GT Nano3.0 Brass
Crafted from durable brass, it boasts a sleek, timeless look that ages beautifully with use. Featuring built-in USB-C charging, this flashlight offers convenience and efficiency, while the stainless steel button adds a touch of sophistication. With a peak brightness of 700 lumens and a maximum beam distance of 400 meters, the GT Nano 3.0 delivers impressive performance in a pocket-sized design. Weighing just 61 grams and measuring 67mm in length, it’s perfect for everyday carry, gifting, or as a collectible. With an IPX8 waterproof rating, it’s built to withstand the elements, making it a versatile choice for any adventure or occasion. Whether for daily use or as a special gift, the GT Nano 3.0 Brass is an essential companion.
| Battery | 10280 |
|---|---|
| LED | OSRAM |
| Beam Rang | 201-500m |
| Material | Brass |
| Lumens Range | 0-500 Lumens |
| Weight | 61-100g |
Features
- Made of brass material
- Built-in USB-C charging port
- Powered by a 10280 Li-ion battery (included)
- Max 700 lumens output, 400 meters throw
- Osram LED with a lifespan of up to 50000 hours
- Stainless steel side switch button, easy-go UI
- 3.7V/700mAh 10750 Li-ion battery and 10750 tube for options, 800LM max output, 420M distance, and 90H max runtime
- IPX-8 waterproof rating
- Size: 67*24*14mm
- Net Weight: 61.5 (battery included)
Specification
| ANSI/NEMA FL1 | Moonlight | Low | Med | High | Turbo |
| Output | 1 Lumen | 31 Lumens | 180 Lumens | 400 Lumens | 700 Lumens |
| Runtime | 48h | 4h | 50min | 1M+45min | 1M+42min |
| Distance | 400m (Max) | ||||
| Intensity | 40000cd (Max) | ||||
| Impact Resistant | 1m | ||||
| Waterproof | IPX8, underwater 2m | ||||
| Light Source | Osram NM1 LED | ||||
| Battery | 1 X 10280 Li-ion | ||||
| Power | 9W (Max) | ||||
| Size | 67*24*14mm | ||||
| Net Weight | 61.5g (battery included) | ||||
Notice: The above approximate data are lab-tested with a 10280 Li-ion battery and may vary due to differences in environment and batteries. The runtime on High and Turbo modes is cumulative due to the overheat protection feature.
