Advanced Radar Performance with Simrad 3' Antenna for Halo

Simrad’s 3' Antenna for Halo Radar delivers exceptional marine navigation capabilities, combining advanced signal processing and cutting-edge pulse compression technology. Designed for precision and efficiency, this antenna enhances target detection, reduces clutter, and provides clear situational awareness on the water. Whether navigating through busy harbors or open seas, this antenna ensures optimal performance with instant power-on functionality and a robust, marine-grade build.

Superior Signal Processing for Clearer Navigation

Equipped with advanced signal processing, the Simrad Halo Radar antenna significantly improves small-target discrimination. Features such as azimuth and range sidelobe reduction help differentiate channel markers from larger nearby structures like ships or bridges. Directional Sea Clutter Rejection dynamically adjusts gain settings, ensuring visibility of smaller targets even in turbulent conditions. Future software updates will introduce Sector Blanking to eliminate unwanted reflections, further enhancing screen clarity.

High-Speed Operation and Reliable Performance

The Halo Pulse Compression Radar supports rapid updates with rotation speeds up to 48 RPM, offering quick and accurate radar readings. A high-performance brushless motor and advanced helical geartrain design ensure near-silent operation, even at maximum speed. With solid-state technology, the radar is operational almost instantly, eliminating the lengthy warm-up time required by traditional pulse radars.

Enhanced Safety with Advanced Tracking

This antenna allows users to track up to 10 radar targets simultaneously, displaying key safety data such as Closest Point of Approach (CPA) and Time to Closest Point of Approach (TCPA). When operating in Dual Range mode, the system can monitor up to 20 targets (10 per screen). MARPA tracking capabilities, requiring a heading sensor and GPS, further enhance navigational safety.

Low-Power, High-Efficiency Design

Unlike traditional radar systems, the Simrad Halo Radar transmits low-power pulses, making it safe to operate in marinas and anchorages. With an average power consumption of just 40W (without wind) and a peak of 150W under extreme conditions, the radar system remains energy-efficient. Additionally, it features a low standby power draw of just 6.5W, making it an ideal choice for vessels requiring energy conservation.

Seamless Integration and Easy Installation

The Simrad 3' Antenna for Halo is designed for straightforward installation, connecting via Ethernet to Simrad NSS evo2 and NSO evo2 multifunction displays. Its compact and robust construction ensures durability in harsh marine environments, with an IPX6 waterproof rating for reliable performance in challenging conditions. The unit also features a soft-glow, dual-beam blue LED accent lighting system with customizable brightness levels, enhancing its aesthetic appeal.

Technical Specifications

• Radar Type: Solid-state X-Band open array with Pulse Compression technology
• Rotation Speed: 24-48 RPM (minimum 20 RPM at 70 knots)
• Display Compatibility: Simrad NSS evo2 and NSO evo2
• Power Requirements: 150W peak (at 70kt winds)
• Voltage Range: 10.8V – 31.2V DC (supports 12/24V systems)
• Data Interface: Ethernet 10/100 BaseT
• Cable Length: 10m (included)
• Waterproof Rating: IPX6
• Warranty: Two years

Highlights

• Advanced signal processing for enhanced small-target detection
• High-speed operation with up to 48 RPM rotation
• Near-instant startup with solid-state technology
• MARPA target tracking for improved safety
• Low power consumption with efficient standby mode
• Easy integration with Simrad NSS/NSO evo2 systems
• Durable marine-grade construction with IPX6 waterproofing
• Soft-glow LED accent lighting with adjustable brightness

Available Variants

• 000-11464-001: Diameter 3'
• 000-11466-001: Diameter 6'

The Simrad 3' Antenna for Halo offers a seamless blend of innovation, efficiency, and reliability, making it a top-tier choice for marine professionals and recreational boaters alike.