compact flashlight and green laser combo is designed to accommodate full size or compact handguns with rail. It is equipped with a Cree XM-L2 U3 light producing 450Lm. It offers steady light or a disorienting strobe function. It utilizes a precision green dot laser which is easily sighted in with common elevation and windage adjustments. This ergonomic design allows for easy operation. It has a quick mount design that is sturdy and maintains position. It is made of high quality Aluminum to give you years of service. Operates on two CR2 Lithium battery which is included. Tactical LED Flashlight and Green Laser Combo by for Pistols (W/Green Laser)
Specifications:
LED Type: CREE XM-L2
Max output: 350 lumens Steady on or Strobe Precision green laser sight Sturdy quick release mount Finish: HA Type Ⅲ Reflector: Smooth Reflector Lens:Anti-shattering ultra clear lens, anti-scratching and anti-slip Water and Dust Resistant to IP68 Runtime: 350 lm (45 min) Battery: 2x CR2 Lithium or 1x RCR123 Battery (not included) Dimension: 3"L x 1"W x 1.5"H Weight: 3oz (Excluding Battery)
Beam intensity/wavelength: 5 mW peak, 532 nm, Class III R Laser beam divergence: 1.2 mrad Spot size: Approximately 0.1 inches in diameter at 50 feet Range: Up to 100 yards in daylight, up to 2 miles at night User-adjustable: Yes, full windage and elevation Construction: Aircraft grade aluminum Battery life: 2~3 plus hours laser (constant)
Installation: Loosen the screw, slides onto tactical rail, then tighten the screw Ambidextrous activation/deactivation Included accessories: an Allen wrench, user's manual
Features High quality CREE XM-L2 LED with 350 lumen output strobe powered by 2x CR2 battery (included) Fits Glock 17, 19 or similar sizes of pistols. It requires 1.5" clear space in front of trigger guard < 5 mW, Class IIIA Green Laser Sight meets US law requirements (5mW peak, 532nm, Class 3R). Push button switch allows the user to instantly activate or deactivate the laser, optional pressure switch included. Clamp mounting system fits all Weaver and Pictinery rail
Welcome to our company, it’s our honor you can use our
laser sight products！
Before using this
product,please take some time review the Operation Instruction carefully,it
shows the correct operation manners and maintaince instructions in order to
improve the product function and service life.
Guide Rail Type: International
Standard Rail & Screw and fastener
2>、Product Dimensions Indication：
3>、Product Installation Indication:
1.Battery Fixture：Twist out the battery cap and fill the CR2 battery into battery
house(positive outside,negative inside),and screw up the battery cap is OK.（As Shown In Figure）
There
are three Switching Gears in this product, Main Switches are located on both
two sides, press any of the two can get laser started. Toggle Switch is located
in the back,when poking to the left,it shows both LED and Laser; when poking to
the middle,it shows Single Laser; When pocking the the right,it shows Single
Led(again press any of the switches on both two sides it shows the strobe mode)
Ballistic adjust up and down
About ballistic adjusting
This is a main switch on both
sides of the switch
Gear switch
5>、Product Maintain and Warning：
1．Sliding Block Maintaince: Frequently check if there is foreign matter
else existed inside the dovetail slot,prevent loose between dovetail and gun.
2. When there is foreign matter existed on the laser mouth or Led mouth,it
should be cleaned with a cotton stick,sharp or harden object is forbidden.
installation instructions battery guidelines
Warning:
FAILURE TO FOLLOW ANY OF THE FOLLOWING WARNINGS MAY
RESULT IN SEVERE INJURY OR DEATH TO YOU OR OTHERS.
Prior to installing LASERWIN products, ensure that the firearm is unloaded, the magazine is removed, safety on and finger(s) off the trigger.
DO NOT install or use LASERWIN product if the installation of the product affects the safe function of the firearm. If, while installing LASERWIN products, you have any trouble with the fit or functionality of the firearm, STOP IMMEDIATELY .
ALWAYS FOLLOW THE 4 RULES OF FIREARM SAFETY:
1. Handle all firearms as if they are loaded.
2. Never let the muzzle cover anything that you are not willing to destroy.
3. Keep your finger off the trigger until your sights are on the target and you are ready to fire.
4. Be sure of your target and what is beyond.
Remember, the user is ALWAYS responsible for the safe use of a firearm.
Crimson Trace recommends that every gun owner take a gun safety course from a certified NRA Instructor
before handling or firing your firearm.
INSTALLATION INSTRUCTIONS
1. Make sure firearm is unloaded. Remove magazine and double check that chamber is empty.
2. Install CR2 battery into the light side of the Lightguard, positive (+) side facing up (toward gun side).
3. Install the light side (right half) of the Lightguard onto the trigger guard and snap into place.
4. Insert locking groves of left side into the right at an angle. Apply pressure until both sides join together.
5. Install the two CTC provided screws into the left side (non-laser side) of the Lightguard using the .050"
hex wrench (provided). Tighten, drawing two halves together, until there is no gap. Use care to avoid
over-tightening as this may cause damage to the Lightguard.
6. To activate Lightguard, slide the master ON/OFF switch upward to the ON position. The switch is located
below the light aperture. Press pressure activation pad located in center of front strap directly beneath
trigger guard to activate the light.
BATTERY GUIDELINES & REPLACEMENT
Our batteries provide two hours of light illumination under normal conditions. Keep battery compartment
free of dirt or other contaminants. Debris inside the battery compartment may affect light operation and
performance. Lightguard models use one (1) CR2 lithium battery.
To replace batteries:
1. Ensure that your firearm is unloaded.
2. Check again.
3. Remove Lightguard and old battery.
4. Install new battery in accordance to installation instructions.
FAILURE TO FOLLOW ANY OF THE FOLLOWING WARNINGS MAY
RESULT IN SEVERE INJURY OR DEATH TO YOU OR OTHERS.
Laser Operation: Laser Sight Mounting:
After first checking to insure that the weapon is unloaded and has no ammunition in the chamber, match the mounting groove on the laser light unit with the utility rail of your weapon. Firmly slide the unit onto the rail. When mounting to a pistol, slide the unit back to the trigger guard, when mounting on the utility rail of a tactical weapon slide the unit to the desired location, the two latch tabs will lock into the transverse groove securely Avai locking this unit onto your weapon.
Laser Flashlight Removal:
When removing this unit from a weapon insure that the weapon is unloaded and has no ammunition in the chamber. While gripping the weapon use your thumb and index finger to pull down on the two latch tabs to unlock the laser from the utility rail and firmly slide the unit forward off of the mounting rail.
Battery Replacement
Warning: If battery replacement is performed while unit is mounted to a weapon insure that the weapon is unloaded and that the weapon has no ammunition in the chamber.
1. Using your thumb and index finger rotate the lens bezel counter clockwise removing it from the unit. Remove the old battery and replace it with a new 3V lithium battery.
Before inserting the battery match the direction with the battery symbol on the
housing exterior.
2. After new battery is installed replace the head unit by threading back into the housing clockwise making sure not to cross thread the light head or housing.
3. If you plan to store your laser combo for any length of time it is always a good idea to remove the battery from the unit. Removal of the battery will not effect the alignment of your laser sight.
Laser activation
It is activated by simply moving the on/off switch to the ON position;
this switch can be activated ambidextrously from either side of the unit. Making this unit equally comfortable for right and left handed operators.
OFF Constant ON
Adjusting the laser beam
Before beginning the adjustment process, insure that your weapon is unloaded and there is no ammunition in the chamber. During laser alignment make sure to always keep your weapon pointed in a safe direction away from others and never place your finger on the trigger.
Using a standard 25 yard indoor target place your weapon in a gun vise using your front and rear sights to zero your weapon on the target.
Windage&Elevation Adjustment:
To make windage and elevation adjustments use the Hex Key Wrench provided with your laser to rotate the adjustment screws to zero laser beam on target.
Never over tighten the adjustment screws taking your time to carefully bring the weapon sights and dot produced by the laser beam together to mark your target. Small adjustments and weapon safety are key to proper laser alignment.
When removing this unit from a weapon insure that the weapon is unloaded and has no ammunition in the chamber. While gripping the weapon use your thumb and index finger to pull down on the two latch tabs to unlock the laser from the utility rail and firmly slide the unit forward off of the mounting rail.
Removal Adjusting the Laser Beam
PLEASE READ THE ENTIRE MANUAL
Failure to follow these instructions and procedures may result in injury or death.
> Always follow firearm safety rules as outlined by the firearms manufacturer.
> Do not point the laser beam at eyes. This could result in permanent eye damage.
> Keep this and all firearm related products locked and secured from children or other unauthorized users.
Warning:
FAILURE TO FOLLOW ANY OF THE FOLLOWING WARNINGS MAY
RESULT IN SEVERE INJURY OR DEATH TO YOU OR OTHERS.
Prior to installing the laser sight/laser light , ensure that the firearm is unloaded, the magazine is removed,safety on and finger(s) off the trigger. DO NOT install or use the laser sight/laser light if the installation of the product in any way affects the safe function of the firearm. If, while installing the laser sight/laser light, you have any trouble with the fit or functionality of the firearm, STOP IMMEDIATELY and call LASERWIN Customer Service for assistance at 0086-18898792143.
ALWAYS FOLLOW THE 4 RULES OF FIREARM SAFETY:
1. Handle all firearms as if they are loaded.
2. Never let the muzzle cover anything that you are not willing to destroy.
3. Keep your finger off the trigger until your sights are on the target and you are ready to fire.
4. Be sure of your target and what is beyond.
Remember, the user is ALWAYS responsible for the safe use of a firearm.
LASERWINLASER recommends that every gun owner take a gun safety course from a certified NRA Instructor before handling or firing your firearm.
LASER SAFETY INFORMATION Labels could not be affixed to the product but are supplied and must be installed as indicated below:
A. Attach the “Danger”warning label to the outside of the laser sight or firearm.
B. Attach the “Aperture”warning label with the arrow pointing to the laser diode lens. IMPORTANT: LASER PRODUCTS MUST ONLY BE OPERATED WITH THE SAFETY LABEL APPLIED TO THE FIREARM.
OPERATING INSTRUCTIONS
LASERWIN laser sights are activated by one or two strategically located pressure pad(s), Your hand will naturally depress the activation pad whether shooting right
or left-handed. A master ON/OFF switch is also provided to turn the laser off. The laser should be left in the ‘ON’ position under most circumstances. Leaving the master switch “ON” will NOTdecrease battery life. Please Note: not all Crimson Trace laser sights have a master switch.
CAUTION: USE CAUTION WHEN ACTIVATING THE LASER TO AVOID DIRECT EYE EXPOSURE, WHICH CAN RESULT IN PERMANENT EYE DAMAGE. FOLLOW
ALL PRECAUTIONS AS OUTLINED BY THE FIREARMS MANUFACTURER. KEEP
THIS AND ALL FIREARM RELATED PRODUCTS LOCKED AND SECURED FROM
CHILDREN OR OTHER UNAUTHORIZED USERS.
WINDAGE & ELEVATION ADJUSTMENTS
laser sights are pre-sighted at the factory to 50 feet. Many times no further adjustments are required. All products are fully adjustable for windage and elevation if further adjustments are desired. A good starting point is to align the laser with the fixed sights on the firearm. IR PRODUCTS REQUIRE THE USE OF IR CAPABLE OPTICS.
A two-screw alignment system is used to adjust for windage and elevation. The adjustment screws are located just behind the laser source, use the supplied allen wrenches to make any adjustments. Refer to the figure below and reference your particular model for sighting instructions. For additional information on your model, please refer to the installation guide included. DO NOT OVERTURN THE ADJUSTMENT SCREWS.
A little adjustment goes a long way. Rarely is more than a half a turn is required to make your needed adjustments.
Start by lining your laser sight up with your fixed sights at a desired distance. Most people sight in their laser at between 20 and 50 ft. However because of the offset between the laser sight and the bore, the actual change in point-of-impact at these distances is very small.
Further adjustments can be made at the range to determine where your bullet impacts in relation to your firearms fixed sights. The laser should be moved to the actual impact point of the bullet .
TROUBLESHOOTING
Occasionally one of the adjustment screws will turn but not adjust the beam. If this happens, turn the windage and elevation screws counter clockwise until 1–2 threads of the sight screw are protruding from the housing of the diode. (DO NOT remove the sighting screws from the grip. If sight screw is removed you will need to send in your laser sight for repair (if necessary, refer to warranty work instructions of manual). Once 1 – 2 threads are visible, lightly tap on the side of the diode housing with your finger to help reset the sighting spring. To finish, turning a 1/4 turn at a time, alternate from windage and elevation to slowly sight in your laser sight to your fixed sights. NOTE: The Laserguard elevation screw is recessed, therefore the left side of the Laserguard will need to be removed to make the threads of the sight screw visible. Follow instructions above, and reinstall right side of Laserguard prior to realigning your laser sight.
MAINTENANCE
Laser sights require minimal attention and are designed to resist most common firearm chemicals and lubricants, however, excessive exposure to these chemicals can be detrimental. To ensure the safe and effective operation of your laser sights:
> Remove Laser Sight before cleaning gun.
> Do not use pressurized or compressed air.
> Do not immerse in cleaning fluid or lubricate firearm excessively. A firearm that has too much oil will foul the lens of the laser and result in an unfocused beam. This can be easily cleaned and causes no permanent damage.
> Do not allow cleaning solution to enter lens source.
> Do not allow solvents to contact your grips that contain: VOCs or TCE such as: carb/brake cleaner, acetone, MEK, gasoline. Grip damage will result.
> diodes are designed and positioned to minimize exposure. Occasional cleaning
of the lens is recommended.
AFTER EXTENSIVE SHOOTING, YOU MAY NOTICE A DEGRADATION OF
BEAM QUALITY OR “BEAM SPREAD”. THIS IS THE RESULT OF FOULING
ON THE LENS SURFACE. THIS IS NORMAL AND CAN BE EASILY CLEANED
WITH THE INCLUDED CLEANING SWABS OR A SMALL COTTON SWAB
DIPPED IN ISOPROPYL ALCOHOL OR WINDOW CLEANER. DRY THE LENS
WITH A CLEAN DRY SWAB. WHEN CLEANING THE LENS DO NOT TOUCH
LENS WITH ANY SHARP OBJECTS.
BATTERY GUIDELINES & REPLACEMENT
Our batteries provide 1-4 hours of illumination under normal conditions. If the laser becomes dim or fades, simply replace the batteries. Keep battery compartment free of dirt or other contaminants. Debris inside the battery compartment may affect laser operation and performance.
LASERWIN products use commonly available batteries. If you are unsure what battery your product uses, please refer to your Installation Handbook.
To replace batteries:
1. Ensure that your firearm is unloaded.
2. Check again.
3. Remove laser sight and old batteries.
4. Install new batteries as outlined in the Installation Handbook for your particular laser sight.
SPECIFICATIONS RED LASER: 5mW peak, 620-630nm, Class 3R laser GREEN LASER: 5mW peak, 532nm, Class 3R laser IR LASER: .7mW peak, 830-850nm, Class 1 laser
BEAM SIZE: 90% of Light Contained in Approx. 0.5" Circle at 50 Feet
WARRANTY
laserwin warrants that this product will be free from defects in materials and workmanship for a period of one years from the original retail purchase. laserwin will repair or replace with an item of equivalent value, at its option, any product or part which is found to be defective under normal use and service, without charge during the warranty period. laserwin's obligation to repair or replace shall be the purchaser’s sole and exclusive remedy under this warranty. This warranty does not cover normal maintenance and service and does not apply to any products or parts which have been subject to modification, misuse, carelessness, accident, improper maintenance or repair other than laserwin.
This limited warranty is in lieu of any and all other warranties, expressed or implied, including but not limited to, merchantability and fit for particular purpose. laserwin shall not be reliable for indirect, incidental, consequential or special damages arising out of, or in connection with, product use and performance, even if it has been informed of the possibility of such damages. This warranty does not cover the finish of any Pro Custom products cosmetics, batteries or problems arising from faulty batteries.
For warranty service call Customer Service at 0086-18898792143 or email candy@laserwin.hk
How to Sight In a Laser Sight for Your Pistol
The information out there on the internet and forums on how to zero in your laser sight is sort of well, all over the place. Some resources say to sight in at 50 feet or further while some other say to try sighting in at 10 feet or the average distance for confronting an attacker (whatever that is!). zeroing in a pistol laser sight
In this post, we’ll go over a simple way to zero in your handgun no matter if you have a laser sight on your rail or on your pistol grip.
Want a sure-fire way to sight in your new laser sight? Just use a laser bore sight instead of doing it manually.
First Step: Install Your Laser Sight Correctly
This might seem pretty obvious but you need to make sure that the laser sight on your handgun is installed correctly. To do this, you need a quality laser sight that fits your gun well.
On my Glock 17, I’ve currently got a Crimson Trace laser installed on the rail. It doesn’t budge when I shoot, it has no play in it whatsoever so that I know it’s not moving.
Now I’m not saying that you need to lay down the cash for a Crimson Trace but whatever handgun laser sight you buy, make sure it’s well reviewed and NOT a cheapo laser pointer with a rail mount on it. Also, make sure that the laser sight you do have has windage and elevation (up and down) adjustment screws on it or some way to adjust it.
Follow the manufacturer’s supplied directions and make sure that everything is tight on your handgun’s accessory rail.
Next Step: Shooting a Group at Distance
Go to your local gun range and get a clean target ready. Not a human silhouette, but an actual target, possibly like this.
Now we’re ready to get started. Make sure you’ve got your allen wrenches ready (or whatever method to adjust windage and elevation is on your laser).
Move your target back to about 30 feet. Yes, we’re going the distance!
The reason for starting at 25 or 30 feet is that you will be able to account for the trajectory of your bullet at this distance. We want to make sure your pistol laser is accurate both at distance and close range.
Think about it this way: if you were to hold your pistol point blank at the center of the target (looking down iron sights) and pull the trigger, your bullet hole would be a bit higher than where the laser dot was. That’s because your laser is mounted on the undermount of your pistol or to the side if you’re using a laser grip. We need to account for this in some way and that’s why we’re not starting at point blank range.
So at this point fire a group of 4-6 rounds aiming for the very center of the target. Prior to squeezing the trigger, make note of where the laser dot is in relation to where your iron sights are having you aim.
Take note of your group, but don’t reel in your paper target yet! You might need binoculars or high-visibility paper targets to do this depending on your eyesight.
Now, take aim again at the same spot down your iron sights with the laser turned on. Once you’ve gotten a good sight picture with your iron sights, take note of where your laser sight’s dot is in relation to the center of your group, not the center of the target.
Make some slight adjustments to your laser’s windage and elevation if your laser dot was not in the center of that group.
Keep doing this at 30 feet until your laser dot is in the center of your group. Remember, aim for the center of the target with your iron sights, fire 4-6 rounds then make adjustments as necessary to your laser sight until the dot is consistently in the center of your group. I would keep doing this for about 5 sets of 4-6 rounds until you’re satisfied with the consistency.
Getting Closer: Getting Zero on Your Laser Sight at Close Range
Once you’ve gotten consistent results at 30 feet using the method above. Now get a fresh paper target and move it back to about 10 feet.
Do the same thing again: shoot 4-6 shots aiming down the iron sights and make adjustments until your laser is in the center or very slightly lower than the center of your group, not the center of your target. If the center of your group is the center of your target, then that’s fine.
Have You Figured Out This Method of Sighting In Yet?
Basically, it is a given that everyone on Earth that owns a gun isn’t a sharpshooter by any means. Rather than adjusting your laser sight to zero on the iron sights (where you’re aiming on the target), you’re adjusting for where your shots are actually going.
Hopefully, your shots are very close to where you’re aiming (having a laser sight is NOT a replacement for good marksmanship and practice). We want to get that laser dot as close to the center of our groups as possible at any distance.
This is all done so that in a panic situation, you will raise your pistol up and be able to quickly get on target with your laser every time.
Alternative Laser Sighting Methods for Handguns
You may find that no matter what, you can’t get a good zero following this method. I would recommend using a pistol rest if you are having problems, however, I always like to have people do this just using their own aiming ability.
I’d also like to share the absolute best video that I’ve found that mimics my exact method listed above. I do this on all of my laser sights and it works perfectly for me every time.
In the video, it seems that they don’t do the sighting in method at different distances but at one. I like to do multiple distances, near and far to get the best results. If done correctly, you’ll be able to aim the gun with laser attached in awkward positions and still get relatively good accuracy.
How to Adjusting output power of a green laser
step-by-step tutorial shows you how to modify a "True 5mW" green laser,
532nm Green Laser Power Adjusting
Here are a few things I learned about mounting and zeroing IR devices that can be applied to this longer-range class of visible lasers as well.
MountingA laser's position on the rifle will affect several functional aspects, including manipulation of controls. Most tactical rifles have factory or add-on rails present, and all modern rifle lasers I've seen have rail mounts. If your laser has no remote capability, it should be positioned close enough to the support hand to allow easy manipulation of the controls without a dramatic shift in hand placement. Ideally, you'll want to be able to momentarily activate the laser on demand, without "burning" it constantly. This will both save battery life and reduce your signature. If you plan to leave the laser in place long-term, a mild thread-locker that creates fastener-friction will help the device remain in place during hard use. Be sure not to use any thread-locker that requires heat for removal. Polymer laser housings and sensitive electronics won't fare well under even short-term torch heat.
The divergent laser line (LL) and line of bore (LOB) force us to compromise when determining how best to zero the laser for our needs. There is no perfect solution. Fortunately, many commercial visible lasers allow mounting in line with the LOB.
ZeroingBe conscious of where the laser's line (LL) is in relation to the line of bore (LOB) when choosing a mounting location. Just like a riflescope's line of sight, the LL and the LOB require a merging of sorts in order to place rounds on target. The closer they are on the rifle, the easier it is to zero the laser. Problems arise from the fact that the LL is usually offset from the LOB in a compound direction (i.e. up/down and left/right). Two popular zero methods are used to deal with this problem: Point of Aim/Point of Impact (POA/POI) and Offset. The POA/POI method is similar to that used for sight zeroing, in that you select the range where you want the LL to intersect with the bullet's POI and adjust windage and elevation accordingly. The problem with this method is the actual zero distance is the only place where they intersect. The further the projectile is from that zero distance (in either direction), the greater the deviation. Think of the LL and LOB forming a big "X" with the zero range being in the center. Realistic engagement distances are relatively limited with a laser, so this isn't a problem for most routine shooting. However, you still need to know how far off the projectile will be from the laser at different distances. I used this method in the Army, and it worked fine for shots out to 200 meters with 5.56 NATO and approximately 300 meters with .308 Win. Beyond those distances, I used different aiming devices for night shooting.
The offset (or parallel zero) method is commonly taught and used, but is often misunderstood. This technique requires you to measure the deviation from the LL to the LOB in direction and distance. The idea is to zero the laser at a specified range—usually 100 meters—so the LL (indicated by the laser's spot on target) is the same direction and distance (in inches) from the bullet's POI as the LL and LOB are on the gun. The theory usually given for this method is LL/POI deviation remains constant far enough out, the shooter need only hold slightly off of the intended POI and fire, regardless of distance. Unfortunately, we don't shoot in a vacuum, so gravity and atmospheric effects influence bullet flight paths to be anything but parallel to the LL. In other words, the bullet is going to drop farther and possibly be pushed by the wind from its zeroed POI as it continues downrange. So, the relationship between the LL and LOB zeroed-in at 100 meters is going to change with increased distance. If bullets flew the way lasers are projected, life would be much simpler for shooters.
A good partial remedy to both of the above methods' flaws is to mount the laser so that the LL is directly above or below the LOB. The result is that normal trajectory (without wind effects) will plot the POI directly above and below the visible laser's "spot" out to several hundred meters (before spin drift becomes a factor). It's much easier to account solely for elevation holds than for an elevation and windage divergence that changes with distance. Most military laser designs don't allow this due to their width, which makes me wonder why someone hasn't developed an offset mount to solve this problem.
These two methods are probably the most commonly used to zero long-range lasers. While not perfect, each represents a compromise that allows functional use out to moderate ranges.
One last trick is to use your zeroed iron or optical sights to quickly get your laser on target when zeroing. After both are zeroed, you can check one against the other to ensure nothing has changed from time to time. I recently tested a $200 green rifle laser that would not hold zero from one shot to the next. Don't trust literature, sales pitches or gun writers with your life. Test your laser's mounting and zero methods at multiple ranges in day and night conditions thoroughly before relying on it for real world needs.
The XYH01-G model is designed and and built for standard and sub-compact pistols with integrated railing systems. the laser is a class IIIa visible green laser with windage and elevation adjustments. Can be work in terrible condition( ( -26°C~+50°C ) Rail grip clamp system securely attaches/detaches quickly and safty with no tools.
Rail Mount Green Laser Sight for Firearms with Picatinny or Weaver Style Rails at Least 1.75" Long
specifications:
laser wavelength,nm
532
laser type
green,class III A
laser power output,Mw
≤5
dot size(in @50yd)
0.1
visibility-day(yd/m)
50/46
visibility-night(yd/m)
600/550
battery type
3.7v,60mAh rechargeable
operating time
≥3 hour
minimum battery charge time
10 minutes
battery voltage,V
3
battery cycle
>800 times
adjustment value
continuous
on/off operation
on/off switch
finish/color
matte black
body material
fiber reinforced nylon
waterproof
yes
mount type
standard weaver
operating temperature(℉)
5-122
length(in/mm)
1.6/41
width(in/mm)
1.3/33
height(in/mm)
1.1/28
weight(oz/g)
0.8/23.8
Green Laser Sight | Rifle Handgun | Weaver or Picatinny Rail | Green Dot Lazer Sight Pistol | Tactical Sights Airsoft | Laser Sight | Scope Hand Gun Rifles | Laser Pointer Pistol | Pistol Light
[EXTREMELY LOW PROFILE] This green laser sight is extremely low profile, yet powerful, designed to fit any rail-equipped pistols including subcompact pistols.
[EXTREMELY BRIGHT] The green laser is brighter and more easily seen in the daytime than any red laser. The smallest and the brightest green laser sight offered by HiLight meets US law requirements (5mW peak, 532nm, Class 3R).
[EXTREMELY CONVENIENT] Ambidextrous control tabs allow the user to instantly activate or deactivate the laser
[EXTREMELY ECONOMIC] This green laser sight is powered by a built-in rechargeable battery(inldueded)
[EXTREMELY LIGHT WEIGHT] Dimension: LxWxH: 1.61" x 0.83" x 1.22"; weight: 0.5 oz
Specifications
Beam intensity/wavelength: 5 mW peak, 532 nm, Class IIIA
Laser beam divergence: 1.2 mrad
Spot size: Approximately 0.1 inches in diameter at 50 feet
Range: Up to 100 yards in daylight, up to 2 miles at night
User-adjustable: Yes, full windage and elevation
Construction: high-strength Zytel polymer
Power source: built-in rechargeable battery with a charger kit (included)
