TMA
Streaming Media Rearview Mirror for Tesla Model 3/Y
Streaming Media Rearview Mirror for Tesla Model 3/Y
通常価格
$359.00 USD
通常価格
セール価格
$359.00 USD
単価
あたり
配送料はチェックアウト時に計算されます。
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Features:
* Wider View: The TMA streaming media rearview mirror offers the driver's wider angle view and eliminates the blind spot while driving.
* Highlight IPS Display: The ultra-narrow edge design of the 9-inch Model 3/Y rear view mirror adopts a 2.5D glass cover that achieves a non-destructive reflective effect when the screen is off.
* 120 dB Super Wide Dynamic: This rearview mirror is an auto-dimming rear mirror. It is equipped with light sensors on the front and back, whether you drive day or night, it can achieve adaptive screen brightness easily. Also, it has an anti-shake and strong light electronic anti-glare functions.
* Screen Delay ≤ 50ms: With LVDS digital high-definition transmission, the streaming media rearview mirror is equipped with a 1080p resolution HD rear view camera with excellent image quality. It can offer clear images in real-time, day or night.
* Heat Conduction Module: Using the automotive-grade heat conduction module to dissipate heat, which can still dissipate heat efficiently at high temperatures in the summer.
* Highlight IPS Display: The ultra-narrow edge design of the 9-inch Model 3/Y rear view mirror adopts a 2.5D glass cover that achieves a non-destructive reflective effect when the screen is off.
* 120 dB Super Wide Dynamic: This rearview mirror is an auto-dimming rear mirror. It is equipped with light sensors on the front and back, whether you drive day or night, it can achieve adaptive screen brightness easily. Also, it has an anti-shake and strong light electronic anti-glare functions.
* Screen Delay ≤ 50ms: With LVDS digital high-definition transmission, the streaming media rearview mirror is equipped with a 1080p resolution HD rear view camera with excellent image quality. It can offer clear images in real-time, day or night.
* Heat Conduction Module: Using the automotive-grade heat conduction module to dissipate heat, which can still dissipate heat efficiently at high temperatures in the summer.
