

The GOAST Infantry target offers a realistic, life-sized target ideal for tactical training and precise shooting. The self-healing polyurethane construction withstands repeated hits without rapid surface degradation and maintains a readable hit area. The target is double-sided, offering various training scenarios. Additionally, it can be used with thermal imaging, expanding its applicability in more realistic scenarios. Just set it up and shoot.
The shape and size of the target simulate a soldier figure with an AK-type rifle, offering real dimensions that are essential for practicing real-life situations. The shooter engages with proportions that closely match an actual target, aiding in skill transfer from training to real-life scenarios.
The target surface is coated with high-quality polyurethane, which prevents material tearing on impact and keeps the hit area readable. It withstands numerous hits without significant degradation. The material retains its structure even with repeated use, extending its lifespan with regular training.
One side of the target features a more prominent hit mark, ideal for long-distance shooting where clearer hit visibility is required. The other side includes a smaller hit mark, useful for zeroing weapons and evaluating shot groupings.
The target is fully compatible with thermal imaging, expanding training possibilities beyond typical conditions. Shooters can train under low visibility scenarios, practicing detection and engagement with thermal optics. This greatly enhances training variability.
The design allows for use with the LED Flasher, which immediately signals a hit. For larger target areas, using two units is recommended to cover the full silhouette and minimize false signals. The target also works with GOAST paint to improve hit visibility.
The mounting process is straightforward and requires no special tools. The target can be attached using GOAST straps, bands, screws, or other common methods depending on the environment and requirements. This enables quick setup and easy relocation according to training needs or range configurations.
