for Toyota Alphard Vellfire AH10 AH20 AH30 AH40 2002-2025 Blind Spot Monitor Detection Lane Change Assist LCA BSM BSD RCTA System Side Mirror Rear Sensor Radar Plug and Play (24Ghz, 2023-2025)

Confirm the model before purchasing: Please check your left and right rearview mirrors to avoid errors. The model name and year are for reference only, as the same car brand may have some differences in different countries. Choose the correct model based on your car's side mirror and year If you are unsure, please take photo of the side mirror and send us the car model year. We will determine the correct model for you and ship it to you. Suitable for vehicle models: for Toyota Alphard AH10 2002–2008 for Toyota Alphard AH20 2008–2015 for Toyota Vellfire AH20 2008–2015 for Toyota Alphard AH30 2015–2023 for Toyota Vellfire AH30 2015–2023 for Toyota Alphard AH40 2023 2024 2025 for Toyota Vellfire AH40 2023 2024 2025

• 【Custom fit for Toyota】ZhuCamX integrated Blind Spot Monitor BSM System OEM from. Optional 24Ghz or 77GHz microwave sensor.Compatible for Toyota Alphard Vellfire AH10 AH20 AH30 AH40 2002-2025.Choose the correct model based on your car's side mirror and year If you are unsure, please take photo of the side mirror and send us the car model year. We will determine the correct model for you and ship it to you.
• 【Enhanced Safety in Blind Zones】BSM uses radar/sensors to detect vehicles in hard-to-see areas, alerting drivers via visual/haptic warnings. This reduces collision risks during lane changes caused by human blind spot oversights.
• 【Improved Driver Awareness】Real-time alerts (e.g., dashboard icons, mirror LEDs, or steering vibrations) train drivers to check blind spots more consciously, fostering safer driving habits over time.Often paired with Rear Cross-Traffic Alert (RCTA) or Automatic Steering Correction, BSM enhances comprehensive collision avoidance, especially in parking/reversing scenarios.
• 【Collision Prevention at High Speeds】Particularly effective on highways, the system warns of fast-approaching vehicles in adjacent lanes, helping drivers avoid sudden maneuvers that could lead to multi-car accidents.
• 【Support in Low-Visibility Conditions】Compensates for poor visibility during heavy rain, fog, or nighttime driving by electronically monitoring surroundings beyond human visual limitations.Integration with Advanced Safety Features.