2014-2021 Toyota Tundra Speaker Upgrade
Reference Speaker Upgrades specific for the ’14-21 Toyota Tundra (Crew Max or Double Cab). Complete speaker replacements offering superior dynamics, blending, and low-frequency response. Plug and play, our drivers integrate seamlessly into your Toyota utilizing the same factory mounting and connectors.
Our speakers were honed out of a rigid performance criteria akin to how high-end audio loudspeakers are designed. This level of design and engineering allows us to replace the stock speakers with complete drop-in speaker replacements that deliver seamless, full-range, detailed sound reproduction of instruments and voices without localizing the speakers – a trait commonly associated with fine high-end home audio speakers.
Installation Difficulty
CrewMax Speaker Upgrade
- Front 1″ Soft Dome Tweeter
- Front 6″ x 9″ Carbon Fiber Woofer
- Rear 1″ Soft Dome Tweeter
- Rear 6.5″ Carbon Fiber Woofer
Double Cab Speaker Upgrade
- Front 1″ Soft Dome Tweeter
- Front 6″ x 9″ Carbon Fiber Woofer
- Rear 6.5″ Carbon Fiber Woofer
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Kit Includes
CrewMax Speaker Upgrade
- Front 1″ Soft Dome Tweeter
- Front 6″ x 9″ Carbon Fiber Woofer
- Rear 1″ Soft Dome Tweeter
- Rear 6.5″ Carbon Fiber Woofer
Double Cab Speaker Upgrade
- Front 1″ Soft Dome Tweeter
- Front 6″ x 9″ Carbon Fiber Woofer
- Rear 6.5″ Carbon Fiber Woofer
Specifications
FRONT 1″ SOFT DOME TWEETER
- Silk soft dome
- 4-ohms
- 50W RMS (100 Peak)
- Sensitivity 91.8 dB (1 W,1M)
- Frequency Response: 3,000-20,000 Hz
- Built-in 6db/Oct. High Pass Filter
- Neodymium Magnet Structure
FRONT 6″ X 9″ WOOFER
- Carbon Fiber Cone Woofer
- 2-ohms
- 50W RMS (100 Peak)
- Sensitivity 90.2 dB (1 W,1M)
- Frequency Response: 50-12,000 Hz
REAR 6.5″ WOOFER
- Carbon Fiber Cone Woofer
- 2-ohms
- 50W RMS (100 Peak)
- Sensitivity 86.5 dB (1 W,1M)
- Frequency Response: 55-14,000 Hz
REAR 1″ SOFT DOME TWEETER
- Silk soft dome
- 4-ohms
- 50W RMS (100 Peak)
- Sensitivity 91.8 dB (1 W,1M)
- Frequency Response: 3,000-20,000 Hz
- Built-in 6db/Oct. High Pass Filter
- Neodymium Magnet Structure