The file's text, extracted by GovTribe without its formatting.
COMMERCIAL SOLID STATE SHIPBOARD NAVIGATION RADAR
SPECIFICATIONS
1.0 The government requires a commercial off the shelf (COTS) radar system for real time surveillance. The system shall include displays and controls and be a model that is and has been fielded to specifically support navigation in a maritime environment.
1.1 The radar system shall meet International Maritime Organization (IMO) compliance per IEC 60945.
1.2 The quote shall indicate the number of identical systems currently fielded for commercial and military applications.
1.3 The radar system quoted shall include warranty coverage for 1 year, at a minimum, that covers all components.
2.0 The quoted system shall include the following supporting information/documentation:
| 2.1 | Description of all waveforms for each operating mode including operating frequencies, pulse widths, pulse repetition intervals, duty cycles, modulation types and bandwidths; |
| 2.2 | Mechanical mounting and power requirements for a fixed land based test site or on a moving boat in a maritime environment; |
| 2.3 | Environmental specifications for which the system is specified to operate and survive; |
| 2.4 | Antenna performance specifications: peak gain, azimuth and elevation 3dB and 20dB beamwidths, azimuth and elevation peak sidelobe level within 10 degrees of main beam peak and outside of 10 degrees of main beam peak, VSWR; |
| 2.5 | Identification of hardware and software provided with the base system (additional optional items shall be priced separately); |
| 2.6 | System reliability documentation and performance specifications: pulse compression ratio, minimum range, range cell size, range accuracy, bearing accuracy, instrumented range, rotation rate(s), time/range sidelobes, dynamic range, minimum discernable signal, noise figure; |
| 2.7 | Blake chart and accompanying total system hardware and processing loss budget illustrating signal to noise ratio (SNR) and detection range performance for a well-defined scenario; |
| 2.8 | System architectural diagrams featuring antenna, pedestal, transmitter/receiver, processor, displays, and all cable runs and interfaces; and |
| 2.9 | Interface standards documentation to allow a third party interface. |
| 3.0 | The radar system shall meet the following specifications: |
| Transmitter |
| Radar system transmitter and its associated power amplifier shall be based on solid state amplifier technology. |
| Operating Frequency |
| Within X-band: 8-12GHz |
| Navigation & Surface Search Waveform |
| Primary navigation and surface search transmitted waveform shall be a multi-pulse waveform and use real-time signal processing that consists of pulse compression and Doppler processing, at a minimum. |
| Antenna Length |
| Minimum 8 feet |
| Transmitted Peak Power |
| Peak power measured at the input of the antenna is required to be equal l to or greater than 80 Watts. |
| Waveform Duty Cycle |
| Equal to or greater than 10% |
| User Interface |
| Include a data display unit and commercial grade tracking and operator software. |
| Cabling |
| Include timing, control, power, and data cables of 75’. |
| System Power |
| Operate off 115/208 VAC power. |
| System Cooling |
| Air cooled |
| TX Sector Blanking |
| Ability to provide azimuthal transmit sector blanking |
| 4.0 | The quote shall include delivery FOB Destination (Dahlgren, VA). |
| 5.0 | The vendor shall provide data in accordance with CDRL A001. |
