Wireless Anti-Theft Alarm with Remote for Bike Scooter Motorcycle 113dB

Enhance your vehicle's security with this wireless anti-theft alarm system, designed for scooters, bikes, motorcycles, and other personal belongings. The alarm emits a loud 113dB sound when vibration is detected, helping deter potential intrusions. Equipped with a wireless remote, you can easily arm or disarm the system, adjust the sensitivity, or locate your vehicle.

This compact alarm unit supports multiple installation methods using either cable ties or adhesive pads, making it ideal for indoor and outdoor use on various vehicles, doors, or luggage.

Features

• High-Volume Alert: 113dB alarm output to effectively attract attention.

• Remote Activation: Arm/disarm the alarm remotely within a 10–25m range (up to 100m in open field).

• 7 Sensitivity Levels: Adjustable vibration sensitivity to match your environment.

• 3 Volume Levels: Choose low, medium, or high alert levels.

• 3 Alert Tones: Select your preferred notification sound.

• SOS Emergency Mode: Can be activated for assistance.

• Battery Monitoring: Low battery indicator for both alarm and remote.

• Long Standby Time: Efficient battery usage supports up to 6–10 months.

• Multi-Application: Suitable for use on bicycles, e-scooters, motorcycles, toolboxes, gates, and more.

Specifications

• Material: ABS

• Alarm Volume: 113dB

• Remote Distance: 10–25m (Indoor), 80–100m (Open area)

• Frequency: 433.92MHz

• Alarm Power Supply: 3 x AAA batteries (included)

• Remote Power Supply: 1 x 12V/27A battery (included)

• Operating Temp: -20°C to +60°C

• Storage Temp: -30°C to +70°C

• Humidity Resistance: <80%

Package Includes

• 1 × Alarm Unit (with battery)

• 1 × Remote Control (with battery)

• 2 × Cable Ties

• 2 × Adhesive Mounting Pads

• 1 × Teardown Tool

• 1 × Mini Screwdriver

• 1 × User Manual

Notes

• Please allow minor measurement deviations due to manual handling.

• Product appearance may vary slightly due to lighting or screen differences.

• Install the device on stable surfaces for best performance.