HC-SR04 Ultrasonic Sensor Mounting Bracket (Black) with Zip Ties

HC-SR04 Ultrasonic Sensor Mounting Bracket (Black) with Zip Ties

Description: Mounting your ultrasonic sensor securely just got easier. This custom-designed black mounting bracket is the perfect accessory for attaching your HC-SR04 sensor to any robotics or DIY project. Designed to hold the sensor firmly in place, it prevents loose wiring and inaccurate readings caused by vibration. With its pre-drilled base and included mounting accessories, you can easily attach it to a smart car chassis or a servo motor. Not only does it protect the sensor, but its sleek design also gives your DIY robot a professional, finished look, playfully resembling a pair of robotic "eyes."

Key Specifications:

1. Compatibility: Specifically designed for the standard HC-SR04 Ultrasonic Sensor (and similar models).
2. Material: Durable rigid plastic/acrylic.
3. Color: Black.
4. Mounting Style: 90-degree angled base with pre-drilled holes.
5. Included Accessories: 2x Nylon Zip Ties for additional securing.

Features:

1. Precision Fit: Features exact circular cutouts that perfectly match the dual transceivers of the HC-SR04, ensuring the sensor sits flush and secure.
2. Ready for Assembly: The bracket's base includes multiple pre-drilled mounting holes, making it effortless to screw onto an acrylic robot chassis or directly onto a micro-servo horn.
3. Vibration Proof: Comes with two zip ties that can be looped through the center slots to firmly strap the sensor board to the bracket, ensuring it never pops out during high-speed robotic navigation.
4. Protective Housing: Acts as a sturdy bumper, shielding the delicate pins and components of the sensor from accidental impacts.

Common Applications:

1. Creating the "face" or "eyes" of obstacle-avoiding smart cars and robotic rovers.
2. Mounting on top of micro-servos (like the SG90) to create a sweeping 180-degree radar system.
3. Fixed structural installations for automated smart trash cans, security alarms, or liquid-level monitoring setups.