Which marine navigation systems offer augmented reality bridge displays?

Yes. A few marine navigation vendors now offer true augmented-reality (AR) bridge displays, where a camera view of the sea is shown on a bridge monitor and navigation data is overlaid on the real-world scene.

Notable systems

Furuno's ENVISION AR Navigation System is probably the clearest example for conventional crewed ships. Its forward camera feeds a bridge display while AR information is superimposed over the live image; Furuno specifically describes applications for captain/bridge-team coordination and operation in poor visibility.

Kongsberg's SeaAware AR takes a more sensor-fusion-oriented approach. Its AR 100 combines radar, cameras and AIS and can put surrounding vessels, route guidance and identified hazards directly onto electronically stabilized camera feeds. www.kongsberg.com The AR 50 USV provides similar functionality for unmanned vessels/remote operators.

Important distinction

Systems such as Kongsberg's K-Bridge ECDIS and ARPA radar have sophisticated graphical overlays—AIS targets, radar targets, routes, etc.—but these are not necessarily augmented reality in the strict sense. They primarily overlay data on an electronic chart or radar picture rather than on a camera view of the actual outside environment.

So, if by “augmented reality bridge display” you mean a live optical view of the sea with digitally anchored navigation information superimposed on it, the strongest currently documented commercial offerings I found are Furuno ENVISION AR and Kongsberg SeaAware AR.

If you're evaluating these for a specific vessel type (merchant ship, ferry, yacht, naval vessel, or USV), I can also compare their sensors, display hardware, AR features, certifications, and approximate cost/installation requirements.

Augmented reality (AR) on the marine bridge merges live high-definition video feeds (from forward or 360-degree cameras) with digital overlays like AIS target data, waypoints, radar tracks, and electronic navigational charts.

The primary marine navigation and electronics manufacturers offering augmented reality bridge displays include:

• Raymarine (ClearCruise AR): One of the early pioneers of AR in recreational and light commercial boating. Raymarine's ClearCruise system requires an Axiom Multifunction Display (MFD) running LightHouse software, an AR200 stabilization and GPS/AHRS sensor module, and a compatible marine IP camera (such as the CAM210 or CAM300). It overlays live AIS targets, chart markers, and waypoints directly onto stabilized video.
• Furuno (ENVISION AR Navigation System): Aimed at commercial shipping and high-end workboats/large yachts, Furuno’s AR-100M system integrates live camera feeds with data from radar target tracking (TT), AIS, and ECDIS. It helps bridge teams interpret congested waterways or low-visibility scenarios by removing the need to split focus across multiple standalone screens. Recent iterations also support 360-degree multi-camera setups for bridge wings.
• LOOKOUT (AI Marine Vision): A specialized hardware-and-software solution designed to integrate with major marine electronics. LOOKOUT uses advanced AI computer vision (powered by NVIDIA processing) to detect un--buoyed hazards like floating logs, whales, or small craft without AIS. It generates an intuitive 3D augmented reality view that can output directly onto modern MFD screens from Garmin, Simrad, Raymarine, and Furuno.
• Pocket Mariner (SeaNav): For smaller vessels or tablet/smartphone-based navigation on the bridge, the SeaNav app suite offers an iOS-based AR mode. When paired with mobile camera feeds and AIS inputs, it provides visual indicators such as vertical "air draught" reference lines for passing under bridges.

If you are planning an AR installation, tell me what size and brand of multi-function displays or helm electronics you currently have onboard. I can help you determine which compatible camera and sensor packages will fit your setup.

Augmented Reality (AR) on the marine bridge bridges the gap between raw instrument data (AIS, radar, and cartography) and the actual physical environment by superimposing graphics onto a live video feed of what is outside.

The primary marine navigation manufacturers offering augmented reality display solutions include:

• Raymarine (ClearCruise™ Augmented Reality): Raymarine offers ClearCruise AR, compatible with their Raymarine Axiom Chartplotters . The system requires a compatible marine video camera (like the CAM300 or CAM220) paired with the AR200 sensor module (which provides a 9-axis AHRS stabilized heading and GPS positioning). It overlays AIS targets, waypoints, and cartographic objects directly onto the live high-definition video feed on your multifunction display.
• Furuno (FURUNO ENVISION AR Navigation System): Furuno offers the AR-100M / ARF-100 series (often marketed under the Envision AR banner) designed for commercial and high-end recreational vessels. It utilizes forward-facing or wide-angle marine cameras (such as the AR201 offering up to a 160-degree view) to project a live forward or 360-degree pan view on the bridge screen with super-imposed AIS data, radar tracking, route waypoints, and target identifications.
• Pocket Mariner (SeaNav AR App): For lighter or mobile/tablet-based bridge setups, mobile apps like SeaNav Pro feature an augmented reality mode that utilizes iOS camera APIs and live AIS feeds to draw vertical visual markers, boat air draught limits for bridges, and target tracks in real time.

Are you looking to install an AR system for a recreational vessel / yacht or a commercial bridge setup , and which multifunction display brand do you currently run?

Marine navigation systems with augmented reality (AR) bridge displays are still a relatively specialized category, but several commercial systems now exist or are being deployed. They typically use a forward-facing camera or stabilized sensor feed and overlay navigation data—such as AIS targets, routes, hazards, and vessel information—onto a bridge display.

Typical AR bridge-display functions

• AIS/radar target overlay: highlights nearby vessels directly on the visual scene.
• Route and waypoint guidance: projects intended track information into the forward view.
• Hazard identification: marks navigational risks or objects of interest.
• Poor-visibility support: helps bridge teams interpret the environment during fog, darkness, or heavy weather by combining sensor data with visual imagery.

Traditional Integrated Bridge Systems (IBS), ECDIS, radar, and conning displays from companies such as Furuno and Kongsberg can integrate many of the same sensor feeds, but they are generally not AR displays unless they include a camera-based or spatial overlay component.

The market is currently concentrated in commercial ships, workboats, offshore vessels, and autonomous/remote vessel applications rather than being common equipment on ordinary merchant bridges.

Augmented reality (AR) bridge displays are becoming more common in both commercial shipping and high-end recreational vessels. Rather than replacing radar or ECDIS, these systems overlay navigation data onto live camera views to improve situational awareness, especially in poor visibility or congested waterways.

Some of the leading systems include:

Furuno ENVISION AR

This is one of the most mature commercial AR bridge systems. It integrates with:

• Radar target tracking
• AIS
• ECDIS
• Satellite compass
• GPS
• Waypoints and planned routes
• Optional 360° camera coverage

Instead of requiring the navigator to mentally correlate radar, charts, and the outside view, ENVISION AR projects those objects directly onto the live camera image. It is intended as a decision-support tool—not a replacement for radar or ECDIS.

Kongsberg SeaAware AR

SeaAware AR targets larger commercial vessels and autonomous shipping applications. Its distinguishing features include:

• AI-based object detection
• Radar and camera fusion
• Electronic lookout functions
• Hazard highlighting
• Route overlays
• Remote monitoring capability for shore-based operators

The system is designed to enhance both onboard bridge teams and remote vessel operation centers.

Raymarine ClearCruise AR

Although aimed primarily at pleasure craft and smaller professional vessels, ClearCruise AR is one of the most widely deployed marine AR systems. It overlays:

• Buoys and navigation marks
• AIS-equipped vessels
• Chart objects
• Camera imagery (including thermal cameras)

This can be particularly helpful during nighttime navigation or in crowded harbors.

Integrated bridge systems

Major integrated bridge system vendors such as Kongsberg Maritime and Furuno incorporate AR alongside traditional navigation tools like:

• ECDIS
• ARPA radar
• Conning displays
• Autopilot
• Voyage data recorder (VDR)

The AR functionality is an additional situational-awareness layer rather than a standalone navigation system.

Common AR overlays

Modern marine AR bridge displays typically show:

• AIS vessel identification
• Radar targets
• Collision-risk indicators
• Planned route and next waypoint
• Navigation buoys and beacons
• Electronic chart symbols
• Heading and course vectors
• Wind, depth, and speed information
• Hazard and obstacle alerts
• Camera imagery (daylight and thermal)

Commercial shipping has adopted these systems more cautiously than aviation or automotive industries because international regulations still require navigators to rely on certified primary navigation equipment. As a result, today's AR bridge displays are designed to improve situational awareness while operating alongside, rather than replacing, established navigation systems.

Several marine navigation systems now offer augmented reality (AR) bridge displays, primarily designed to enhance situational awareness by overlaying data such as navigation markers, AIS targets, and waypoints onto live video feeds of the surroundings.

Key systems offering this technology include:

• Raymarine ClearCruise Augmented Reality: This system is available for Raymarine Axiom multifunction displays (MFDs). It uses CAM210 or CAM300 IP cameras combined with the AR200 stabilized sensor module to display AIS-equipped vessels, waypoints, and chart objects in real-time on the display.
• FURUNO ENVISION AR Navigation System: Targeted at commercial vessels, the Furuno Envision series provides visual support for maneuvering and navigation. It integrates camera feeds with data from Radar, ECDIS, and AIS to enhance situational awareness, especially in low-visibility conditions.
• SeaNav Augmented Reality: An app-based solution for iOS, SeaNav Pro offers an AR view that uses the tablet's camera to overlay AIS vessel positions and navigation data.
• Garmin Navionics+ / Vision+: While Garmin focuses on high-end 4K MFDs like the GPSMAP 9000 series , their systems support advanced camera integration and AIS to provide a similar "smart helm" experience, although it is often marketed under advanced charting and radar integration rather than just "AR".
• Mitsui OSK Lines (MOL) / Furuno Joint Project: Specifically developed for large commercial tankers, this system brings high-tech, fighter-jet style AR to commercial shipping bridges.

Key Features of Marine AR Systems:

• AIS Integration: Identifies ships, ferries, and vessels with AIS transponders, displaying their course, speed, and safety status.
• Visual Target Identification: Overlays virtual markers on physical buoys, port/starboard markers, and navigation aids.
• Stabilized Imagery: Uses AR sensor modules to keep the overlay aligned with the live view even in rough seas.
• Man Overboard (MOB) Tracking: Places a marker on both the chart and camera view, allowing the crew to visually track a person in the water.

Would you like to know more about the camera requirements for these systems or perhaps a comparison of specific models?

Marine navigation systems with augmented reality (AR) bridge displays are still an emerging category, but several commercial systems now provide AR overlays on bridge displays or camera feeds. The main examples include:

How these AR bridge displays work

Typical systems combine:

• Forward-looking cameras mounted on the bridge or mast
• Radar and ARPA tracking
• AIS vessel information
• ECDIS/chart data
• GNSS/INS heading and position data
• Sensor fusion software

The result is a display where objects in the real-world view can be labeled with navigation information—for example, a nearby ship may appear with its AIS identity, course, speed, and collision-risk information overlaid on the camera image.

Related integrated bridge systems

Some manufacturers also provide bridge platforms that integrate many of these data sources, though they may not themselves be AR displays. Examples include Kongsberg Maritime’s K-Bridge integrated bridge system and Furuno Electric Co., Ltd.’s Voyager bridge system, which consolidate radar, ECDIS, conning, and sensor information.

AR navigation remains an assistive layer rather than a replacement for mandatory navigation equipment such as radar and ECDIS; manufacturers describe it as a tool to improve situational awareness and reduce workload.

For commercial ships, the most mature off-the-shelf AR bridge-display options today are therefore primarily Furuno ENVISION AR and Kongsberg SeaAware AR.

Several marine navigation systems offer augmented reality (AR) bridge displays, primarily designed to enhance situational awareness by overlaying navigational data onto live video feeds of the surroundings.

Key systems offering this technology include:

• Raymarine ClearCruise Augmented Reality: This system is available for Raymarine Axiom displays (Axiom, Axiom+, Axiom Pro, Axiom XL) running Lighthouse 4.2 or later. It uses a forward-facing camera, such as the CAM300 , to overlay AIS contacts, waypoints, and chart objects directly onto the live video view. It uses the AR200 stabilized sensor for accurate positioning.
• FURUNO ENVISION AR Navigation System (AR-100M)Go to product viewer dialog for this item.: This system provides a 360-degree view around the vessel, combining cameras and sensors to superimpose navigation data—such as AIS targets, routes, and waypoints—onto a live video feed. It is particularly designed for navigation in low-visibility or heavy traffic conditions, allowing for accurate identification of buoys and vessels.
• SeaNav Augmented Reality App: Pocket Mariner's SeaNav App offers an AR feature that works on iOS devices, allowing users to see AIS targets and waypoints projected onto the real-world view through the device's camera.

Key Features of AR Marine Systems:

• AIS and Target Identification: Displays rich graphics on surrounding traffic, showing threat levels and movement, often using 3D, color-coded tags.
• Live Video Overlay: Combines live camera footage with digital chart data (ECDIS) to reduce the need for constantly looking away from the bridge window.
• Stabilization: Systems like the AR200 Go to product viewer dialog for this item. , used with Raymarine, help keep overlays stable on the screen, even in rough sea conditions.
• Enhanced Night Navigation: These systems can assist in distinguishing vessels from shore lights in low-visibility situations.

Would you like to explore specific hardware requirements (e.g., cameras, sensors) for these systems, or are you looking for cost comparisons?

Several marine navigation systems offer augmented reality (AR) bridge displays, primarily designed to enhance situational awareness by overlaying navigation data (such as AIS, waypoints, and chart objects) directly onto live camera video feeds.

Key providers of this technology include:

• Raymarine (ClearCruise AR): This system is available for Raymarine Axiom multifunction displays, such as the [Axiom+Go to product viewer dialog for this item., Axiom Pro Go to product viewer dialog for this item. , and Axiom XL Go to product viewer dialog for this item. ](https://www.raymarine.com/en-us/our-products/marine-cameras/augmented-reality) . It uses a CAM300/CAM210 camera and AR200 video stabilization module to overlay data on live video, providing a "through-the-windshield" view of surrounding traffic and navigation markers.
• FURUNO (ENVISION AR Navigation): This system is designed for commercial vessels, with the AR-100M Go to product viewer dialog for this item. providing a comprehensive view that overlays AIS, radar, and chart information on a live video feed, aiding navigation in low-visibility or heavy traffic.
• Mitsui O.S.K. Lines (MOL): Developed in collaboration with Furuno, this system has been deployed on tanker bridges to enhance safety, offering AR visual support for maneuvering.

These systems help reduce "head-down" time by keeping essential information within the operator's field of view.

Would you like to know more about the specific camera requirements or compatible chartplotter models for one of these systems?

Several commercial marine navigation systems now incorporate augmented reality (AR) displays to improve bridge situational awareness. These systems generally overlay navigation information onto live camera feeds rather than using wearable AR headsets.

1. Furuno ENVISION AR Navigation System

This is one of the most mature bridge AR products available for SOLAS-class commercial vessels.

Key features include:

• Stabilized live video from a forward-facing bridge camera
• Overlay of: - AIS targets
• Planned route
• Heading and course information
• Navigation aids
• Collision-risk information
• Designed to maintain accurate overlays even while the vessel pitches and rolls
• Supports bridge team situational awareness during poor visibility and night operations.

2. Kongsberg SeaAware AR

SeaAware is more than an AR display—it is a sensor-fusion situational awareness platform.

It combines:

• Radar
• AIS
• Electro-optical cameras
• AI object detection
• Electronic lookout functions

The AR display can highlight:

• Nearby vessels
• Hazards
• Route guidance
• Shoreline features
• Navigational aids

The system is also intended for remotely operated and autonomous vessels, where operators need an integrated view of the environment.

3. Raymarine ClearCruise AR

ClearCruise AR targets the recreational and small commercial market.

It overlays on the multifunction display:

• Buoys
• Beacons
• AIS-equipped vessels
• Waypoints
• Navigation markers

It works with Raymarine visible-light cameras as well as FLIR thermal cameras, allowing operators to combine thermal imagery with AR annotations for low-light navigation.

Bridge systems integrating AR

Some integrated bridge platforms can incorporate these technologies:

• Furuno Integrated Navigation System supports the ENVISION AR module as part of its broader bridge suite.
• Kongsberg K-Bridge integrates radar, ECDIS, conning displays, and can be paired with the SeaAware AR situational-awareness products.

Common AR overlays

Modern marine AR bridge systems typically display:

• AIS vessel labels
• Collision-risk indicators
• Planned route
• Navigation buoys and beacons
• Shoreline outlines
• Harbor entrances
• Waypoints
• Speed and heading information
• Radar-derived contacts
• Camera-based object recognition
• Thermal camera imagery (on compatible systems)

Industry trend

Marine AR has shifted from experimental research to commercial deployment, especially for:

• Large commercial ships
• Offshore support vessels
• Harbor pilot operations
• Search and rescue
• Patrol craft
• Autonomous and remotely operated vessels

Unlike aviation-style head-up displays projected onto the windshield, today's marine systems primarily use dedicated bridge monitors showing stabilized live video with AR overlays. This approach avoids the challenges of aligning information across large bridge windows while still improving situational awareness in darkness, fog, and congested waterways.