MTX Audio 6 Speaker Thunder Audio Kit - Can Am Maverick X3

Kit Includes:

• MTX AWMC3 Bluetooth media controller
  
• Two (2) MTX X3-17-FS-U front upper speaker pods
  
• Two (2) MTX X3-17-FS-L front lower speaker pods
  
• MTX X3-17-DK dash kit
  
• MTX X3-17-SW-D and X3-17-SW-P 12 inch under seat subwoofers
  
• MTX MUD100-4 and MUD600-1 amplifiers
  
• LED remote control
  
• All hardware, wiring, and instructions

MTX AWMC3 Bluetooth Media Controller:

• 3 inch full color TFT display
  
• SiriusXM Radio Ready, AM / FM / WB tuner, Bluetooth audio streaming
  
• IP66 rated weather resistance
  
• Selectable EQ and 2 sets of preouts (Front / Rear)
  
• Backlit control buttons
  
• Works with iPhone and Android
  
• Internal power amplifier

MTX X3-17-FS-U and X3-17-FS-L Speaker Pods:

• Two (2) 6.5 inch coaxial front lower speaker pods
  
• 50 watt RMS power
  
• Integrated RGB lighting
  
• All weather construction with UV inhibitor
  
• Custom mounting bracket with fully adjustable, single tool (F.A.S.T.) technology for easy installation

MTX X3-17-DK Dash Kit:

• Direct fit dash kit for AWMC3
  
• Designed to look like your machine came factory with the head unit
  
• 50-Watts x 4 @ 2Ω power output
  
• 10kΩ line output impedance
  
• 2V line output
  
• 4-5/16 inches H x 4-5/16 inches W x 4-1/4 inches D
  
• Cut out size: 3 inches

MTX X3-17-SW-D and X3-17-SW-P 12 Inch Under Seat Subwoofer:

• 12 inch custom fit subwoofer
  
• 300 watt RMS power
  
• Mounts under driver and passenger seats
  
• Sealed waterproof underseat design
  
• Factory matched texture
  
• Does not interfere with seat position or height
  
• Direct OEM fit; no cutting or drilling required

MTX MUD100-4 and MUD600-1 Amplifier:

• Compact size allows for installation in space challenged vehicles
  
• MUD100-4: 400 watt RMS power
  
• MUD600-1: 600 watts RMS power
  
• Full range Class D design provides excellent thermal efficiency
  
• Conformal coated circuit board resists moisture
  
• Integrated selectable fixed crossover(s)
  
• High and low level inputs