HikMicro Habrok & Habrok Pro

Description

1. Original Habrok Series (HH35 & HQ35)

• HH35L / HH35LN

  • Thermal resolution: 384×288 px

  • IR illuminator: 850 nm (L) or 940 nm (LN)—the “N” indicates stealthier 940 nm IR 

  • Digital optical camera: 2560×1440 HD

  • Max detection range: ~1800 m

  • Suited for day/night observational versatility

• HQ35L / HQ35LN

  • Thermal resolution: 640×512 px (higher thermal detail) 

  • Similar IR options and digital camera as HH35

  • Greater thermal sensor clarity and field-of-view

  • Models compared: HH35L has narrower FOV compared to HQ35L (~7.5°×5.6° vs 12.5°×10.1°) 

2. Habrok 4K Series (HE25L & HE25LN)

• HE25L / HE25LN

  • Optical camera: 4K UHD CMOS (3840×2160 px), 60 mm lens, 5.5–22x zoom

  • Thermal sensor: scaled-down to 256×192 px, focusing on detection rather than detail

  • IR options: 850 nm vs 940 nm likewise

  • Affordable option with ultra-detailed optical images in color, especially valuable in twilight

3. Habrok Pro Series (HQ50 & HX60)

• Starting from the Pro line, representing HIKmicro’s flagship models

• HQ50L / HQ50LN

  • Thermal resolution: 640×512 px sensor with 50 mm lens

  • 4K optical channel as with other Habrok lines

  • IR options: 850 nm or 940 nm

• HX60L / HX60LN

  • Thermal resolution: even higher – 1280×1024 px with F-1.0 60 mm lens for outstanding sensitivity (<18 mK NETD)

  • Max thermal detection range: ~3100 m (HX60) vs ~2600 m (HQ50)

  • 4K optical, laser rangefinder, replaceable battery (up to 7 h), OLED displays, robust magnesium body

Quick Comparison Table

IR Illuminator Notes

• “L” suffix = laser rangefinder + 850 nm IR illuminator

• “LN” suffix = laser rangefinder + 940 nm IR (less visible glow)

What Matters Most to You?

• For stunning 4K daylight/twilight visuals: Go with Habrok 4K (HE25L/LN).

• For strong thermal performance on a budget: Choose original HQ35L.

• For best-in-class thermal clarity and range: Opt for Habrok Pro HX60L/LN.

For a visual demonstration of the Habrok Pro’s capabilities, you might find this video informative: