Ponto Vermelho Forma de Círculo Holosun HS510C
408,87 €
Com IVA
The HS510C Open Reflex Circle Dot Sight has an open frame for a wide sight picture. It is powered by solar cell under normal usage, and a back-up battery to supplement power requirements in low light conditions.
31-040010
The HS510C Open Reflex Circle Dot Sight has an open frame for a wide sight picture. It is powered by solar cell under normal usage, and a back-up battery to supplement power requirements in low light conditions. The reticle can be switched between a 65 MOA circle with 2 MOA dot, a 2 MOA dot only, or a 65 MOA ring only at the push of a button. Better yet, the same LED projects both reticles, so no re-zeroing is necessary.
Features
• Parallax free with unlimited eye relief.
• New advanced technology LED allows up to 50,000 hours of operation on one CR2032 battery
• 2 MOA dot and a 65 MOA ring
• Dot only, Ring only, or Dot and Ring reticle combinations
• Unlimited field of view
• Titanium-alloyed, shock resistant hood
• Powered by both battery and solar
• QD integrated
| OPTICAL DATA | |
| Light Source | LED |
| Reticle | 2MOA Dot & 65MOA Ring |
| Parallax Free | Yes |
| Unlimited Eye Relief | Yes |
| Magnification | 1x |
| Multi-Coatings | Yes |
| Integrated Laser | No |
| ELECTRONIC DATA | |
| Battery Type | CR2032 |
| Battery Life | Up to 50,000 Hours |
| Brightness Setting | 10 Daylight & 2 NV Compatible |
| MECHANICAL DATA | |
| Housing Material | 6061 Aluminum with Titanium Hood |
| Surface Finish | MAO |
| Housing Color | Black |
| Adjustment per Click | 0.5 MOA |
| W&E Travel Range | ±50 MOA |
| Storage Temperature | -40? - 158? |
| Working Temperature | -22? - 140? |
| Submersion | IP67 |
| Vibration | Up to 1000G |
| PHYSICAL DATA | |
| Window Size | 0.91in x 1.2in |
| Dimension (in) | 3.3 x 1.6 x 1.8 |
| Weight (oz) | 8.3 |
| Central Height (in) | 1.41 |
31-040010
The HS510C Open Reflex Circle Dot Sight has an open frame for a wide sight picture. It is powered by solar cell under normal usage, and a back-up battery to supplement power requirements in low light conditions.