Roscoe Chenier (D2D)
Roscoe Chenier (D2D)
Rupture de stock
Roscoe Chenier (D2D)
Roscoe Chenier (D2D)

Roscoe Chenier (D2D)

€29,00
worldwide-delivery
La TVA est incluse dans le prix pour les pays de l'Union Européenne, et ajustée sur la base du pays de destination au moment du paiement.
Temps moyen d'expédition : 2 à 4 jours ouvrés. L'expédition est gratuite au sein de l'Union Européenne au dessus de 99€ d'achat, sauf pour certaines destinations, et jusqu'à 50kg. Au dessus de 50kg, frais d'expédition sur demande à contact@audiosounmusic.com. Il n'y a pas de politique de retour pour les pays hors Union Européenne.

Vocals, Guitar – Roscoe Chenier

Bass – Alonzo Johnson

Drums – Nate Jolivette

Guitar – Paul "Lil' Buck" Sinegal

Piano – Gordon Wiltz

 

1 LP, standard sleeve

Direct-to-Disc recording

Heavy Press : 180g

Record color : black

Speed : 33RPM

Size : 12”

Stereo

Studio

Record Press : RTI

Label : APO Records

Original Label : APO Records

Recorded at Blue Heaven Studios, Salina, Kansas

Engineered by Katsuhiko Naito

Produced by Chad Kassem

Remastered by Kevin Gray

Released in 2010


Tracks:

Side A :

  1. Come On Home
  2. Please Be On That 519
  3. Walking With Frankie

Side B:

  1. Find Me A New Love
  2. Back To Louisiana
  3. Baby Please Come Back
  4. If You Ain't Been To Houston

 

Reviews :

"...That this music is getting recorded and released is by itself a good thing, but the fact that it comes out on audiophile vinyl is a whole lot of icing on the cake. As for the sound, this was analog like I remembered it (minus the hiss, wow, and flutter), with a warm, in-the-room feel from the drums, bass, and acoustic piano and a rich, full sound from acoustic guitars." - Jeff Wilson, The Absolute Sound, April/May 2010

Direct-to-disc (D2D) recording refers to sound recording methods that record audio directly onto analog disc masters bypassing steps as master tapes, overdubs, and mix downs from multi-tracked masters. This approach avoids problems of analog recording tape such as tape hiss (high frequency noise).

 

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