Baby Makin' Music

Baby Makin' Music is the 30th studio album released by The Isley Brothers on the Def Soul Classics imprint on May 9, 2006. Their first for the Def Jam-affiliated label, the album peaked at No. 5 on the Billboard 200 and number one on the Top R&B/Hip-Hop Albums chart. This was based on the R&B chart success of the first single, "Just Came Here to Chill", and the R. Kelly duet, "Blast Off", which is the only collaboration with Kelly on the album, after single-handedly producing their last album, Body Kiss (2003). Other producers included Gordon Chambers, Jermaine Dupri, Tim & Bob and Manuel Seal.

Baby Makin' Music
Studio album by
ReleasedMay 9, 2006
GenreR&B
Length40:45
LabelDef Soul Classics
Producer
The Isley Brothers chronology
Body Kiss
(2003)
Baby Makin' Music
(2006)
I'll Be Home for Christmas
(2007)
Professional ratings
Review scores
SourceRating
AllMusic [1]

Except for two songs ("Forever Mackin'" and the suggestive "Give It to You"), much of this album is dedicated in love to Ronald Isley's wife Kandy Johnson, of his background singing group, JS. He even steadfastly claims in "Just Came Here to Chill" that he's not into playing the Mr. Biggs part and he's "just Ronald Isley" while the couple decided to spend time together at home. The album closer, "You Help Me Write This Song", which was co-written by Isley, was played at his and Johnson's September 2005 wedding.

Track listing

No.TitleWriter(s)Producer(s)Length
1."You're My Star"Tim & Bob4:35
2."Blast Off" (featuring R. Kelly)Robert KellyKelly4:04
3."Just Came Here to Chill"
  • Taylor
  • Chambers
4:13
4."Gotta Be with You"
4:34
5."Pretty Woman"
  • Kelley
  • Robinson
Tim & Bob4:31
6."Forever Mackin'"
  • Dupri
  • Cox
  • Austin
4:22
7."Show Me"Manuel SealSeal4:22
8."Give It to You"SealSeal4:27
9."Beautiful"
  • Dupri
  • Seal
  • Austin
3:27
10."Heaven Hooked Us Up"
  • Taylor
  • Ezekiel Lewis
  • Thabiso Nkhereanye
  • R. Isley
  • Lewis
  • Taylor
4:31
11."You Help Me Write This Song"
  • Lewis
  • Taylor
4:02

Notes

  • ^[A] denotes co-producer

Sample credits

Personnel

Charts

gollark: I don't think that would be better.
gollark: I guess it could be modified to stay on until 50% heat, but that would be mostly unhelpful except during very high but brief demand (which is why we have actual buffers) and also would be unsafe.
gollark: I don't know if the current control system could read the comparator as analog and stay turned on for longer, but it wouldn't help outside of weird circumstances.
gollark: We have stable power. It just can't scale to above 2.7kRF/t or whatever.
gollark: That reminds me; we could make an automatic scrap processor for free random junk.

References


This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.