The compact SUPERFIRE G19-S flashlight combines a durable aluminum construction, 5 lighting modes, and a 90° adjustable head. Thanks to its magnetic tail cap, IP42 water resistance, and USB‑C charging, it’s ideal for workshops, hiking, and everyday use.
The SUPERFIRE G19-S is designed for reliable performance in demanding conditions. The body made of durable aluminum alloy protects against drops and mechanical damage while remaining lightweight and easy to carry. With an IP42 rating, it’s suitable for rain and harsher weather conditions.
The adjustable head up to 90° allows use as a handheld flashlight or as a headlamp with the included headband. The magnetic tail cap makes it easy to attach to metal surfaces so you can keep both hands free while working. Powerful LEDs provide bright light and 5 modes (High / Medium / Low / Strobe / SOS) for any situation.
Power from a replaceable 14500 (800 mAh) battery provides up to about 2.5 hours of runtime. USB‑C charging is fast and convenient from a power bank, computer, or car charger. A status indicator (red = charging, blue = fully charged) and protections against reverse polarity, overcharge, and deep discharge enhance safety and battery lifespan.
- Versatile use: workshop tasks, maintenance, camping, hiking, emergency situations.
- Ergonomic control: intuitive mode switching with a single button.
- Practical accessories in the box: headband, battery, USB‑C cable, and wrist strap.
Specifications
- Manufacturer
- Superfire
- Model
- G19-S
- Color
- Black
- Dimensions
- 120 × 23 × 23 mm
- Beam distance
- 160 m
- Battery capacity
- 800 mAh
- Material
- aluminum alloy
- Weight
- 95 g
- Water resistance
- IP42
- Runtime
- approx. 2.5 h
- Battery type
- 14500 (Li‑ion, replaceable)
- Charging
- USB‑C
- Charging time
- approx. 2.5 h
- Lighting modes
- High, Medium, Low, Strobe, SOS
- Head adjustment
- up to 90°
- Magnetic tail cap
- yes
- Charging indication
- red = charging, blue = fully charged
- Protections
- reverse polarity, overcharge, undervoltage, automatic shutdown at low voltage
