Raymarine Radar Antenna

Radome or Open Array Radar Antenna?

When building a Raymarine Radar System you have your choice of either Open Array or Closed Radome scanner. Both Radomes and Open Arrays are fully compatible with every multifunction display and deliver unparalleled performance.

NEW Raymarine QUANTUM by FLIR

Setting a new standard for solid state marine radar, Quantum delivers superior radar imaging on both long and extremely short ranges. Integrated Wi-Fi make installation easy and Quantum’s energy efficient and lightweight design provides safe radiated emissions and reduced power consumption.

Superior Radar Imaging

FLIR’s exclusive ATX™ advanced target separation technology displays targets like boats, landmarks, rocks, buoys, and weather cells with unsurpassed resolution and separation quality

CHIRP Pulse Compression

• Excellent short-range detection and enhanced target detail with 18’ (6m) minimum range
• CHIRP Pulse compression ensures more energy reaches each target, resulting in superior imaging on long ranges

Small Target Detection

Quantum’s CHIRP Pulse Compression technology identifies small, weak targets, even when positioned close to strong returns.

Quantum detects the small kayak very close to the waterfront bulkhead

Immediate Awareness

Quantum solid-state technology is ready to use in seconds, without any lengthy warm up period

Simplified Installation

• Simple Wi-Fi connection between Quantum and any Raymarine LightHouse II powered MFD
• Quantum’s small diameter power cable is easy to route through tight spaces
• Easy to upgrade – Quantum uses the same bolt pattern as previous generation radars. Optional Quantum adapter cable eliminate the need to run new radar cables

Energy Efficient and Lightweight Design

• Weighs 50% less than traditional magnetron radars
• Safe Emissions thanks to Quantum’s low power solid state radar transmitter
• Very low power consumption (17 Watts transmit and 7 watts standby)
• Extended vessel battery life when under sail

Raymarine HD Colour Radome Radar

Radome antennas are the perfect blend of compact size, light weight and high performance. Choose a radome antenna when space is a premium or restricted by rigging. Radome scanners also consume less power than open array scanners which is essential for long-distance cruising sailboats. 

Digital and HD Color Radomes are ideal when power is at a premium and mounting space is limited or restricted by rigging. Perfect for sailboats, RIBs and smaller powerboats, Radomes provide exceptional performance even in the most challenging conditions – new HD Color Radomes provide additional features and improved resolution.

Features:

• 48 NM range
• Adaptive digital receiver automatically adjusts to changing environmental and sea conditions for a dramatically clearer picture
• 256 color multi-level target display with selectable color palettes
• Bird Mode automatically optimizes the receiver for detecting sea birds above schools of fish
• Dual-range mode allow you to monitor both long and short ranges simultaneously with a single scanner and display

The choice of mid to large-sized powerboats and sailing vessels, open array radar scanners deliver higher sensitivity, better target detection and improved target separation. Open array systems are available with 4kW or 12kW transmitters for exceptional performance at all ranges.

Truly revolutionary, Raymarine HD Color technology improves target detection by eliminating virtually all noise and extracting more information from the radar echo return than has ever been generally available to the leisure navigator before.

Super HD Color adds another level of digital signal processing to futher enhance the performance and improve the resolution. Stunning multi-level color target displays provide extra clarity and detail.

Radome or Open Array Radar Antenna?

When building a Raymarine Radar System you have your choice of either Open Array or Closed Radome scanner. Both Radomes and Open Arrays are fully compatible with every multifunction display and deliver unparalleled performance.