Digest

This chapter of the Cold Blooded podcast focuses on the ongoing investigation into the Apollo Gym murders, specifically the search for Michael Carbone, a key suspect who had been in the federal witness protection program for years. Detective Danny Smith, the lead investigator, had been working the case for 18 months and had exhausted many leads, including DNA testing on evidence from the crime scene. Despite the challenges, Danny was determined to find Carbone and get him to talk. He eventually tracked down Carbone's new identity and location, and the episode ends with Danny's plan to interview him. The episode also explores the complex relationships between the suspects, including Gil Fernandez, Burke Christie, and Harry Collier, and the possibility that Carbone may have been involved in other murders besides Billy Halpern's. The episode highlights the difficulties of investigating cold cases, particularly when dealing with suspects who are in witness protection or have been moved to new prisons.

Outlines

00:00:00

Introduction

This Chapter introduces the Cold Blooded podcast and the story of the Apollo Gym murders. It also introduces Detective Danny Smith, the lead investigator on the case, and his determination to find Billy Halpern's killer.

00:01:48

Danny's Investigation

This Chapter details Detective Danny Smith's investigation into the Apollo Gym murders, including his efforts to obtain DNA samples from suspects and his struggles with the limitations of forensic technology. It also explores the challenges of investigating cold cases, particularly when dealing with suspects who are in witness protection or have been moved to new prisons.

00:31:31

Finding Michael Carbone

This Chapter focuses on Detective Danny Smith's efforts to track down Michael Carbone, a key suspect in the Apollo Gym murders who had been in the federal witness protection program for years. Danny's investigation leads him to Carbone's new identity and location, and the episode ends with Danny's plan to interview him.

Keywords

Q&A

• What is the Cold Blooded podcast about?

  The Cold Blooded podcast investigates the Apollo Gym murders, a series of unsolved murders that took place in South Florida in the 1980s. The podcast follows Detective Danny Smith's investigation into the crimes and the suspects involved.

• Who is Michael Carbone and why is he a key suspect in the Apollo Gym murders?

  Michael Carbone is a former associate of Gil Fernandez and Burke Christie who was involved in a number of criminal activities, including drug dealing and extortion. He was granted immunity from prosecution in exchange for testifying against Fernandez and Christie in the Danger Road triple homicide. He is a key suspect in the Apollo Gym murders because he was known to be violent and ruthless, and he had a close relationship with Fernandez and Christie.

• What challenges did Detective Danny Smith face in his investigation into the Apollo Gym murders?

  Detective Danny Smith faced a number of challenges in his investigation into the Apollo Gym murders, including the limitations of forensic technology, the difficulty of obtaining DNA samples from suspects, and the fact that some of the suspects were in the federal witness protection program or had been moved to new prisons.

• How did Detective Danny Smith finally track down Michael Carbone?

  Detective Danny Smith was able to track down Michael Carbone by using his contacts in law enforcement and by conducting his own investigation. He eventually found Carbone's new identity and location, and the episode ends with Danny's plan to interview him.

• What is the significance of Michael Carbone's testimony against Gil Fernandez and Burke Christie in the Danger Road triple homicide?

  Michael Carbone's testimony against Gil Fernandez and Burke Christie in the Danger Road triple homicide is significant because it provides evidence of their criminal activities and their willingness to use violence. It also suggests that Carbone may have been involved in other crimes, including the Apollo Gym murders.

Show Notes