UST StarFlash Micro Signal Mirror – Ultra-Light Signaling Tool for Hiking & Emergencies

Compact design, solid signaling performance

The UST StarFlash Micro Signal Mirror is designed to travel light without compromising signaling capability. At just 0.5 oz, its compact 2 x 1.5 inch footprint slips into any survival kit while remaining easy to handle in the field. A built-in precision aiming system helps you align reflected light with confidence, even when visibility is limited.

Clear signaling in varied conditions

Whether you are under a cloudy sky, at night, or using moonlight as your light source, this mirror stays functional. The virtually unbreakable surface works with the available light you have, and the star targeting guide helps you aim accurately without blocking the light source.

Key features at a glance

• Dimensions: 2 in H x 1.5 in W x 0.1 in D; weight about 0.5 oz
• Ultralight design with a built-in precision aiming system for dependable signaling
• Vacuum deposition metallization surface with a targeting star and retro-reflective fabric for visibility
• Durable, virtually unbreakable mirror that remains usable in overcast conditions or at night
• Lanyard hole for secure attachment to gear or easy handling on the move

Real world use cases and versatility

Use it to signal a distant beacon, pinpoint a location along a trail, or merely check your reflection for personal grooming during long trips. The StarFlash Micro is designed as a practical companion for hikers, campers, and preparedness kits alike.

How to use

• Face the sun or a light source in an open area with a clear view of the sky
• Reflect light onto your hand or a surface without blocking the light from the source
• Move the mirror toward your eye and align the reflected light with the intended target
• If no target is visible, continue sweeping the horizon to maintain visibility

Notes and expectations

This tool is a signaling aid, not a guaranteed beacon. It may help you communicate your presence when light is available, but outcomes depend on conditions and proper use.