Simrad HALO 2006 Open Array Radar for Marine Navigation

The Simrad HALO 2006 Open Array Radar is a solid-state marine radar designed for dependable target detection across short and long ranges. Its Pulse Compression technology, beam sharpening and selectable radar modes help boat operators maintain situational awareness when navigating in changing conditions. For vessels using a compatible Simrad multifunction display (MFD), the HALO 2006 provides a practical radar solution for navigation, hazard awareness and target detection.

Key Features of the Simrad HALO 2006

• Solid-state Pulse Compression: Supports target detection across both shorter and longer ranges.
• Beam sharpening: Reduces the horizontal beam width to 0.8° when the beam sharpening mode is enabled.
• 72 nautical mile maximum range: Provides long-range radar coverage for suitable operating conditions.
• 16 to 48 rpm rotation: Rotation speed varies according to the selected operating mode.
• Head Up and North Up modes: Gives operators flexible radar presentation options.
• 80-knot wind rating: Designed for a maximum wind speed of 80 knots across the antenna sizes specified for the series.
• IPX6 waterproof rating: Built for exposed marine environments.
• Simrad MFD interface: Designed to interface with a compatible Simrad multifunction display.

Simrad HALO 2006 Specifications

Physical Specifications

• Dimensions: 324 x 429 x 339 mm (12.76 x 16.81 x 13.35 in) as specified for the radar system.
• Kit weight: 31.6 kg (69.7 lb).
• Compass safe distance: 1.0 m (3.3 ft).
• Steer safe distance: 0.5 m (1.6 ft).

Electrical Specifications

• Maximum power consumption: 235 W peak at 12 V under maximum wind conditions.
• Typical power consumption: 45–60 W average at zero wind velocity.
• Recommended fuse: 25 A for 12 V systems or 15 A for 24 V systems.
• Radar system input: 12 or 24 V DC into the RI-50.
• 12 V system range: 10.8–15 V DC.
• 24 V system range: 20–31.2 V DC.
• Pedestal input: 50 V DC nominal, generated by the RI-50.

Environmental and Connectivity Specifications

• Operating temperature: -25°C to 55°C (-13°F to 131°F).
• Waterproof rating: IPX6.
• Shock and vibration: IEC60945 exposed-product compliance.
• Ethernet: Connection is provided through the RI-50 using the supplied 100 Mbit RJ45 adapter arrangement.
• NMEA 2000: No direct NMEA 2000 connection; heading and other navigation data are sent to the radar over the Ethernet network.

Radar Performance

• Radar technology: Pulse Compression.
• Maximum range: 72 nautical miles.
• Minimum range: 75 m (300 ft).
• Horizontal beam width: 1.2° ±10% (-3 dB), reduced to 0.8° with Beam Sharpening mode enabled.
• Vertical beam width: 25° ±10% (-3 dB).
• Rotation speed: 16–48 rpm depending on operating mode.
• Radar modes: Head Up and North Up.
• SART/RACON: Supported, with trigger distance of approximately 1 nautical mile depending on weather, sea state and SART position.

Marine Applications

The HALO 2006 is suited to marine applications where radar-based situational awareness is important. Its combination of Pulse Compression technology, long-range coverage and selectable rotation speeds can support navigation on recreational, offshore and commercial vessels when correctly installed and integrated with the vessel’s navigation equipment.

Installation and Compatibility Considerations

Installation should account for the radar’s physical dimensions, 31.6 kg kit weight, compass-safe distance and electrical requirements. The system uses an RI-50 interface and communicates heading and other navigation data over Ethernet rather than through a direct NMEA 2000 connection. Before purchasing, confirm that the vessel’s existing electrical system, mounting arrangement and compatible Simrad MFD meet the requirements of the radar installation.

If you are comparing radar options, explore our Marine Radar category for additional marine radar systems. For product or compatibility questions, you can also contact Performance Engines before ordering.

Why Choose the Simrad HALO 2006?

The Simrad HALO 2006 combines solid-state radar technology with a 72-nautical-mile maximum range, beam sharpening and flexible rotation speeds. Its IPX6 rating and marine-focused environmental specifications make it appropriate for exposed installations, while the Simrad MFD interface provides integration with compatible navigation systems. The two-year warranty period listed for the product adds further support when selecting this radar for a vessel upgrade or navigation system project.

Simrad HALO 2006 Open Array Radar FAQs

What is the maximum range of the Simrad HALO 2006?

The specified maximum radar range is 72 nautical miles. Actual detection performance depends on installation height, target size, weather, sea conditions and other operating factors.

What radar technology does the HALO 2006 use?

The Simrad HALO 2006 uses solid-state Pulse Compression technology. The specification also lists beam sharpening, which can reduce the horizontal beam width to 0.8° when that mode is enabled.

Does the Simrad HALO 2006 connect directly to NMEA 2000?

No. The supplied specifications state that there is no NMEA 2000 connection on the radar. Heading and other navigation data are sent to the radar over the Ethernet network through the system interface.

What voltage does the HALO 2006 require?

The radar system accepts 12 or 24 V DC through the RI-50. The specified operating ranges are 10.8–15 V DC for 12 V systems and 20–31.2 V DC for 24 V systems.

What is the operating temperature range?

The specified operating temperature range is -25°C to 55°C (-13°F to 131°F), with an IPX6 waterproof rating for the exposed product.

How much does the Simrad HALO 2006 kit weigh?

The listed kit weight is 31.6 kg (69.7 lb). Mounting structure and other installation components should be evaluated separately when planning the vessel installation.

Buy the Simrad HALO 2006 at Performance Engines

For buyers looking for a Simrad HALO 2006 open array radar, Performance Engines provides the product information needed to evaluate radar range, power requirements, connectivity, environmental specifications and installation considerations. Review the specifications above and confirm vessel compatibility before placing your order.