AK Interactive AK11077 Light Orange 17ml – high-quality acrylic paint for scale modeling

AK Interactive AK11077 Light Orange 17ml is a renowned acrylic paint designed for demanding modelers who value precision and vibrant, expressive colors when working on plastic, resin, or metal models. The product comes from the Spanish manufacturer AK Interactive, a pioneer in creating professional modeling paints used by modelers worldwide.

• Category: Acrylic modeling paint for brush or airbrush application
• Capacity: 17 ml – convenient plastic bottle with a precise dispenser
• Color: Light Orange – versatile use in model painting
• Material type: Water-based acrylic, odorless and safe to use
• Purpose: For all model scales – 1/72, 1/48, 1/35, 1/24, and others
• High pigmentation – excellent coverage after just the first layer
• Ultra-fast drying allows for quick application of subsequent layers
• Scratch resistance after complete drying
• Easy cleaning of tools with water or AK Interactive accessories
• Clear, legible label with color name and code – no risk of confusion

The Light Orange color is perfect for recreating historical and modern elements on vehicle, aircraft, or diorama models, such as warning markings on World War II bombers, signaling elements, or civil construction vehicles. These colors are extremely popular in scale modeling due to their authentic appearance and excellent durability.

The manufacturer has ensured the product’s versatility – AK11077 Light Orange is recommended for both beginner modelers and advanced users who appreciate quality and ease of application. Precise pigmentation means the paint spreads very well and allows for a uniform, aesthetic finish without streaks. The small 17 ml capacity is enough to paint many details, and the ergonomic bottle guarantees ease of use.

The product has a difficulty level: 1/5 – suitable even for beginner modelers.
We highly recommend AK Interactive AK11077 Light Orange 17ml to anyone seeking a reliable, durable, and easy-to-use acrylic paint for precision modeling.