Resonant Adaptable Zonal Radar

The array, integrated with the optical positioning system, delivers fast, repeatable, vibration-free collections with fixed, known phase-center locations. Once calibrated, position is locked - eliminating tracking overhead - while rapid electronic sweeps reduce collection time and ensure every data point is tied precisely to ground truth.  

RAZR Machine Vision is a state-of-the-art sensing system designed to deliver precise positioning and guidance with exceptional accuracy.  By registering directly to the target, it eliminates the need for ancillary tools, streamlining workflows and improving overall efficiency.

OCCAMS guides the user through all steps from startup through data collection and shutdown.  OCCAMS is the primary way that the user interacts with the RAZR system for all actions except for the omni-wheel base.  

The RAZR Near Field RCS Measurement system utilizes the Radarman II radar: the same trusted radar that is deployed in ranges around the world, ensuring proven accuracy and reliability.  Its interchangeable design allows for easy deployment in applications beyond RAZR, providing additional flexibility.  Paired with advanced data collection and processing software, the system leverages state-of-the-art algorithms for exceptional traceability and delivers powerful 3D imaging capabilities for comprehensive analysis.

The robotic arm gives RAZR complete positioning freedom, enabling measurements anywhere on the aircraft - above, below, or to either side - without reconfiguration.  With full 360-degree rotation and height reach between 1 foot and 21.5 feet, RAZR moves wherever the measurement demands, delivering complete coverage without additional equipment.

The omni-wheel base delivers maximum sensor reach with minimal size and weight, moving freely in any direction and rotating entirely within its own footprint.  No parallel parking. No out-riggers. Just precise positioning exactly where it's needed.

The RAZR Power System features an intuitive display that clearly shows how power is being utilized in real time, giving users greater visibility and control.  It supports up to 12 hours of unplugged operation, with a scalable design that allows for extended battery life as needed.  Built-in under and over temperature protection and advanced charge management ensure safe, reliable performance, while standard 120V VAC compatibility - configurable for 15–20-amp circuits - provides flexible integration into a variety of environments.

With the optional rail and low frequency antenna option, measurements as low as 400 MHz are achievable.  The 2-18 GHz array is replaced with an 8-foot rail that accommodates the low frequency antenna.  There are single and dual feed antenna options.  This set up can be used in zonal and rotator modes.  With this system carts are supplied for ease of movement and switch out of the array and rail.  

With the optional rotator RAZR can perform high fidelity 360° ISAR measurements.  There are multiple rotator options with respect to weight capability.  With the connection of two cables the system automatically acknowledges the rotator is connected with no additional setup by the user.  

This is an autonomous mode of operation.  The RAZR utilizes various onboard sensors to orient itself relative to the target.  It collects data as it moves itself around the target based on settings input from the user.  This mode allows for data collection up to a full 360° around the target.

RAZR can produce 3D RCS images with the appropriate data collected.  The data is placed on a CAD model of the target which can be manipulated to view from any orientation.  

This measurement mode allows for a particular “spot” on a target to be identified.  This spot is then used as the reference point in which the array moves around and collects data based on user inputs.  This produces a high-fidelity data set that can be analyzed for detailed returns.