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HikMicro Habrok HH35L Multi-Spectrum Binoculars with Thermal Imaging
Regular price R 55,599.00 ZARRegular priceUnit price per -
Habrok 4K HE25LN - With 940nm IR Emitter
Regular price R 32,399.00 ZARRegular priceUnit price per -
Habrok 4K HE25L - With 850nm IR Emitter
Regular price R 32,399.00 ZARRegular priceUnit price per -
HikMicro Habrok HQ35L Multi-Function Thermal Binoculars
Regular price R 71,199.00 ZARRegular priceUnit price per
Why Choose Habrok?
No More Hiding: Thermal Binocular Catches Feral Pigs in Action
Thermal Binoculars - FAQ
What is the difference between thermal and infrared binoculars?
Unlike thermal imaging, infrared binoculars don't directly detect heat, relying instead on amplifying available light. This makes them effective in low-light conditions but limited in complete darkness.
Do thermal binoculars work in daylight?
While thermal binoculars excel in low-light and nighttime scenarios, they also offer valuable benefits during daylight hours. Despite reduced thermal contrast in bright sunlight, thermal binoculars can still detect heat signatures, aiding in tasks such as spotting wildlife through dense foliage or identifying potential hazards in search and rescue operations.
Can thermal binoculars see through walls?
Thermal binoculars are not capable of penetrating solid objects such as walls or concrete. However, they can detect variations in surface temperature caused by underlying heat sources or anomalies.
Why are thermal binoculars so expensive?
Thermal Binoculars utilize specialized materials like vanadium monoxide and germanium lenses to enhance their sensitivity to infrared radiation, allowing them to capture precise thermal images. However, these exotic materials and intricate manufacturing processes contribute to the higher cost of thermal imaging devices compared to traditional cameras.