The SABRE S1013PK combines personal protection with practical utility in a compact pink polymer design. This multi-function device delivers 1.15 microcoulombs of stopping power while serving as an everyday carry tool with integrated LED illumination.
What Makes This Different
Unlike single-purpose stun devices, the S1013PK integrates three essential functions into one streamlined unit. The 1.15 microcoulomb output exceeds many compact alternatives while maintaining a lightweight profile. The polymer construction reduces weight by 30% compared to metal housings without sacrificing durability or electrical performance.
Key Features
- 1.15 microcoulomb electrical output for maximum legal stopping power
- Integrated LED flashlight with focused beam pattern
- Pink polymer housing for reduced weight and enhanced grip texture
- Dual safety switches prevent accidental activation
- Rechargeable battery system with wall adapter included
- Compact dimensions fit standard purse compartments
- Built-in belt clip and wrist strap attachment points
Field testing demonstrates reliable function across temperature ranges from 32°F to 100°F. The LED flashlight provides sufficient illumination for key identification and navigation in low-light conditions. Battery life supports multiple activations per charge cycle, with recharge indicators preventing unexpected power loss during critical moments.
Technical Specs
- Electrical Output: 1.15 microcoulombs
- Construction: High-impact polymer housing
- Color: Pink with black accents
- Power Source: Rechargeable lithium battery
- LED Flashlight: Integrated white LED
- Safety Features: Dual activation switches
- Accessories: Wall charger, belt clip, wrist strap
- Dimensions: Compact carry profile
- Weight: Lightweight polymer construction
The S1013PK addresses the need for discrete personal protection without compromising functionality. SABRE's established reputation in law enforcement markets translates to civilian applications requiring dependable performance when situations demand immediate response.