OMEGA ENVIRONMENTAL TECHNOLOGIES BWS176 UR0-001874 Disc Pad Brake Wear Sensor

( Brand: Omega Environmental Technologies ), ( Part Type: Pad Brake Sensor ), ( Manufacturer Part Number: BWS176 )

Review OMEGA ENVIRONMENTAL TECHNOLOGIES Disc Brake Pad Wear Sensor

The Omega Environmental BWS176 Disc Brake Pad Wear Sensor is a state-of-the-art automotive component designed to provide drivers with an accurate and reliable indication of their disc brake pad wear levels. This sensor is an essential safety feature that helps ensure optimal braking performance, prolongs the life of brake pads, and prevents unexpected brake failure.

The BWS176 is specifically engineered for disc brake systems and is suitable for various vehicle makes and models. It is designed with a high-sensitivity magnetic sensor that continuously monitors the thickness of the brake pads. As the pads wear down, the sensor detects the change in thickness and sends a signal to the vehicle's dashboard to illuminate the brake pad wear light.

This sensor is built with high-quality materials that can withstand the extreme temperatures and harsh conditions of a vehicle's brake system. It features a robust housing that protects the sensitive components from moisture, dust, and other environmental factors. The sensor's wiring is also shielded to minimize electromagnetic interference and ensure a stable and accurate signal.

Installing the Omega Environmental BWS176 Disc Brake Pad Wear Sensor is a straightforward process. It comes with all necessary hardware, including mounting brackets, screws, and wiring connectors. The sensor can be installed in just a few simple steps, and no calibration is required.

The Omega Environmental BWS176 Disc Brake Pad Wear Sensor is an excellent investment for any vehicle owner who wants to ensure their braking system is always in top condition. It offers peace of mind and helps prevent unexpected brake pad replacement costs by providing an early warning of pad wear. With its high accuracy, reliability, and easy installation, the BWS176 is a must-have component for any vehicle maintenance routine.

Omega Environmental's BWS176 disc brake pad wear sensors are designed to provide drivers with a warning when their disc brake pads reach a critically low level. Here are some pros and cons of buying this sensor:

1. Safety: The primary function of a brake pad wear sensor is to ensure the safety of the vehicle and its occupants by alerting the driver when brake pads need to be replaced.

2. Convenience: The sensor eliminates the need for manual pad thickness checks, making it easier and more convenient for vehicle owners.

3. Longer Brake Pad Life: By replacing pads before they wear out completely, the sensor can help extend the life of the brake pads.

4. Compatibility: The BWS176 sensor is compatible with a wide range of vehicle makes and models, making it a versatile option for many drivers.

1. Cost: The sensor itself can be relatively expensive, especially when compared to the cost of replacing brake pads manually.

2. Installation: Installing the sensor may require professional assistance, adding to the overall cost of the repair.

3. False Alarms: In some cases, the sensor may trigger false alarms, which can be frustrating and lead to unnecessary pad replacements.

Omega Environmental's BWS176 disc brake pad wear sensor offers several benefits, including increased safety, convenience, and potentially longer brake pad life. However, the cost of the sensor and potential for false alarms may be drawbacks for some vehicle owners. Ultimately, the decision to purchase a brake pad wear sensor depends on an individual's personal preferences and priorities.

If safety is a top priority and the cost is not a major concern, the Omega Environmental BWS176 disc brake pad wear sensor is a worthwhile investment. For those who prefer a more cost-effective approach, manually checking pad thickness may be a better option. It is also recommended to research the specific compatibility of the sensor with your vehicle model before making a purchase.

part # bws176 price

• $21.79

specifications wearwonka:

• brand: Omega Environmental Technologies
• part type: Pad Brake Sensor
• manufacturer part number: BWS176

returns wearwonka:

• time: 30 Days
• paid by: Seller
• policy: Returns Accepted

shipping wearwonka:

• cost: $0.00
• transit: 3-7 Days
• class: Standard
• service: Standard
• type: Fixed

seller wearwonka:

• # reviews: 68908
• rating: 99.4%

offer wearwonka:

• quantity: 5
• best offers: True
• sold: 0
• options: Ship-to-home
• availability: In Stock
• started: April 20, 2026

general wearwonka:

• Car Truck Parts Accessories > Brakes Brake Parts > Brake Pad Wear Sensors
• condition: New

payments wearwonka:

• wallet: Paypal
• credit card: Diners-club
• other

Omega Environmental Technologies BWS176 Is Similar To:

• Omega Environmental Technologies Bws232 Disc Brake Pad Wear Sensor (95.5% similar) $27.80–$29.87. (February 13th, 2026)
• Omega Environmental Technologies Bws367 Disc Brake Pad Wear Sensor (97% similar) $25.99–$32.26. (February 13th, 2026)
• Omega Environmental Technologies Bws340 Disc Brake Pad Wear Sensor (95.5% similar) $28.03. (February 13th, 2026)
• Omega Environmental Technologies Bws449 Disc Brake Pad Wear Sensor (95.5% similar) $33.28–$45.99. (February 13th, 2026)
• Omega Environmental Technologies Bws491 Disc Brake Pad Wear Sensor (97% similar) $36.65. (February 26th, 2026)
• Omega Environmental Technologies Bws488 Disc Brake Pad Wear Sensor (95.5% similar) $31.40. (February 26th, 2026)
• Omega Environmental Technologies Bws469 Disc Brake Pad Wear Sensor (97% similar) $29.74–$53.99. (February 26th, 2026)
• Omega Environmental Technologies Bws319 Disc Brake Pad Wear Sensor (97% similar) $27.72. (March 2nd, 2026)
• Omega Environmental Technologies Bws448 Disc Brake Pad Wear Sensor (95.5% similar) $30.31. (March 16th, 2026)
• Omega Environmental Technologies Bws0100 Disc Brake Pad Wear Sensor (96.2% similar) $20.86. (March 16th, 2026)
• Omega Environmental Technologies Bws379 Disc Brake Pad Wear Sensor (97% similar) $14.92–$27.98. (March 23rd, 2026)