{"id":246006,"date":"2023-06-14T10:57:10","date_gmt":"2023-06-14T07:57:10","guid":{"rendered":"https:\/\/www.eqqus.ee\/toode\/uncategorized\/mohoc\/"},"modified":"2025-11-27T11:25:04","modified_gmt":"2025-11-27T09:25:04","slug":"mohoc","status":"publish","type":"product","link":"https:\/\/www.eqqus.ee\/en\/product\/optics\/helmet-cameras\/mohoc\/","title":{"rendered":"Mohoc"},"content":{"rendered":"

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MOHOC believes that the world’s best soldiers deserve equipment worthy of their mission. Everything they do is specifically designed, developed and manufactured with the operator in mind. All products are bundled with the NATO \/ NSN code and are designed to increase the situational awareness of elite operators in the toughest conditions.<\/a><\/p>\n

MOHOC Cameras and transmitters are the tip of the C5ISR tactical video sensors. MOHOC cameras are dual-use, not just ITAR-driven products; intended for the military, law enforcement agencies, rescue teams, but also for civilian and sports applications. Snowboarding and extreme biking are only some of the areas where MOHOC can be helpful Different Positions<\/p>\n

\"mohoc\u00a0 \u00a0\"IR<\/p>\n

Different positions<\/h4>\n

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One of the best features of MOHOC cameras is the 180 \u00b0 rotatable lens. This means that the camera can be placed freely directly on top of the helmet, at an angle of 45 \u00b0 or 90 \u00b0 to one side. Adjusting the camera lens is easy: When you look at the lens, there is a V-shape on the rubber ring that indicates the camera’s recording\/streaming angle. The V-shaped indicator tip is attached to the camera body and the other part of the V is on the rotating ring.<\/p>\n

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Trustworthy mounting and low profile<\/h4>\n

\"Mohoc\"Mohoc2<\/p>\n

The curved bottom design allows the camera to fit directly on the soft velcro of the helmet. Measured from the helmet, the MOHOC protrudes about 3.5 cm, which again proves its low profile. The camera is also light and does not add much weight to the helmet. Another good feature is that the helmet can be easily balanced depending on the mounting location of the camera. For example, if the camera is attached to the right side of the helmet, you can mount a light or other practical counterweight on the other side.<\/p>\n

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Vibrating feedback<\/h4>\n

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MOHOC has a vibration feedback function. The camera allows the user to know which setting has been selected. One short vibration at the beginning of the recording does not interfere with the user’s operations. In the event of a problem, the short vibration warning response will continue until the device is switched off. The purpose of this warning vibration, for example, is when a Micro SD card is not inserted.<\/p>\n

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IR recording ja Streaming<\/h4>\n

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The camera can film or stream information in IR as well as in normal daytime settings. This allows to bring the control over the activities to a new level, both in the tactical world and for those who are engaged in extreme sports. MOHOC 2 IR is almost 20x more powerful than its predecessor.<\/p>\n

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Click HERE<\/a> for MOHOC 1 TD<\/p>\n

Click \u00a0HERE\u00a0<\/a> for MOHOC 2 TD<\/p>\n

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MOHOC OPTAC Cameras<\/h4>\n

MOHOC Optac \u2014 a compact, NDAA-compliant system engineered for uncrewed platforms operating across air, land, and robotic domains. Unlike conventional payloads, Optac uniquely delivers visible, low-light, and IR imaging capability from a single unit. Lightweight and cost-effective, it is purpose-built for missions where versatility, speed, and survivability are essential.<\/p>\n

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Tactical ISR for Attritable UAVs<\/strong><\/p>\n

MOHOC Optac is built for modern attritable UAVs\u2014lightweight, low-cost drones designed to deliver tactical FPV and ISR with digital image stabilization (DIS) for clearer, steadier video in dynamic environments. Providing mission-reliable, mission-critical video in an ultra-compact form factor, Optac is purpose-engineered for tactical UAV teams that require rapid deployment where speed, simplicity, and scalability are essential.<\/p>\n

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Multi-Platform Performance, Proven Technology<\/strong><\/p>\n

Built on MOHOC\u2019s trusted helmet-camera heritage, Optac delivers rugged, NDAA-compliant ISR for UAVs, UGVs, robots, and other small uncrewed systems. Lightweight and cost-effective, it supports high-tempo operations across domains\u2014extending tactical situational awareness without relying on high-value ISR assets or complex integrations.<\/p>\n

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Three Mission-Ready Solutions for Multi-Spectrum ISR<\/strong><\/h4>\n

Optac A1.1<\/p>\n

Captures 400\u2013750 nm spectrum
\nThis range covers the visible spectrum\u2014essentially what the human eye sees. Ideal for standard color daytime imaging.<\/em>
\nOutput: Color video<\/p>\n

Optac A1.2<\/p>\n

Captures 400\u2013950 nm spectrum
\nThis extends beyond visible light into the Near-Infrared (NIR) band (750\u2013950 nm), allowing improved performance in low light and enabling IR-illuminated operations.<\/em>
\nOutput: Black-and-white video (optimal for NIR sensitivity)<\/p>\n

Optac A1.3<\/p>\n

Captures 400\u2013750 nm + 940 nm spectrum
\nProvides normal visible-spectrum color imaging while also detecting the discrete 940 nm NIR wavelength commonly used for covert illumination\u2014undetectable to the human eye.<\/em>
\nOutput:
\n\u2022 Color video for 300\u2013750 nm
\n\u2022 Black-and-white video for 940 nm<\/p>\n

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Technical Specifications<\/strong><\/h4>\n

Dimensions – <\/strong>22 \u00d7 22 \u00d7 22 mm
\nWeight –<\/strong>18 g<\/p>\n

Sensor – <\/strong>1\/2.8 CMOS, 0.0001 LUX ultra-low-light sensitivity<\/p>\n

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  • WDR (Wide Dynamic Range):<\/strong> Preserves detail when bright and dark areas are in the same scene.<\/li>\n
  • DSS (Digital Slow Shutter):<\/strong> Increases exposure time to improve low-light performance.<\/li>\n
  • 3D-NR (3D Noise Reduction):<\/strong> Reduces image noise in low-light scenes for cleaner video.<\/li>\n
  • DIS (Digital Image Stabilization):<\/strong> Minimizes shake and vibration for more stable footage from fast-moving UAVs.<\/li>\n<\/ul>\n

    Output Video – <\/strong>CVBS, AHD, CVI, TVI<\/p>\n

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    • CVBS:<\/strong> Standard-definition analog video.<\/li>\n
    • AHD \/ CVI \/ TVI:<\/strong> High-definition analog formats (HD over coax) commonly used in lightweight UAV and FPV systems.<\/li>\n<\/ul>\n

      OSD – <\/strong>Joystick-controlled On-Screen Display
      \nLens –<\/strong> F2.0, 140\u00b0 field of view<\/p>\n

      Aspect Ratios – <\/strong>CVBS: 16:9 or 4:3<\/p>\n

      Fields of View – <\/strong>FOV 1 (16:9):142\u00b0 diagonal \/ 120\u00b0 horizontal \/ 68\u00b0 vertical or <\/strong>FOV 2 (4:3): 92\u00b0 diagonal \/ 85\u00b0 horizontal \/ 66\u00b0 vertical<\/p>\n

      Resolution – Analog HD:<\/strong> AHD \/ CVI \/ TVI at 1080p , Analog:<\/strong> CVBS at D1 resolution
      \n(D1 is 720\u00d7480\/576\u2014standard-definition analog video.)<\/em><\/p>\n

      Frame Rate – <\/strong>25\/30 FPS<\/p>\n

      WDR \/ DNR – <\/strong>True Wide Dynamic Range, Digital Noise Reduction<\/p>\n

      Power – <\/strong>DC 5V, max 280 mA (1.4W)<\/p>\n

      Connection – <\/strong>5-pin Molex 1.25 mm<\/p>\n

      Low-Light – <\/strong>Auto-adjusting exposure and gain<\/p>\n

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