Simrad HALO24 Radar Dome w/Doppler Technology

Description

Simrad HALO24 Doppler Radome

The high-performance Simrad HALO24 Radar Dome w/Doppler Technology is built explicitly for sailing yachts, mid-sized powerboats, and restricted-power coastal cruisers, delivering high-contrast accurate target tracking directly to helm consoles. Engineers paired a high-efficiency 25W solid-state pulse compression engine with a 24-inch enclosed radome structure to build a highly reliable, solid state pulse compression radar platform that mounts securely onto radar arches. The smart electronic dome features an optimized Doppler target processor, functioning as a highly advanced collision avoidance alternative that tracks dynamic target vectors automatically.

This smart HALO24 doppler radar secures technical position tracking metrics across complex navigation bridge networks by managing data distributions over stable wireless Wi-Fi or hardwired high-speed Ethernet networks. Real-time target telemetry is processed through an advanced VelocityTrack Doppler link, routing high-definition target signals from close range up to 48 nautical miles cleanly without performance drop-offs. High-efficiency data monitoring operates seamlessly across universal 12V / 24V DC battery grids drawing a maximum of 27W during transmission, checking structural echo profiles via a 3.9-degree horizontal beamwidth, up to 60 RPM high-speed rotation, and 10-target MARPA tracking certified to IPX6 waterproof parameters.

Enclosed Radome Scanner Component Attributes:

• High efficiency enclosed radome radar system handles compact short range collision avoidance safely
• Advanced pulse compression drive technology ensures sharp echo separation smoothly across waves
• Premium weather resistant radome housing chassis prevents severe mast spray corrosion damage
• Intelligent target tracking firmware automatically maps up to ten independent threat targets
• Low electrical average power draw consumes just six point五 watts under active standby logic
• Compact twenty four inch radome footprint option matching fits restricted radar arch layouts Williamson
• Standard local area network ports coordinate real time multi screen data sharing loops
• Integrated wireless Wi Fi interface permits clean cable free console display integration carefully
• Lightweight ultra light fourteen point nine pound weight optimizes critical weight aloft restrictions
• Pre bundled full system package includes integrated velocitytrack dynamic moving target updates

Submersible Antenna Structural Data Staging

Rugged structural radome shells provide maximum electronic protection across high-exposure mast grids by completely countering harsh sun UV rays and heavy oceanic wave impacts. The specialized processing architecture balances active radar microwave streams cleanly, sustaining accurate high-throughput broadband target locks under rapid boat rolling movements. This advanced data tracking setup eliminates unexpected connectivity drop-out hazards, serving as an essential e-commerce electronic catalog add-on.

Two Year Factory Warranty

A comprehensive 2-year manufacturer warranty protects your entire digital marine radar investment against unexpected component failures from the initial retail transaction date. Factory certified technicians authorize immediate structural coverage for verified circuit defects, rotational motor gear errors, and internal processing faults under standard Navico protection protocols. Onboard owners enjoy absolute long term security, minimizing operational downtime while maintaining constant vessel safety.

Antenna Mast Spreader Bracket Fitting

Vessels requiring a high-resolution target tracking pack achieve ideal instrumentation tracking using this compact electronic stabilized antenna device. The universal framework fits cleanly onto standard radar arches or spreader mount plates requiring precise wide-range VDC power tracking fields. Proper hardware integration guarantees automated loop monitoring, letting operators maximize navigation control while reducing manual tracking errors during long offshore passages.