Description: SPD FlipDot Solar Reflex Sight with KPM Mounting System (KeyMod/Picatinny/M-LOK)Description:The reflex lens can folds flat against the optic body when not in use and the folding lens can be quickly deployed with the press of the ambidextrous side levers.The Solar cells are mounted on top of the reflex sight and will power the red dot whenever there is sufficient sun light on the solar cells. The red dot automatically turns on, when there is sufficient sun light.The Solar Powered Dot (SPD) FlipDot can also be powered by the onboard CR2032 battery. The battery should be used when there isn't enough sun light, when using the optics indoors, or when using the optic at night. A red LED indicator on top of the optic by the solar cells will turn on when the red dot is powered by the battery.The FlipDot features side mounted + button to turn on the red dot under battery power mode. You can adjust the brightness level up or down when powered by the battery, via the side + & - buttons.The FlipDot is equipped the KPM modular mount for mounting onto KeyMod™/ Picatinny/ M-LOK™ rails and slots. Mounts onto rails with a quick release Picatinny mount. The Picatinny mount can also be removed to reveal the KeyMod™ and M-LOK™ base. Optic includes the KeyMod™ shoe an M-LOK™ compatible T-nut. US Patent PendingSpecifications: Dimensions: 3.5” x 2.5” x 2.2”Weight: 6 ozBattery: CR2032 not includedColor: BlackMaterial: Aluminum
Price: 145.99 USD
Location: Fontana, California
End Time: 2024-09-10T05:16:08.000Z
Shipping Cost: N/A USD
Product Images
Item Specifics
Return shipping will be paid by: Buyer
All returns accepted: Returns Accepted
Item must be returned within: 30 Days
Refund will be given as: Money Back
Return policy details:
Model: VDBSOLFLIP
Mount Type: KPM modular mount
Feature 1: Solar Charger
Feature 3: Locking Quick Release Mount
Battery: CR2032 Included
Reticle Color: Red
Feature 2: Dot Brightness Levels
Type: Reflex Optic
Mounts onto: KeyMod / Picatinny / M-LOK rails & slots
Dot Color: Red
MPN: VDBSOLFLIP
Brand: VISM by NcSTAR