Size: 5 in x 3 in (12.7 cm x 7.6 cm) Key benefits Durable construction designed for demanding use: military grade durability delivers long service life under repeated wear and rough conditions. Improved visibility and recognition: reflective material increases visibility in low light and makes identification faster and easier. Precise fit and finish: nylon fabric laser cut for clean edges that resist fraying and improve conversion rates during production and assembly. Reliable quality: ultra materials and workmanship ensure consistent performance and longevity. What it does and why you need it Provides a compact, rugged reflective surface for gear, clothing, or equipment where size and durability matter. Solves common problems such as worn edges, poor reflectivity, or inconsistent sizing by combining laser cutting, nylon, and a reflective surface. Stands out for its combination of military grade durability and reflectivity while remaining compact and easy to attach. Attributes and compatibility Size: 5 in x 3 in (12.7 cm x 7.6 cm) ideal for patches, panels, pockets, and small equipment surfaces. Material: heavyduty nylon with reflective material applied for reliable light . Manufacturing: laser cut nylon fabric for precise edges and consistent sizing. Compatibility: fits most loop panels, hook and loop attachment areas, and can be integrated with backpacks, vests, jackets, and gear with similar mounting systems. Use scenarios Attach to a backpack or daypack to improve visibility when hiking or commuting in low light. Apply to a vest or outer garment as an identification or reflective patch for tactical, work, or outdoor activities. Add to equipment cases or tool bags to make gear easier to locate and identify in dim conditions. Technical notes Exact dimensions: 5 in x 3 in (12.7 cm x 7.6 cm). Designed for repeated use and exposure to demanding environments without significant degradation of edge integrity or reflective performance. This product offers a compact, durable, and visibility solution for gear identification and low light recognition needs.