Tundra Trd Pro: Blind Spot Monitor Included?

The Toyota Tundra is a powerful truck with a range of features that make it a popular choice for drivers. One feature that many drivers are curious about is the Blind Spot Monitor (BSM). The BSM is designed to warn drivers when a vehicle enters their blind spot, and is especially useful when towing a trailer. While the BSM is available on some Tundra models, it is not standard on all of them. For example, the 2020 and 2021 TRD Pros do not come with the BSM, while the Platinum version does. Additionally, the Canadian version of the PRO includes the BSM, while the American version does not. For those who are interested in adding the BSM to their Tundra, it is possible to purchase OEM Tundra mirrors with the feature, however, some additional components may be necessary for it to function properly.

OEM Tundra mirrors with power folding and blind spot monitor

If you're looking for OEM Tundra mirrors with power folding and blind spot monitoring, there are a few options available.

One option is to purchase a set of OEM Tundra mirrors with power folding and blind spot monitoring features. These mirrors are designed to fit specific Toyota Tundra models, so make sure to check the compatibility with your vehicle before purchasing. They are available from various retailers, including Amazon and Boost Auto.

Another option is to install an aftermarket blind spot monitoring system on your existing Tundra mirrors. This requires some technical knowledge and skills, but it can be a more cost-effective solution if you're comfortable with the installation process.

It's worth noting that not all Tundra models come equipped with blind spot monitoring. Some models may require additional components, such as the sonar setup, to enable this feature.

When purchasing OEM or aftermarket products, always ensure that the product is compatible with your specific vehicle model and year. It's also recommended to refer to the installation instructions or seek professional assistance to ensure proper installation and functionality.

Aftermarket blind spot sensor installation

Aftermarket blind spot sensors are a great way to improve your vehicle's safety and make driving less stressful. They can be easily installed on any type of vehicle, including cars, motorcycles, and trucks, and are especially useful for larger vehicles with more blind spots. These sensors are usually universal, but some are also model-specific.

Step 1: Measure and Mark

Use a measuring tape to determine the correct positions on your vehicle's bumper for the sensors. Mark these positions with a marker or pen.

Step 2: Clean

Use a cleaning solution and a cloth to clean the chosen positions. This will help ensure that the sensors adhere properly and can also improve their accuracy.

Step 3: Place Magnets

Place one magnet from your system on each mark. For optimal results, position the magnets at a 20-degree angle from your car's bumper.

Step 4: Mark Magnet Positions

Mark the inside part of the bumper where the magnets are placed. This will help you know where to place the sensors.

Step 5: Install Sensors

Apply adhesive to the sensors and stick them onto the marked positions inside the bumper. Make sure the sensors are secure and firmly attached.

Step 6: Install LED Indicators

Place the LED indicators on your side-view mirrors or the A-pillar. Some systems may restrict placement to specific locations, so refer to your system's manual for guidance.

Step 7: Connect the Devices

Connect all the devices by wiring them together. Refer to the installation manual for detailed instructions on how to do this.

Step 8: Test the System

Once everything is connected, start your vehicle and test the aftermarket blind spot sensors to ensure they are working correctly.

Additional Considerations:

• Professional Installation: If you encounter any issues or feel uncomfortable with the installation process, it is recommended to contact a professional for assistance.
• Volume Settings: Many blind spot monitoring systems have audible warning mechanisms, and the first audio warning can be startling. Adjust the volume settings according to your preferences as mentioned in the manual.
• Magnets vs. Drilling: Some sensors require magnets to stick to the vehicle's surface, while others require drilling holes for attachment. Choose a system that suits your preference.
• Calibration: Calibrate the sensors after installation and periodically every few months to ensure accurate performance.
• Software Updates: Keep your system's software up to date to avoid issues like inaccuracy and malfunctions.

BSM lights in mirrors constantly on when the truck is moving

If the BSM lights in your side mirrors are constantly on when the truck is moving, there could be a few reasons for this.

Firstly, it's important to note that the BSM (Blind Spot Monitoring) system is designed to alert the driver when there is a vehicle in their blind spot, utilising sensors to detect vehicles in the adjacent lanes. If the system detects a vehicle, an indicator light will illuminate in the side mirror, providing the driver with greater awareness of their surroundings.

Now, if your BSM lights are constantly on, there could be a few potential causes. One possibility is that there is an issue with the sensors. It's worth checking to see if there is any dirt or debris blocking the sensors, as this can affect their performance. Another possibility is that there could be a problem with the brake system, steering system, or suspension system, as these are all interconnected with the BSM system.

Additionally, the BSM warning light may come on if there is low tyre pressure or if one of the tyres is losing air pressure. It's also important to ensure that the vehicle's stability control system is working properly, as issues with this system can also trigger the BSM lights.

To resolve the issue, you can try a few things. Firstly, check the fuse that powers the BSM system and replace it if necessary. Secondly, inspect the wiring harness for any loose or damaged wires and repair or replace them as needed. Finally, clean or replace the sensors if they appear to be dirty or damaged.

If the issue persists, it is recommended to consult a qualified mechanic or dealership to diagnose and address the problem. In the meantime, exercise caution while driving and always use your turn signals when changing lanes.

Blind spot monitoring as a standard feature

Blind spot monitoring is a highly sought-after feature in modern vehicles, and it is essential to understand its significance and functionality.

Blind spot monitoring, or BSM, is an advanced driver assistance system that helps detect objects or vehicles in a driver's blind spot, which are areas of the road that cannot be seen by looking at the side mirrors or by glancing over one's shoulder. This system uses sensors, typically mounted on the sides of the vehicle, to monitor the surrounding areas and alert the driver if there is a potential hazard in their blind spot.

The 2017 Toyota Tundra TRD Pro did not come standard with blind spot monitoring, as indicated by a forum user who inquired about installing an aftermarket BSM system. This is further supported by another forum user who mentioned that their 2017 Tundra Pro did not have blind spot monitoring.

However, it is worth noting that some other trim levels or model years of the Toyota Tundra did offer blind spot monitoring as a standard or optional feature. For example, one forum discussion mentioned the 2014-2021 Toyota Tundra Limited, which offered BSM as an option, while another user inquired about the blind spot monitoring system in their Tundra without specifying the trim level or model year.

While blind spot monitoring can be a valuable safety feature, it is important to note that it should not replace proper mirror adjustment and good driving habits, such as turning your head to check your blind spots when changing lanes. Additionally, BSM systems may not work with certain types of bumpers, such as chrome bumpers, as the sensors may not be able to detect through them.

In conclusion, while blind spot monitoring is not a standard feature on the 2017 Toyota Tundra TRD Pro, it is an important safety feature that can be found on other trim levels or model years of the Tundra, as well as other vehicles in the automotive market.

Sonar setup for blind spot monitoring

Sonar, or Sound Navigation and Ranging, is one of several technologies used in blind-spot monitoring systems. It is typically used in conjunction with other technologies such as radar, lidar, and cameras. Sonar uses sound waves to detect objects, and in the case of blind-spot monitoring, it can be used to detect vehicles in a car's blind spots.

To set up a sonar system for blind-spot monitoring, you will need the following components:

• Sonar Sensors: These sensors emit sound waves and detect objects by measuring the time it takes for the sound waves to bounce back. Place these sensors on the side mirrors or rear bumper of your vehicle, ensuring they have a clear field of view.
• Indicator System: The indicator system alerts the driver when an object is detected in the blind spot. It typically consists of visual LED lights and an audible alarm. Place the indicators inside the vehicle's cabin, preferably in the driver's line of sight, so they can be easily seen without taking their eyes off the road.
• Control Unit: A control unit processes the data from the sonar sensors and activates the indicator system when an object is detected. It may also allow the driver to adjust settings such as the volume of the alarm.
• Power Source: The sonar system will require a power source, typically connected to the vehicle's electrical system. Ensure that the power supply matches the requirements of the sonar system.
• Determine Sensor Placement: Identify the optimal placement for the sonar sensors on your vehicle. They should be positioned to cover the blind spots effectively, typically on the side mirrors or rear bumper.
• Mount the Sensors: Clean the mounting surface and attach the sensors securely, following the instructions provided with your specific sonar system. Ensure they are angled correctly to cover the desired area.
• Connect the Wiring: Connect the sensors to the control unit and the power source. This may involve running wires through the vehicle's interior or undercarriage, depending on the system's design.
• Calibrate the System: Calibrate the sonar system according to the manufacturer's instructions. This may involve adjusting sensor angles, setting distance thresholds for object detection, and customizing alert settings.
• Test the System: Once installed, test the sonar system to ensure it is functioning correctly. Drive your vehicle and observe if the indicators activate when objects enter your blind spots. Adjust the sensor angles or alert settings as needed to optimize performance.

It is important to note that while sonar can be an effective component of a blind-spot monitoring system, it should not be solely relied upon. It is always important for drivers to visually check their blind spots and use their mirrors, as sonar and other technologies can have limitations and potential interference from nearby vehicles' systems.

Frequently asked questions