RnB Drum Loops – Beats 4 Rhymes V1

RnB Drum Loops


These drum loops are an essential toolkit for any Hip Hop or R’n’B producer who needs “radio ready” RnB drum loops with instant appeal. Fat bass kicks and cutting claps laid over crystal clear hi-hats and other percussive elements give you the ultimate foundations for chart topping RnB hits. Simply add your own melodic keys, bass lines and vocals to make instant club bangers.

Drawing on influences like Rihanna, The Weeknd and Ludacris, these expertly sequenced beats give you the instant RnB vibe your tracks need in just one click. With ‘Beats 4 Rhymes V1’ you get 199 electronic drum loops created specifically for the RnB genre. This sample pack will be your ‘go-to’ toolkit for RnB beat creation with inspirational grooves and drum sounds that are sure to boost your creativity and set the right mood for your songs.

Tempos range from 70 bpm to 110 bpm.

Here’s what you get with ‘Beats 4 Rhymes V1’

  • 165 Loops in (Acidized) WAV file format.
  • 165 Apple Loops for Garageband and Logic
  • 165 Rex2 files for Reason

Make your beats go triple Platinum with the right drum tracks that befit your stature as a producer. Not just any old groove will do, keep it Platinum quality with ‘RnB – Beats 4 Rhymes V1’.

As a high level producer, you’ll need sounds that work right out of the box and won’t give you headaches down the line. That’s why all of our samples come with a royalty free license as standard when purchased via Silicon Beats.

This means that you can make a beat that uses our drum loops, then sign a million dollar record deal and never have to worry about us chasing your for money. Royalty free means that you get to use the samples that you bought from us in your general release albums without ever paying another penny.

Just don’t forget us when you’re sipping on Cristal with Beyonce and Jay-z, let em know where you get your drum loops and share the Silicon Beats love.

Tempos: 70 to 110 Bpm
Total Size: 311 MB
Total Loops: 199
Formats: WAV Files, Apple Loops, Rex2