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Automatic Clutter Elimination

 

Automatic Clutter Elimination (ACE) automatically adjusts radar images in any sea condition using Furuno's advanced signal processing algorithm.

 

 

What is Automatic Clutter Elimination?

 

ACE is a technology that provides unmatched echo clarity by adjusting and optimizing the radar image in any sea condition.

Technology 2

The Automatic Clutter Elimination (ACE) feature is a technology that automatically adjuts the radar image with the push of a single button.

 

Thanks to Furuno's exclusive algorithm based on signal processing (EAV), the system modifies clutter reduction filters and gain control according to sea and weather conditions selected by the user (calm/rough sea/hard rain).

FURUNO TECHNOLOGY

How does Automatic Clutter Elimination work?

 

Echoes of rain and waves are automatically removed

 

 
img_ace01_en
 
img_eav01_en

Suppression of false echoes


 

When the ACE feature is turned on, the system automatically applies image adjustments like Sea surface Echo Attenuation (SEA) or rain and snow reflection (RAIN) reduction, regardless of sea conditions.

 

Additionally, the ACE feature can now eliminate false echoes that were difficult to remove with conventional and manual image adjustments.*

 

Since the ACE gain can be adjusted separately from the normal gain, it becomes even easier for users to see the images clearly.

 

Regardless of sea conditions, ACE consistently provides optimal video settings, allowing the user to focus on observing the surroundings without constantly tweaking the image settings. *

 

The level of false echo reduction depends on the weather/sea conditions and the equipment being used.

Senior Engineer

at Furuno

"ACE technology represents a significant breakthrough for the maritime industry. "Previously, removing false echoes was a time-consuming manual process that required a high level of expertise. This innovation not only enhances navigational safety but also allows operators to focus more on strategic decision-making rather than manual adjustments."

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ACE OFF

 

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ACE ON

 

TimeZero V2 Radar tech detail

Real time video camera monitoring integrated into the satellite view

 

Essential to prevent accidents and ensure safe berthing and efficient transportation of passengers and goods.

Radar Time Zero Tech Detail

Radar echoes displayed on the map

 

To safeguard fragile ecosystems and combat illegal fishing, unauthorized anchoring, or other threats to marine protected areas.

Radar - High - Definition Digital Vision For Your Boat, Ensuring the safety of your voyage

 

Discover the latest in maritime safety and comfort with Furuno's advanced radar technology. Wheter you're navigating through calm waters or facing challenging conditions, Furuno's radars are designed to ensure your journey is secure. Equip your vessel with a radard that provides critical visibility and protection against potential hazards. Explore the innovative technologies that make Furuno radars a trusted choice for seafarers worldwide.

Furuno-devices blue-radar

Line of sight of a Radar

 

Radar waves propagate along Earth's surface, but due to diffraction effect, these waves propagate in a slightly curved manner. The degree of diffraction is determined by many factors including atmosphere density. In general, the diffraction curve allows the wave to go beyond the line-of-sight by about 6%

 

 

Radar waves propagate along Earth's surface, but due to diffraction effect, these waves propagate in a slightly curved manner. The degree of diffraction is determined by many factors including atmosphere density. In general, the diffraction curve allows the wave to go beyond the line-of-sight by about 6%

Understanding Automatic Clutter Elimination in Furuno radars

 

Products employing this radar technology

 

These radars were developed to enhance visibility by optimizing the radar image in any sea condition.

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Technology ID: 182142606405
Limit: 10
Portal ID: 5838587
Region Code: fi
Language Code: en
Product Path: /fi-en/producten1
VAT Label: VAT included
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Line of sight of a Radar

 

Radar waves propagate along Earth's surface, but due to diffraction effect, these waves propagate in a slightly curved manner. The degree of diffraction is determined by many factors including atmosphere density. In general, the diffraction curve allows the wave to go beyond the line-of-sight by about 6%

D=2.2(√H1 + √H2)

D: Radar line-of-sight (NM)

H1: Altitude at which the Radar is installed (m)

H2：Altitude of the object reverberating the signal (m)

RADAR PRODUCTS

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ACCESORIES

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Furuno Product

1815

€120

VAT Included (20%)

4 kW Transmitter, 36 NM Radar System with 8.4 '' Color LCD display and 19'' Radome
Furuno Product

1815

€120

VAT Included (20%)

4 kW Transmitter, 36 NM Radar System with 8.4 '' Color LCD display and 19'' Radome
Furuno Product

1815

€120

VAT Included (20%)

4 kW Transmitter, 36 NM Radar System with 8.4 '' Color LCD display and 19'' Radome
Furuno Product

1815

€120

VAT Included (20%)

4 kW Transmitter, 36 NM Radar System with 8.4 '' Color LCD display and 19'' Radome
Furuno Product

1815

€120

VAT Included (20%)

4 kW Transmitter, 36 NM Radar System with 8.4 '' Color LCD display and 19'' Radome
Furuno Product

1815

€120

VAT Included (20%)

4 kW Transmitter, 36 NM Radar System with 8.4 '' Color LCD display and 19'' Radome