The BROWE BRO 1x20 Reflex Optic Red Dot Sight is a 1x20 tactical red dot sight with a 2.0 MOA dot reticle. The BRO 1x20 is a reflex style optic developed for use on rifles, carbines, and shotguns to provide simple and quick target acquisition for close-quarter situations. It features an advanced lens coating and electronic LED combination that produces a crisp red dot for ideal light transmittance and contrast regardless of your lighting conditions. The optic is fully sealed and nitrogen-purged to prevent fogging. It has an IPX7 waterproof rating for complete water immersion up to 3.3' for up to 30 minutes.

The digital brightness control is designed for ambidextrous usage with 10 brightness settings, including two night vision settings. A memory retention feature returns the sight to the last brightness setting used. The optic uses BROWE's EZ Adjuster Caps, which allow windage and elevation adjustments by the simple flipping of the cap upside-down without the need for special tools.

The 1x20 Reflex Optic features an aircraft grade 6061-1 aluminum housing and is powered by a side-loading CR2032 battery that runs up to 15,000+ hours of operating time.

2.0 MOA Dot Reticle    15,000-Hour Side-Loading CR1632 Battery    Water and Fogproof    10 Brightness Settings    Memory Retention    EZ Adjuster Caps    1 MOA Adjustment Per Click    Rubber Bikini-Style Lens Covers

• 2 MOA red dot reticle
• 10 brightness settings, including two night vision settings
• Digital illumination controls with memory on/off to return to the last setting used
• +100 MOA elevation and windage adjustment
• High-efficiency lens coating ensures the dot remains visible in all conditions
• IPX7 waterproof
• Side-loading CR2032 battery that can be changed without removing the sight
• Single-click 1 MOA adjustment

Related Questions and Answers

Q: 1. Will this card allow the PC to drive an Apple Display?

A: The HP Dual TBT4 PCIe x4 Low-Profile Card, (B&H # HE340L1AA), will allow Thunderbolt 4 devices to connect with a compatible HP workstation, however, the Apple Studio Display is not officially supported on Windows so I wouldn't recommend it for that.

Q: 2. How wide are the leg sections on this monopod? What is the diameter of each section?

A: The footprint of the iFootage Cobra 2 A180-II Aluminum Monopod with Low-Profile Tripod legs is 300mm (11.8").

Q: 3. how long is this in its shortest configuration?

A: The iFootage Cobra 3 Strike Monopod has a folded length of 71.5cm/28.1" for the monopod only and 83.7cm/32.9" with the base.

Q: 4. Does this model have a tension control on the ball? It's not mentioned in the specs but from the pictures it looks like it does.

A: Yes, Leofoto LH-36 Low Profile Ball Head small knob above the Panning knob controls speed tension on the ballhead. The large knoc locked in/out the ballhead.

Q: 5. Is this compatible with the Sunwayfoto PCL-6DR L-Bracket for Canon 6D?

A: Yes, the Sunwayfoto PCL-6DR L-Bracket for Canon 6D DSLR Cameras (RRS Compatible) would be compatible for use on the Sunwayfoto XB-28 Low-Profile Ball Head.

Q: 6. How does this differ from the current A180?

A: At this time it seems the 2 has an optional extension.

Q: 7. What Thunderbolt 4 controller does this card have?

A: The manufacturer hasn't specified the Thunderbolt 4 controller used in the HP Dual TBT4 PCIe x4 Low-Profile Card.

Q: 8. Does this use the same adaptors as previous models?

A: The iFootage Cobra 3 Strike Aluminum Monopod with Pedal-Release Mini Tripod Base has the same 3/8"-16 Male head mount with removable feet as the iFootage Cobra 2 A180-II Aluminum Monopod so you can use the same adapters.

Q: 9. I have a 2017 ThinkStation P310, 250W power supply, 32 GB RAM, latest Windows 10. GPU is NVIDIA K620. Is this T1000 compatible?

A: Yes, the PNY NVIDIA T1000 Low-Profile Graphics Card, B&H # PNCNT10008GB, is compatible with the 2017 ThinkStation P310.

Q: 10. What is the maximum height of this monopod with the tabletop tripod base removed?

A: The maximum height of the iFootage Cobra 2 A180-II Aluminum Monopod with Low-Profile Tripod without the base would be 64.8".