and Maya has been active during this period of growth. Dutch creators remain a smaller subset within the broader European market, which is more commonly associated with performers from the UK, Germany, and Eastern Europe. Maya's presence as a Blonde Models creator from the Netherlands gives her a somewhat uncommon profile.

At 34, Maya is at a point in her career where longevity becomes a defining factor. Many independent creators cycle through the industry within a few years, and those who maintain an active presence beyond that window tend to have established a reliable audience base. Whether Maya continues to build on her current trajectory or diversifies into adjacent areas of modeling remains to be seen, but her consistency to date suggests a stable operation.