Gunpla After School: Gundam Plastic Model Kit Building

Join us for an after-school Gundam Plastic Model (Gunpla) workshop where children dive into the exciting world of model building! In this hands-on program, students in grades 4–8 learn how to build, paint, and customize their own Gunpla models. Kits, tools, paints, and all required materials are provided.

Build more than models

In this workshop, students in grades 4–8 don’t just enjoy building—they strengthen spatial reasoning, basic math and geometry, and logical problem-solving while bringing 3D designs to life. Guided by an experienced instructor, kids learn to plan, measure, follow precise steps, and think creatively as they assemble, paint, and customize their own kits. Every session blends hands-on making with STEM-aligned skills in a fun, supportive studio. All tools and materials are provided.

What is Gunpla?

Gunpla are plastic model kits based on the iconic mecha characters and machinery from the beloved Gundam anime series. Originating in Japan in the 1980s, Gunpla quickly gained popularity and spread globally throughout the 1990s. Today, hundreds of thousands of enthusiasts worldwide enjoy the rewarding hobby of building these intricate models.

What is Gundam?

Gundam is a Japanese science fiction media franchise created by Yoshiyuki Tomino and Hajime Yatate. It primarily revolves around giant robots, or “Mobile Suits,” that are piloted by humans. The series is renowned for its compelling storylines, exploration of complex themes such as war, peace, and human nature, and its iconic mechanical designs. Since its debut in 1979, Gundam has expanded into numerous anime series, films, manga, video games, and, of course, the popular Gunpla model kits.

Skills Developed

Building Gunpla is more than just a fun activity; it’s a fantastic way for children to develop a variety of valuable skills, including:

• Fine motor skills: As they carefully assemble small parts and work with precision tools.
• Focus and attention: Requiring concentration to follow instructions and achieve desired results.
• Problem-solving skills: When encountering challenges during the building or customization process.
• Following instructions: Learning to interpret and execute detailed steps.
• Planning and organization: As they strategize their build and manage components.
• Creativity: Through painting and customizing their models to reflect their unique vision.