ARP11 - Furuno 10-Target Radar Auto Plotter

10-Target Radar Auto Plotter

The 10-Target Radar Auto Plotter is engineered for seamless compatibility with NavNet and NavNet vx2 systems, alongside the FR8002 Radar series. This advanced device provides automatic tracking of radar targets, whether manually or automatically acquired, and effectively computes their respective courses and speeds, displaying this data through clear vectors.

To maintain optimal performance in tracking radar targets, it's essential for radar systems to be finely tuned. This ensures that significant targets are captured while reducing interference from unwanted signals such as sea returns and noise.

The plotting accuracy of this auto plotter adheres to the rigorous standards set by the IMO. It's important to note that tracking accuracy can fluctuate due to various factors:

• Course changes can affect tracking accuracy, requiring one to two minutes for vectors to regain full accuracy post-abrupt course adjustments.
• Tracking delay is impacted by the target's relative speed, with delays typically ranging from 15-30 seconds for high speeds and 30-60 seconds for slower speeds.

WARNING: This product can expose you to chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For further details, please visit P65Warnings.ca.gov.

The Furuno 10-Target Radar Auto Plotter (ARP11) is a dedicated hardware component designed for integration with existing NavNet, NavNet vx2, and FR8002 Radar series systems. This device provides automatic tracking for up to 10 radar targets, which can be acquired either manually or automatically. It computes and displays target courses and speeds via vectors, aiding in situational awareness for maritime operations. The system's plotting accuracy meets IMO standards, though tracking performance is dependent on radar calibration and can be affected by target course changes or relative speed, with delays ranging from 15 to 60 seconds. This auto plotter is suitable for IT and operations managers seeking to enhance radar capabilities on compatible vessels by automating target tracking and data computation.