Eagle Cuda 242 Fishfinder

The new CUDA 242 fishfinder packs all the fishfinding features into a compact case and gives you a new level of screen resolution for the CUDA family! Put more bites in your fishing!

• 4" (10.2 cm) diagonal screen
  
• 240Vx160H Film SuperTwist LCD
  
• Backlit screen
  
• 4-level grayscale

• Depth capability to 600 ft* (183 m) with 800 watts of peak-to-peak power
  
• High-performance, low-profile 200 kHz Skimmer transducer with built-in temp delivers a wider, more effective fish detection area of up to 60^o with high sensitivity settings - Operates at boat speeds up to 70 mph (61 kts)
  
• FishReveal^TM feature exposes fish targets hidden in surface clutter, weed beds, thermoclines, and other types of underwater cover
  
• HyperScroll^TM feature locates and displays fish targets at higher boat speeds
  
• Advanced Signal Processing (ASP^TM) automatically adjusts your settings for the best sonar picture
  
• Advanced Signal Processing (ASP^TM) automatically adjusts your settings for the best sonar picture
  
• Patented GRAYLINE separates fish from nearby structure and bottom
  
• Advanced Fish I.D.^TM shows underwater targets in different sizes of fish symbols
  
• FishTrack^TM displays target depth readings above fish symbols
  
• Surface water temperature readings come from a built-in temp sensor in the transducer
  
• Zoom with zoom bottom tracking and easy zoom-in/out control

• Optional pack includes Port-Power Pack case and portable 200 kHz Skimmer transducer with suction-cup mounting bracket (batteries not included)

• Ultra compact case design with an adjustable tilt, quick-release mounting system
  
• Easy to connect/disconnect with uniplug cable connector
  
• Internal back-up memory for key sonar settings
  
• Completely sealed and waterproof, even for use in harsh saltwater environments
  
• Full one-year warranty

* Actual depth capabilities depend on transducer configuration and
installation, bottom composition and water conditions. All sonar units typically
read deeper in fresh water than salt water.