5 Reasons to Use ZistosHD Rescue Tools

1.        High Capacity Batteries
2.        Motorized Articulation
3.        Low-Latency Video  
4.        Wide Array of Interchangeable Accessories
5.        Connectivity to External Networks

High Capacity Long-Lasting Batteries

Rescue teams are often positioned in out-of-the-way locations and in time-critical situations. Being able to quickly swap out a battery and know it will last for the duration of a much-needed rescue mission is vital. 

ZistosHD Rescue Systems all use long-lasting, rechargeable Smart Lithium-ion batteries. The Extended Capacity Battery (BAT-15XL) is included with all of the ZistosHD Rescue Systems. The BAT-15XL can typically run for 6-12 hours, depending on camera options and illumination settings. The battery also has an easily viewable, built-in five segment LCD charge level indicator, which displays the charge level even when it is not connected to the system.

Articulating Motorized Poles

Lightweight, easy-to-use rescue tools are essential for technical search teams. The ZistosHD telescoping poles offer the flexibility and durability needed for real-life conditions.  The HD motorized series are weatherproof, lightweight carbon fiber poles, which makes using them excellent for extended time, and in any environment. 

The ZistosHD motorized poles allow the operator to adjust the camera position remotely. This is important when the pole is extended and the camera is not accessible to the operator, or it is inserted into a collapsed structure or void space in rubble.

These poles terminate with an articulating camera mount and enable the operator to remotely rotate the camera to pan +/- 120°. The motion is controlled using the buttons on the HD Handle, or using the touch screen controls on the display. The operator can control zoom, video capture, illumination and more. The HD Poles use easy twist collars to expand and collapse, and are available in lengths from 3 to 30 feet. Unlike many existing articulating pole cameras, our camera has a specially designed slip-clutch that provides protection against damage to the motor assembly if the camera is forced backwards when in use.

Low-Latency Wireless Video Streaming

For rescue missions, low-latency video supports operations that require near real-time access to quickly changing conditions. Many other digital video systems are plagued by slow response that can create a delay of many seconds between the event and the viewable video image. The low-latency performance of the ZistosHD systems allows the video images to be viewable without a significant delay.

The system can also be utilized in a wired configuration when wireless operation is not feasible. The ZistosHD system will directly support up to three different wireless viewers concurrently. The encryption of the video stream helps ensure that sensitive information will not be intercepted by unauthorized parties. The system supports WPA2-PSK (AES) encryption for secure video transmission. It also can be configured for fully-wired operation for situations where wireless operation is not practical. The system’s video is also compatible with commonly used ATAK compliant external radios.

Wide Variety of Interchangeable System Options

ZistosHD’s modular design allows maximum flexibility for the rescue team in the field. One system can be configured to serve multiple applications, and added to as needs arise. Interchangeable poles — different types and lengths — can be paired with an array of camera technologies such as ultra low-light, 10X zoom, and dual mode thermal that generates both standard B/W video and thermal imaging. Maximizing the usefulness of a system also enables rescue departments to get the most from their investment in Zistos equipment. ZistosHD components are deliberately designed to be compatible with new and future system options.

External Network

Video images can be shared with others to view situations as they unfold in real-time, on multiple displays. Zistos offers an optional WiFi network bridge attachment, which enables multiple ZistosHD systems to be simultaneously viewed on a single computer via a common external network at a command location.