Simrad HALO-3 pulse compression radar with 3' antenna RI-12 interface module and 20 m cable Marine Navigation & Instruments

HALO™-3 Pulse Compression Radar with 3' Antenna, RI-12 Interface Module and 20M Cable

Combining the best features of pulse radar systems traditional and wideband FMCW, Simrad's Halo radar uses Pulse Compression technology to provide an unprecedented blend of long and short detection range, high target definition and minimal bulk. Solid-state technology means minimal warm-up time and maximum reliability at sea, while meeting upcoming low emissions standards makes Halo radar safe to operate in anchorages and marinas.

Key Features:

True 48nm range with 3' open array antenna
Beam sharpening with target separation control
br>
Dual range operation with NSS/NSO multifunction displays
Advanced signal processing with modes Harbor, Offshore, Weather, Bird and Custom. More modes will be available soon.
High speed operation at 48 RPM
InstantOn, ready in 16-25 seconds after power on , instantaneous upon power-up. standby
MARPA target tracking, up to 10 targets (20 with dual range)
Low electromagnetic emissions and radiation
Low power consumption with 12/24 V operation
Ethernet connectivity
Unique blue LED accent lighting in base with brightness control

Solid with pulse compression technology
The Simrad Halo radar is the first semi-rigid radar The world's highest-performance drivers featuring pulse compression technology designed specifically for recreational boaters. Unlike traditional pulse radars, Halo Radar does not rely on a high-speed magnetron (vacuum tube).power to transmit. Instead, Halo Radar uses solid-state electronics and low-power, frequency-swept 25W pulsed transmission bursts to provide range and resolution similar to pulsed radar, without associated warm-up time, power consumption or electromagnetic emissions.

Range of 48 nm
Halo radar provides a maximum range comparable to traditional pulsed radiation of 6 kW.ar, up to 48 nm with the 3' open array antenna of the HALO-3 radar. It offers an unprecedented minimum range of 10M (30 ft), peering into that pulse radar blind spot where once only FMCW (3G/4G) wideband radar could operate.

Sharpening beam
Whether you are observing a flock of birds or a series of channel markers, it is essential to separate one radar target from another. Beam sharpening with beam separation controltargets provides unmatched target resolution, giving the Halo pulse compression radar's 3' open array antenna the same effective target resolution as a 4' array without beam sharpening.

Dual Range Operation
With Dual Range, Halo Radar works like two arrays in one: monitor two range ranges simultaneously with completely independent displays, controls and MARPA target tracking. Take full advantage of Halo Radar's combination of short, medium and long range performance to keep an eye on distant weather cells, while monitoring channel markers and high temperatures.h accelerate the watercraft up close. Dual range operation is available with the Simrad NSS and NSO multifunction display systems.

Target Detection
The HALO-3 radar provides excellent target detection with to its compact 3' open network. For a detEnhanced target ection, in accordance with the strict specifications of Annex D of IEC 62388, consider our larger HALO-4 or HALO-6 radar arrays.

ARPA target tracking
Automatically track to 10 user-selected radar targets, displaying CPA (Closest Point of Approach) and TCPA (Time to Closest Point of Approach). Up to 20 different targets can be tracked in Dual Range mode, with 10 targets per screen. MARPA functionality requires a heading sensor and GPS.

Advanced Signal Processing
The Halo radar uses advanced signal processing for digital sidelobe reduction of the azimuth and range, thus improving the discrimination of small targets such as the channel. markers of larger adjacent targets such as ships and bridges. Additionally, the Sea Clett Directional Rejection dynamically changes the gain in the scan to allow targetssmaller to be seen downwind. Sector suppression eliminates unwanted reflections, for less clutter on the screen.

8 operating modes with automatic port/offshore selection
Port modes , offshore, weather and birds adjust the advanced functions of the Halo radar. signal processing to ensure that the targets you care about are vividly visible, even in the harshest environmental conditions. Automatic selection of Harbor and Offshore modes configures your Halo radar to suit your environment, while a 'Custom' mode allows easy manual adjustment to suit any objective or condition
Compression Radar Halo pulse in high speed mode provides rapid position updates, with high speed. fast operation up to 48 rpm (depending on mode and range). Halo R's Simrad-quality construction and brushless motoradar with advanced helical gear train design ensures exceptionally quiet operation, especially at 48 rpm.

InstantOn
Crash risks eliminatedDon't wait until your radar starts - why should you? Halo Radar's solid-state technology is ready instantly from standby and in just 16-25 seconds from power-on to full functionality. Avoid the 2-3 minute warm-up time associated with traditional pulse radar and trust Halo Radar to produce an immediate, accurate radar image when you need it.

High reliability
Halo Radar is built to last, with its solid-state transceiver, meaning no magnetrons to replace and no manual adjustments required as the magnetron heats up or ages. Likewise, a solid-state brushless motor driver means there is nomotor brushes to wear out and replace. Rest assured that the Halo radar will operate at high speeds in winds up to 70 knots, year after year.

Low electromagnetic emissions
Unlike traditional pulse radar, The low power Halo radar pulsed transmissions meet upcoming low emissions standards. This makes Halo Radar safe to use in anchorages and marinas, providing enhanced radar coverage at the start and end of every voyage.
Low Power Consumption The Halo Radar uses an average of 40W with no wind and no more than 200W at maximum wind speed. Benefit from even greater power savings in standby with a power consumption of only 7 W, compared to 10/15 W for pulse radar. With its low power consumption and support for 12/24 volt DC systems, the Halo radar is ideal for small to medium sized powerboats.

Ethernet Connectivity
Simrad Halo Pulse Compression Radar connects to any Simrad NSS or NSO multifunction display system via Ethernet, with an interface box mounted on bulkhead below deck. Antenna installation is simple and elegant, with the same thin cable and small diameter connectors as our 3G/4G broadband radars.

Uncompromising aesthetics

*Blue 4 of the radarPulse Compression Halo Static Level Accent Pedestal Lighting may not be approved for use in your navigation location. Please check your local navigation regulations before turning on the blue accent lights.

***MARPA functionality will not be available on Halo Radar during initial release, but will be activated via a software update. in the third quarter of 2015.****

Simrad HALO 3 radar with 3' array

Model: 000-11469-001
UPC: 9420024128800

True 48nm range with 3' open array antenna
Beam sharpening with target separation control
Dual range operation with NSS/NSO multifunction displays
Advanced signal processing with Harbor, Offshore, Weather, Bird and Custom modes. Other modes will be available soon.
High speed operation at 48 rpm
InstantOn™,ready in 16-25 seconds after power on, instant from standby
MARPA target tracking, up to 10 targets (20 with dual range)
Low electromagnetic emissions and radiation
Low power consumption with 12/24 V operation
Ethernet connectivity
Unique blue LED accent lighting in base with brightness control

Solid with pulse compression technology
The Simrad Halo radar is the world's first high-performance solid-state radar with pulse compression technology pulse compression designed specifically for recreational boaters. Unlike traditional pulse radars, Halo Radar does not rely on a high-power magnetron (vacuum tube) to transmit. Instead, Halo Radar uses solid-state electronics and low-power, sweeping, 25W pulsed transmission bursts.to provide similar range and resolution to pulse radar, without the associated warm-up time, power consumption or electromagnetic emissions.

48nm range

b>
Halo Radar provides maximum rangeCompatible with traditional 6 kW pulse radar, up to 48 nm with the HALO-3 radar's 3 ft open array antenna. It offers an unprecedented minimum range of 10m (30ft), peering into that pulse radar blind spot where once only FMCW (3G/4G) broadband radar could operate.

Beam Sharpening
Whether it's a flock of birds or a series of channel markers, it's essential to separate one radar target from another. Beam sharpening with target separation control provides unmatched target resolution, giving the Halo pulse compression radar's 3-foot open array antenna the same effective target resolution as a 4-foot arrayyears accentuation of the beam.

Double range. Operation
With Dual Range, Halo Radar works like two networks in one: monitor two range ranges simultaneously with completely independent displays, controls and MARPA target tracking. Take full advantage of Halo radar's combination of short, medium and long range performance to keep an eye on distant weather cells, while closely monitoring channel markers and high-speed craft. Dual range operation is available with the Simrad NSS and NSO multifunction display systems.

Target Detection
The HALO-3 radar provides excellent target detection thanks to its compact 3-foot open network. . For enhanced target detection, meeting the stringent specifications of Annex D of IEC 62388, consider our larger HALO-4 or HALO-6 radar arrays.

Tracking MARPA target
Followautomatically up to 10 user-selected radar targets, displaying CPA (Closest Point of Approach) and TCPA (Time to Closest Point of Approach). Up to 20 different targets can be tracked in Dual Range mode, with 10 targets per screen. MARPA functionality requires a heading sensor and GPS.

Advanced Signal Processing
Halo Radar uses advanced signal processing for digital sidelobe reduction of the azimuth and range, thereby improving discrimination of small targets such as channel markers from adjacent larger targets such as ships and bridges. Additionally, Directional Sea Clutter Rejection dynamically changes scan gain to allow smaller targets to be seen downwind. Sector blanking eliminates unwanted reflections, for less screen clutter.

8 operating modes with automatic port selection/offshore
Port, offshore, weather and bird modes adjust the Halo radars. advanced signal processing to ensure that the targets you care about are clearly visible, even in the harshest environmental conditions. Automatic selection of Port and Offshore modes configures your Halo radar to suit your environment, while a "Custom" mode allows easy manual adjustment to suit any purpose or condition.

Halo pulse compression radar in high speed mode provides rapid position updates. , with high-speed operation up to 48 rpm (depending on mode and range). Simrad quality construction and Halo Radar's brushless motor with advanced helical gear train design ensure exceptionally quiet operation, especially at 48 RPM.

InstantOn™

b>
The risks of collision will not waitDon't let your radar start - why should you? Halo Radar's solid-state technology is ready instantly from standby and in just 16-25 seconds from power-on to full functionality. Avoid the 2-3 minute warm-up time associated with traditional pulse radar and trust Halo Radar to produce an immediate, accurate radar image when you need it. b>
Halo Radar is built to last, with its solid-state transceiver, meaning no magnetrons to replace and no manual adjustments required as the magnetron heats up or ages. Likewise, a solid-state brushless motor driver means there are no motor brushes to wear out and replace. Rest assured that the Halo radar will operate at high speeds in winds up to 70 knots, year after year.

Low electromagnetic emissions
UnlikeCompared to traditional pulse radars, Halo radar's low electromagnetic emissions Pulsed power transmissions meet upcoming low emissions standards. This makes Halo Radar safe to use in anchorages and marinas, providing enhanced radar coverage at the very beginning and end of every voyage.

The low power Halo Radar uses 40W on average without wind and not more than 200W at maximum wind speed. Benefit from even greater power savings in standby with a power consumption of only 7 W, compared to 10/15 W for pulse radar. With its low power consumption and support for 12/24 volt DC systems, Halo Radar is ideal for small to medium sized powerboats.

Ethernet Connectivity
Simrad Halo Pulse Compression The radar connects to any Simrad NSS or NSO multifunction display system via Ethernet, with an interface boxace mounted on bulkhead below deck. Antenna installation is simple and elegant, with the same thin cable and small diameter connectors as our 3G/4G broadband radars.

Uncompromising aesthetics
Bringing the range and reliability of Installing Halo pulse compression radar on your boat does not mean compromising on aesthetics. Halo Radar's sleek open-array antenna sits atop a unique pedestal heart, a departure from traditional boxy, utilitarian radar designs. Display your Halo radar on the water with soft-glow, dual-beam blue LED accent lighting, integrated into the base and customizable with 4-level brightness control.

* Halo™ Pulse Compression Radar 4-Level Blue Static Accent Floor Light may not be approved for use in your boating location. Please check your regulationsnavigation before turning on the blue accent lights.

* Radar's 4-level static blue accent stand lighting Halo™ pulse compression device may not be approved for use in your navigation location. Please check your local navigation regulations before turning on the blue accent lights.

Specifications
Duplexer

Antenna
Size	44.37"
Range	48 nm
Rotation	Approx. 24 to 48 rpm (Min 20 rpm to Max 70 kts). td>
Beam width	3 feet: 2.4°+/-10% (-3 dB width) — 1.7 deg with beam sharpening mode enabled
Vertical beam width	25° +/-20% (width -3 dB)
Polarization plane	Horizontal polarization
Side lobe	Below -23 dB max. (within ±10°): less than —30 dB max. (outside ±10°)
Transmitter frequency	Synthesized - Upper half of the X-band 9.410 - 9.495 GHz
Peak output power	25 W ± 10% under all transmission conditions — up to 10 Maximum Duty Cycle %
Pulse length/PRF and compression ratio	Pulse length: 0.04 usec : Chirp Length: 2-96 usagec: Chirp Bandwidth: 2-32 MHz: Up to 1 pulse and 5 burst chirps with a burst repetition rate of 500 to 2000. Depends on range and mode. Comp. effective pulseResolution ratio less than 150 in all modes.
Circulator and isolator
SART/RACON triggering	Yes — distance trigger: approximately 1 nm maximum — depending on weather, sea state and SART position
Mixer	Front-end MIC
Section IF	Central frequency: 28.625 MHz: Bandwidth: 40 MHz max.* A/D; 16-bit 115 MSPS *Narrower bandwidths defined by signal processing
Noise figure	5 dB (average) at the front entrance.
Other
Communication ports	Ethernet 10/100 Base-T for data and radar control, Micro-C male / NMEA2000 via RI-12
NMEA 2000 PGNS used	127250 - Vessel heading, 127251 - Rate of turn, 129025 - Position, fast update, 129026 - COG and SOG, fast update,129029 - GNSS position data, 130818 - Proprietary
NMEA0183	Input via RI-12: Sentenses used by radar application . HDG, HDT, HDM, GGA, GLL, RMC, VTG. : Baud rate: Auto detect 4800, 9600, 19200 or 38400
Antenna Park	Yes
Remote ignition	Yes
Engine	Brushless with static switching with electromagnetic braking for parking.
Operating temperature	25°C at +55°C (-13°F - 131°F)
Input voltage	R- 12: 10, 8 VDC to 31.2 VDC (12/24 volt systems), cradle input voltage is 36 VDC nominal generated by RI-12
Input Consumption	150 W (peak) at maximum wind speed, 40 W (average) at zero wind speed, 6.5 W (average) for Scanner + RI-12 in mode standby

What's in the box:

Pedastal
FI box RI-12
3' antenna
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20 m scanner cable

Simrad Halo-3 reduces the clutter and improves target separation. Simrad's Halo-3 pulse compression radar combines the best features of traditional pulse and wideband radars. Halo-3 is a 3-inch open array radar with a range of 48 nautical miles that can only be used with its NSS evo2 and NSO evo2 multifunction displays. Halo-3 can be configured to operate in dual range mode, which makes it merge into a single radar like two radars without losing any signals, allowing you to monitor both ranges while controlling them independently. Halo 3 also has 'custom', 'port', 'offshore', 'weather' and 'bird' modes, which can adjust Halo's signal processing to ensure the target is clearclearly seen even in the harshest environments. Dual Range also means that two MARPA targets comprising up to 20 targets can be tracked. Halo3 also eliminates the traditional 2-3 minute warm-up process in traditional radars, and you can now get a clear radar image within 16-25 seconds after power on. Halo-3ology's beam sharpening and target separation technology provides you with images with unmatched target resolution in a target set. Unlike conventional pulse radars, the Halo-3's low-power pulse emission complies with upcoming "low emission" standards, so it can be safely driven over anchor points and piers. , and provides more information at the start and end of each trip. Wide radar coverage. In fact, the minimum safe distance of Halo-3 is within the rotation circle of the rebucket. In its high-speed operation, Halo-3 can quickly update position, and its brushless motor with advanced helical gear transmission design can ensure exceptionally quiet operation even at high speeds. Looking for a safe, quiet open array to add to your NSS evo2, NSS evo3, or NSO evo2 system, then the Halo-3 36-inch pulse compression radar is worth a look.

HALO¢â€ ž¢ -3 pulse compression radar with 3' antenna, RI-12 interface module and 20M cable Simrad's Halo radar combines the best features of traditional pulse and wideband FMCW radar systems, using compression pulses...
PRODUCT ID: 57154
SKU: NVN-57154
CSKU: CWR-57154
REWRITE: 68265-simrad-halo-3- pulse compression radar with 3 antennas
MPN: 000-11469-001
UPC: 9420024128800
ASIN:
WSKU: SIM00011469001
SSKU :
KSKU: SIM0011469001
br> GSKU:
MSKU:
LSKU: 941-00011469001
NAME: Simrad HALO™-3 pulse compression radar with 3' antenna, module d 'RI-12 interface and 20M cable
NAME_EX: SIMRAD HALO 3 3' OPEN ARRAY RADAR AND 20M CABLE
PTITRE: Simrad HALO™-3 pulse compression radar with 3' antenna, RI-12 interface module and 20M cable
TYPE: Navigation and Marine Instruments | Radars
SELLER: Simrad
ELECTRONICS> MARINE ELECTRONICS> MARINE RADAR Simrad Cruise 9 US Coastal with transom mount transducer 83/200

Gtags:

GSpecs:

Simrad HALO™-3 Pulse Compression Radar with 3' Antenna, RI-12 Interface Module and 20M Cable Product DescriptionHALO™-3 Pulse Compression Radar with 3' Antenna, Module RI-12 interface module and 20M cable

Combining the best features of traditional pulsed and FMCW wideband radar systems, Simrad's Halo radar uses pulse compression technology to provide an unprecedented blend of long and short detection range, high target definition and minimal bulk. Solid-state technology means minimal warm-up time and maximum reliability at sea, while meeting upcoming low emissions standards makes Halo radar safe to operate in anchorages and marinas.

Key Features:

True 48nm range with 3' open array antenna
Beam sharpening with separation controltargets
Dual range operation with NSS/NSO multifunction displays
Advanced signal processing with Harbor, Offshore, Weather, Bird and Custom modes. Other modes available so on.
Super-fast operation at 48 RPM
InstantOn, ready in 16-25 seconds after power on, instant from the day before
MARPA target tracking, up to 10 targets (20 with dual range)
Low electromagnetic emissions and radiation
Low power consumption with 12/24V operation
Ethernet connectivity
Unique blue LED accent lighting in base with power control brightness

Solid with pulse compression technology
Simrad Halo radar is the world's first high-performance solid-state radar Featuring pulse compression technology designed specifically for recreational boaters. CUnlike traditional pulse radars, Halo Radar does not rely on a high-power magnetron (vacuum tube) to transmit. Instead, Halo Radar uses solid-state electronics and frequency-swept low-power 25W pulsed transmission bursts to provide range and resolution similar to pulsed radar, without the time preheating, power consumption or associated electromagnetic.tick emissions.

48 nm range
Halo radar provides maximum range comparable to pulse radar traditional 6 kW, up to 48 nm with the 3' open array antenna of the HALO-3 radar. It offers an unprecedented minimum range of 10M (30 ft), peering into that pulse radar blind spot where once only FMCW (3G/4G) wideband radar could operate.

Sharpening of the beam
Whether you are observing a flock of birds or a series of channel markers, it is esessential to separate one radar target from another. Beam sharpening with target separation control provides unmatched target resolution, giving the Halo pulse compression radar's 3' open array antenna the same effective target resolution as a 4' array without beam sharpening.

Dual Range Operation
With Dual Range, Halo Radar works like two arrays in one: monitor two range ranges simultaneously with displays, controls and completely independent MARPA target monitoring. Take full advantage of Halo Radar's combination of short-, mid-, and long-range performance to keep an eye on distant weather cells, while keeping a close eye on channel markers and high-speed craft. Dual range operation is available with the Simrad NSS and NSO multifunction display systems.

Target detection
HALO radar-3 offers excellent target detection thanks to its compact 3' open array. For enhanced target detection, meeting the stringent specifications of Annex D of IEC 62388, consider our larger HALO-4 or HALO-6 radar arrays.

Target Tracking ARPA
Automatically track to 10 user-selected radar targets, displaying CPA (Closest Point of Approach) and TCPA (Time to Closest Point of Approach). Up to 20 different targets can be tracked in Dual Range mode, with 10 targets per screen. MARPA functionality requires a heading sensor and GPS.

Advanced Signal Processing
The Halo radar uses advanced signal processing for digital sidelobe reduction of the azimuth and range, thereby improving discrimination of small targets and channel markers from larger adjacent targets such as ships and bridges. In addition, the functionon Directional Sea Clutter Rejection dynamically changes the sweep gain to allow smaller targets to be seen downwind. Sector suppression eliminates unwanted reflections, for less clutter on the screen.

8 operating modes with automatic port/offshore selection
Port modes , offshore, weather and birds adjust the advanced functions of the Halo radar. signal processing to ensure that the targets you care about are vividly visible, even in the harshest environmental conditions. Automatic selection of Harbor and Offshore modes configures your Halo radar to suit your environment, while a 'Custom' mode allows easy manual adjustment to suit any objective or condition
Compression Radar Halo pulse in high speed mode provides rapid position updates, with high speed. fast operation up to 48 rpm (en depending on the mode and range). Simrad quality construction and Halo Radar brushless motor with advanced helical gearing Its design ensures exceptionally quiet operation, especially at 48 RPM.

InstantOn
The risks of collision won't wait for your radar to start - why should you? Halo Radar's solid-state technology is ready instantly from standby and in just 16-25 seconds from power-on to full functionality. Avoid the 2-3 minute warm-up time associated with traditional pulse radar and trust Halo Radar to produce an immediate, accurate radar image when you need it.

High reliability
Halo Radar is built to last, with its solid-state transceiver, meaning no magnetrons to replace and no manual adjustments required as the magnetron heats up or ages. Likewise, aSolid-state brushless motor driver means there are no motor brushes to wear out and replace. Rest assured that the Halo radar will operate at high speeds in winds up to 70 knots, year after year.

Low electromagnetic emissions
Unlike traditional pulse radar, The low power Halo radar pulsed transmissions meet upcoming low emissions standards. This allows the Halo Radar to operate safely in anchorages and marinas, providing enhanced radar coverage at the very beginning and end of every voyage.
Low Power Consumption The Halo Radar uses an average of 40W without wind and not more than 200W at maximum wind speed. . Benefit from even greater power savings in standby with a power consumption of only 7 W, compared to 10/15 W for pulse radar. With its low power consumption and support12/24 volt DC systems, the Halo Radar is ideal for small to medium sized powerboats.

Ethernet Connectivity
Simrad Halo Pulse Compression Radar connects to any Simrad NSS or NSO multifunction display system via Ethernet, with a bulkhead-mounted interface box below deck. Antenna installation is simple and elegant, with the same thin cable and small diameter connectors as our 3G/4G broadband radars.

Uncompromising aesthetics

*The blue 4 of the Halo pulse compression radar The level static accent floor lighting can only not be approved for use in your browsing location. Please check your local navigation regulations before turning on the blue accent lights.

***MARPA functionality will not be available on Halo Radar during initial release, but will be activated via a software update. in the third quarter of 2015.****

Simrad HALO 3 radar with 3' array

Model: 000-11469-001
UPC: 9420024128800

True 48nm range with 3' open array antenna
Beam sharpening with target separation control
Dual range operation with NSS/NSO multifunction displays
Advanced signal processing with Harbor, Offshodes ore, weather, bird and customse. More modes coming soon.
Super-fast 48 RPM operation
InstantOn™, ready in 16-25 seconds after power on, instant from standby
MARPA target tracking, up to 10 targets (20 with dual range)
Low electromagnetic emissions and radiation
Low power consumption with 12/ operation 24V
Ethernet connectivity
Unique floor-standing blue LED accent lighting with brightness control

Sturdy with technology pulse compression
The Simrad Halo radar is the world's first radar High-performance solid-state radar with pulse compression technology designed specifically for boaters. Unlike traditional pulse radars, Halo Radar does not rely on a high-power magnetron (vacuum tube) to transmit. Instead, the Halo radar uses solid-state electronicsers and frequency-swept low-power 25W pulsed transmission bursts to provide similar range and resolution as pulsed radar, without the associated warm-up time, power and warm-up time consumption. energy or electromagnetic emissions.

48 nm range
Halo radar offers a maximum range comparable to traditional 6 kW pulse radar, up to 48 nm with the 3 -open network antenna on stand. It offers an unprecedented minimum range of 10m (30ft), peering into that pulse radar blind spot where once only FMCW (3G/4G) broadband radar could operate.

Beam Sharpening
Whether it's a flock of birds or a series of channel markers, it's essential to separate one radar target from another. Beam sharpening with target separation control provides unmatched target resolution, granting the antenna an open arraye 3-foot Halo Pulse Compression Radar the same effective target resolution as a 4-foot array without beam sharpening.

Double range. Operation
With Dual Range, Halo Radar works like two networks in one: monitor two range ranges simultaneously with completely independent displays, controls and MARPA target tracking. Take full advantage of Halo Radar's combination of short, medium and long range performance to keep an eye on distant weather cells, while closely monitoring channel markers and high-speed craft. Dual range operation is available with the Simrad NSS and NSO multifunction display systems.

Target Detection
The HALO-3 radar provides excellent target detection thanks to its compact 3-foot open network. . For enhanced target detection, meeting stringent Annex D specificationsof the IEC 62388 standard, consider our larger HALO-4 or HALO-6 radar arrays.

MARPA Target Tracking
Automatically track up to 10 targets user-selected radar, displaying CPA (Closest Point of Approach) and TCPA (Time to Closest Point of Approach). Up to 20 different targets can be tracked in Dual Range mode, with 10 targets per screen. MARPA functionality requires a heading sensor and GPS.

Advanced Signal Processing
Halo Radar uses advanced signal processing for digital azimuth and range. reduction in elobes, improving discrimination of small targets such as channel markers from larger adjacent targets such as ships and bridges. Additionally, Directional Sea Clutter Rejection dynamically changes scan gain to allow smaller targets to be seen downwind. Sector blanking elimin