Looking for the best solution your can think of for a flexible, smooth, water-safe, colorful light design element, that's versatile as it is aesthetic? 

These varied length, widely used silicone-encased Bluetooth-controlled RGBIC strip lights can be used inside or outside your home for an incredible, colorful lighting effect. In rooms, on staircases, for landscaping projects or around the pool, the versatility of these amazing strip are endless! Connect it all up and control it with your phone via Bluetooth, using the Smart Home app, loaded with 16 million color variations, modes and functions.

The LED strip's flexible silicone housing provides light diffusion, giving that amazing smooth light experience, as well as improving durability and greatly improving waterproofing, with a rating of IP67, safe for outdoor use and in water-based settings.

It syncs with Music and other ambient sounds with a built-in sensitive microphone, synchronizing the strip lighting to change colors and flash speed with the music's rhythm, tone and beat.

Utilizing the phone smart app allows you to take control of the strip in various segments, thanks to the integrated IC-Chips located along every 3rd LED along the strip. With over 16 million colors and plenty of mode options, you can freely suit the lighting for just about any occasion.

Included within the kit are 5 fixing clips per meter of silicone light strip to securely customize and keep in place your lighting to enjoy in all kinds of places! The amazing light bundle is super easy to install and enjoy, no hassle at all!

SPECIFICATIONS

• Waterproof: IP67
• Strip type: RGBIC (Dreamcolor) SMD
• LED Type: SMD 5050+ WS2811
• LEDs/m: 96 LEDS
• Voltage: 12V
• Power Source: DC Power Plug
• Power Consumption (W/m): 8.64W/m
• Bluetooth Enabled: Yes
• Google/Alexa Enabled: No (Find WIFI model here!)
• Strips Width: 6mm*12mm
• Beam Angle:180 degrees 
• Average Life (hrs): 50000
• Cuttable: Can be cut per 3 LEDs (3cm)

Note: Included Remote Control does not include battery.*

Cutting strip may affect how some light modes present due to reduced length.*