The AL-4012S is a portable light-weight solution for field-based applications that require highly accurate tracking capabilities, such as UAV command and control point-to-point RF communications. The AL-4012S is a self-contained elevation over azimuth tracking positioner that delivers high performance under the most demanding field conditions.

The AL-4012S supports multiple CFE transceivers and includes internal Antenna Control Unit for close-loop tracking.

The AL-4012S is a portable light-weight solution for field-based applications that require highly accurate tracking capabilities, such as UAV command and control point-to-point RF communications. The AL-4012S is a self-contained elevation over azimuth tracking positioner that delivers high performance under the most demanding field conditions.

The AL-4012S supports multiple CFE transceivers and includes internal Antenna Control Unit for close-loop tracking.

AL-1200 series systems constitute a lightweight, self-contained elevation-over-azimuth tracking solution in L/S/C bands providing high performance under the most demanding operational conditions. This portable system (1.2m-1.5m reflector) may be ground based or shipboard (with additional stabilization) and is ideal for short-range applications such as flight tests, UAV control and data link.

Furthermore, tracking antennas can be provided in a variety of configurations tailored to meet a broad range of field requirements, including: different frequency ranges; various linear and circular polarization combinations; interference rejection filtering; additional uplink (transmit) paths; segmented reflectors to facilitate transportation.

AL-1600 series systems constitute, self-contained elevation-over-azimuth tracking solution for L/S/C-band links providing high performance under the most demanding operational conditions.

This flexible system (1.5m-2.0m reflector) may be ground-based, transportable, or shipboard (with additional stabilization) and can serve a wide range of medium range applications such as UAV command and control, aircraft flight test and missile telemetry.

Furthermore, tracking antennas can be provided in a variety of configurations tailored to meet a broad range of field requirements, including: different frequency ranges; various linear and circular polarization combinations; interference rejection filtering; additional uplink (transmit) paths; segmented reflectors to facilitate transportation.

AL-1800 series systems constitute a self-contained elevation-over-azimuth tracking solution (single/dual drive) for L/S/C-band links providing high performance under the most demanding operational conditions.

This flexible system (2.0m-3.7m reflector) may be ground-based, transportable, or shipboard (with additional stabilization) and can serve a wide range of medium range applications such as UAV command and control, flight test for aircraft and missile telemetry.

Furthermore, tracking antennas can be provided in a variety of configurations tailored to meet a broad range of field requirements, including: different frequency ranges; various linear and circular polarization combinations; interference rejection filtering; additional uplink (transmit) paths; segmented reflectors to facilitate transportation.

AL-3400 series systems constitute a self-contained elevation-over-azimuth tracking solution for L/S/C-band links providing high performance under the most demanding operational conditions.

The system (4.0m-5.5m reflector) may be ground-based, transportable, or shipboard (with additional stabilization) for applications such as satellite imaging, high-altitude flight tests or long-range missile tracking.

Furthermore, tracking antennas can be provided in a variety of configurations tailored to meet a broad range of field requirements, including: different frequency ranges; various linear and circular polarization combinations; interference rejection filtering; additional uplink (transmit) paths; segmented reflectors to facilitate transportation.

AL-4800 series systems constitute a self-contained elevation-over-azimuth tracking solution for L/S/C-band links providing high performance under the most demanding operational conditions.

The system (7.0m-11.0m reflector) may be ground-based, transportable, and even shipboard (with additional stabilization) for applications such as satellite imaging, high-altitude flight tests or long-range missile tracking.

Furthermore, tracking antennas can be provided in a variety of configurations tailored to meet a broad range of field requirements, including: different frequency ranges; various linear and circular polarization combinations; interference rejection filtering; additional uplink (transmit) paths; segmented reflectors to facilitate transportation.

AL-1200 series systems constitute a lightweight, self-contained elevation-over-azimuth tracking solution in L/S/C bands providing high performance under the most demanding operational conditions. This portable system (1.2m-1.5m reflector) may be ground based or shipboard (with additional stabilization) and is ideal for short-range applications such as flight tests, UAV control and data link.

Furthermore, tracking antennas can be provided in a variety of configurations tailored to meet a broad range of field requirements, including: different frequency ranges; various linear and circular polarization combinations; interference rejection filtering; additional uplink (transmit) paths; segmented reflectors to facilitate transportation.

AL-1600 series systems constitute, self-contained elevation-over-azimuth tracking solution for L/S/C-band links providing high performance under the most demanding operational conditions.

This flexible system (1.5m-2.0m reflector) may be ground-based, transportable, or shipboard (with additional stabilization) and can serve a wide range of medium range applications such as UAV command and control, aircraft flight test and missile telemetry.

Furthermore, tracking antennas can be provided in a variety of configurations tailored to meet a broad range of field requirements, including: different frequency ranges; various linear and circular polarization combinations; interference rejection filtering; additional uplink (transmit) paths; segmented reflectors to facilitate transportation.

AL-1800 series systems constitute a self-contained elevation-over-azimuth tracking solution (single/dual drive) for L/S/C-band links providing high performance under the most demanding operational conditions.

This flexible system (2.0m-3.7m reflector) may be ground-based, transportable, or shipboard (with additional stabilization) and can serve a wide range of medium range applications such as UAV command and control, flight test for aircraft and missile telemetry.

Furthermore, tracking antennas can be provided in a variety of configurations tailored to meet a broad range of field requirements, including: different frequency ranges; various linear and circular polarization combinations; interference rejection filtering; additional uplink (transmit) paths; segmented reflectors to facilitate transportation.

AL-3400 series systems constitute a self-contained elevation-over-azimuth tracking solution for L/S/C-band links providing high performance under the most demanding operational conditions.

The system (4.0m-5.5m reflector) may be ground-based, transportable, or shipboard (with additional stabilization) for applications such as satellite imaging, high-altitude flight tests or long-range missile tracking.

Furthermore, tracking antennas can be provided in a variety of configurations tailored to meet a broad range of field requirements, including: different frequency ranges; various linear and circular polarization combinations; interference rejection filtering; additional uplink (transmit) paths; segmented reflectors to facilitate transportation.

AL-4800 series systems constitute a self-contained elevation-over-azimuth tracking solution for L/S/C-band links providing high performance under the most demanding operational conditions.

The system (7.0m-11.0m reflector) may be ground-based, transportable, and even shipboard (with additional stabilization) for applications such as satellite imaging, high-altitude flight tests or long-range missile tracking.

Furthermore, tracking antennas can be provided in a variety of configurations tailored to meet a broad range of field requirements, including: different frequency ranges; various linear and circular polarization combinations; interference rejection filtering; additional uplink (transmit) paths; segmented reflectors to facilitate transportation.