Solar Powered Ultrasonic Armadillo Deterrent Device with Motion Sensor

Motion Activated Ultrasonic Deterrence

This ultrasonic animal deterrent is designed for outdoor use in areas where armadillo activity may occur. It uses a motion-activated system that emits ultrasonic sound waves for a short duration when movement is detected. These sound waves are intended to discourage animals from lingering in certain spaces. Effectiveness may vary depending on placement, environment, and animal behavior.

Solar Powered and Automatic Operation

The unit includes a built-in PIR (Passive Infrared) motion sensor designed to detect movement within a specified range. When triggered, the deterrent activates automatically and then returns to standby mode. The solar-powered design is intended to reduce reliance on external power sources. Performance may vary based on sunlight exposure and installation angle.

Outdoor Placement and Use

The deterrent is constructed for outdoor placement in gardens, lawns, patios, or open areas. It is designed to operate under typical outdoor weather conditions. Positioning the unit in direct sunlight and orienting it toward common animal paths may help improve results, though outcomes can differ by location and conditions.

Product Specifications

• Technology: Ultrasonic sound emission
• Power Source: Solar Powered
• Motion Sensor: PIR (Passive Infrared)
• Detection Range: Up to 30 Feet
• Detection Angle: 110 Degrees

What’s Included

• 1 x Ultrasonic Armadillo Deterrent

Frequently Asked Questions

Does this harm animals?
The deterrent is designed to emit sound intended to discourage animals without physical contact. Animal response may vary.

Can humans hear the sound?
The sound operates at frequencies generally outside typical human hearing ranges, though sensitivity may differ by individual.

Does it work at night?
The motion sensor is designed to function in low-light conditions and may activate when movement is detected.

Is it suitable for outdoor use?
The unit is designed for outdoor environments and typical weather exposure. Extreme conditions may affect performance.