SABRE 1.154 UC PINK STUN GUN + 115 DB ALARM

The SABRE 1.154 UC Pink Stun Gun with 115 dB Alarm is a compact, dual-function personal safety device designed for individuals seeking non-lethal protection in everyday carry situations. This stun gun combines electrical incapacitation with an extremely loud alarm to create redundant defense mechanisms—one targeting a potential threat directly, the other designed to attract attention and deter approach. The pink color serves practical purposes beyond aesthetics: it signals a defensive posture openly, is highly visible in low light, and remains easily identifiable in a purse or pocket for quick access during an emergency.

At just 0.23 pounds and measuring 5 x 1.35 x 9.2 inches, this model is deliberately compact for maximum portability without sacrificing functional capability. The 115 dB alarm threshold is significant—sound at this level exceeds the pain threshold for human hearing and is loud enough to be heard from several hundred feet away, making it effective for attracting help or deterring an aggressor before physical contact occurs. The stun capability provides a secondary layer of protection if the alarm alone does not stop a threat. The ultra-compact (UC) form factor means it fits into a jacket pocket, small purse, or bag without bulk, eliminating the excuse that personal protection is too inconvenient to carry.

This device is purpose-built for individuals—particularly students, commuters, solo travelers, and those in transit situations—who want reliable non-lethal defense without the legal complexity or training requirements of firearms. The dual-alarm and stun approach addresses the reality that many threat scenarios can be de-escalated through noise and visible resistance rather than contact. SABRE is recognized as a manufacturer within the personal protection category, and this model represents the balance between discreet carry and immediate functionality. Anyone considering a stun gun should verify local and state regulations before purchase, as restrictions on electro-shock devices vary significantly by jurisdiction.