Meet the H5GT Rainbow Ranger – Your Ultimate Hunting Flashlight! 🌈🔦

Ready for an adventure? :wink: The H5GT is not your average flashlight—it’s your trusty sidekick for all things outdoors! :camping: Let’s dive into the awesomeness of this bad boy!

:rainbow: Colors Galore:

Max Output - 2000 lumens (White), 400 lumens (Red), 2200 lumens (Green), 130 lumens (Blue). It’s like a light show for your camping trip! :fire:

:flashlight: Illuminate Like a Boss:

Spotlight angle: 6°, Floodlight angle: 68°. Perfect for spotlighting that perfect marshmallow roasting spot! :fire:

:globe_with_meridians: Wide Temperature Range:

From freezing -30℃ to a scorching 55℃. Mother Nature, we’re ready for whatever you throw our way! :snowflake::sunny:

:bulb: LED Magic:

White light: Luminus SFT-40-W LED. Red light: Luminus SFT-20-RA LED. Green light: Luminus SFT-20-CG-F35-MPF LED. Blue light: Luminus SFT-20-B-F35 LED. It’s like having a rainbow in your pocket! :rainbow:

:art: Multi-color Fun:

H5GT is a two-color flashlight with versions like white+red, white+green, and white+blue. Like a fashion statement for flashlights! :sparkles:

:arrows_clockwise: Rotating Flashiness:

Rotate for different colors and styles! It’s like a disco party in the palm of your hand! :crossed_fingers:
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:rocket: Long-range Illumination:

Maximum Distance - 1000 meters (White), 600 meters (Red), 1300 meters (Green), 105 meters (Blue). Spot that elusive trail from afar! :eyes:

:battery: Battery Vibes:

Supports flat & convex rechargeable lithium batteries. Pro tip: Go for the convex battery for maximum awesomeness! :battery: :top:

:heart: Avoiding Accidents:

Unscrew the tail or pop out the battery to prevent unexpected flashlight raves! :heart_hands:

:gear: The Extras:

Compatible with cool accessories like CYANSKY gun mounts and remote control switch. Flashlight accessories, who knew they were a thing? :hammer_and_wrench:

:arrow_backward: Ready for Round Two:

Yep, it’s rechargeable! BL2150U battery supports TYPE-C charging. Just 3.5 to 4 hours, and you’re back in action! :hourglass_flowing_sand:

:no_entry_sign: Accidental Activations:

Prevent flashlight mishaps by unscrewing the tail or removing the battery. Safety first, disco second! :no_good_man:

:zap: Smart Features:

Intelligent Overheat Protection and Low-voltage Warning—keeping you safe and sound! :rotating_light:

:ice_cube: Intelligent Dimming:

Sometimes, it’s gotta cool down or chill with low battery. It’s like the flashlight knows when to take a breather! :lungs:

Get ready for a wild ride with the H5GT! It’s not just a flashlight; it’s a party waiting to happen! :dizzy: :face_with_peeking_eye: #LightUpYourAdventure

1 Thank

It’s very nice meeting you, H5GT. Yes. We’re ready for adventures.

Very interesting light tbh. And the twisty head looks very innovative. So curious of first reviews.

Good luck with your newborn :crossed_fingers:

No filters mean much better performance. I think white+green is the best combination. Waiting for reviews!

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Other than playing luke Skywalker in the fog, what on earth do people do with 2200 lumens of green light?

Not being a wise ass… really am curious what purpose that could have.

Green has a higher luminous efficacy than white, which translates to better throw. Also harder to see someone using green from a distance.

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While I completely agree with the first part of your comment, I thought that the traditional “wisdom” was it’s red that’s harder to spot?

Would be interesting to know if there’s any kind of paper published. I assume the military might have something. I’m struggling to think of a mechanism whereby higher luminous efficacy is more difficult to spot from a distance?

I meant compared to white; green is still the easiest out of RGB to see at a distance, if I remember correctly, and that blue or red are still harder to see than green, but green probably particularly works if you’re looking more side-on, due to the less visible beam, I’d guess. But I think the main reason people get green is maximum throw.

Can it be true that due to used technology green leaks out more to neighbouring wavelenghts than other monochrome leds?

Not appreciably to me, maybe a tiny bit more but probably not enough to matter. Note these are done in as dark conditions as I can but there is still some ambient light affecting results.

Emisar D1K with CSLNM1.13 (direct-die W1 green):

Convoy L21B with Getian green LED:

Emisar D1K with phosphor converted W1 Green (CSLNM1.F1) for comparison:

Noctigon DM11 with W2 Deep Blue:

Emisar D4S with SST20 Deep Red:

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This.
Yeah I knew there’s something on it. Green Osrams (NM1, PM1) do look diffrent IMHO and looking at the wavelenght distribution graph it’s justified. I just noticed those Osrams look rather like mixed green and white (the higher driven the more towards white) and there’s explanation in its build technology.
I assume this is the reason why those green Osrams look extraordinarily good. They seem to merge good sides of white and green light.
At least these are rather my insights than scientific findings but @wolfgirl42 - you made some background for suporting this thesis :grin:

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For hunting, long distances can keep hunters safe