A sealed room. A void beneath a collapsed structure. A dark corridor. An industrial facility, a pipeline, an unmapped area, or a complex built-up environment. In environments like these, moving forward without reliable information can pose a serious risk.
EYE BALL enables personnel to observe and listen to an environment before entering it. Its 360° visual coverage, night-vision capability, integrated microphone, and remote interface provide visual and audio information from areas where direct access may be limited, uncertain, or unsafe. Onboard LED illumination also supports inspection in dark areas when active lighting is required.
Its compact, rugged spherical housing is designed for deployment in demanding military and civilian environments. The device can be thrown, placed, mounted, or lowered into position to gather information from areas beyond the operator's direct line of sight.
EYE BALL can be positioned using mission-specific mounting and deployment accessories. It can be mounted on a pole, suspended, secured to a surface, or lowered by rope into confined and difficult-to-reach spaces. This allows operators to inspect corners, elevated openings, vertical shafts, and narrow access points from a safer position.
A compact remote inspection and sensing platform designed to extend situational awareness into hazardous and hard-to-reach environments.
Throw, drop, or position the unit into the risky or hard-to-reach space using an appropriate fitting.
Connect to the unit from the mobile control device over the wired or wireless channel.
Monitor the multi-camera feed, ambient audio, and any connected sensor data in real time.
Brief the team and shape the operation plan around verified information, before anyone enters.
Provides critical information before personnel enter hazardous areas, supporting safer operational decisions.
Designed for rapid deployment and remote operation without lengthy setup procedures.
The multi-camera array provides continuous 360° visual coverage around the device.
Onboard LED illumination supports visual inspection in dark and low-light environments.
Audio and mission-specific sensor support provide additional layers of information beyond visual data.
Modular mechanical and electronic interfaces allow the platform to be configured for different mission requirements.
The rugged housing is designed to resist impact, dust, and water exposure in demanding field environments.
Infrared night vision supports visual observation in darkness without visible illumination.