Ep 3. Stick 'em Up
- TV-14
- January 14, 2004
- 30 min
-
7.4 (76)
Forensic Files is a television series that provides in-depth looks at forensic investigations and criminal cases. In season 4 episode 3, titled "Stick 'em Up," viewers follow the investigation of a string of armed robberies that took place in the northeastern region of the United States.
The episode begins by introducing viewers to a series of robberies that took place over a span of several months. The perpetrator would enter convenience stores and gas stations with a shotgun and demand money from the cash register. Despite several attempts by law enforcement officials, the thief was successful in evading capture.
The first major break in the case came when investigators discovered a fingerprint on a piece of duct tape that had been used to bind the store clerk during one of the robberies. The fingerprint belonged to a man named Ronald Fisher, who had been arrested several times in the past for various crimes.
Upon further investigation, it was discovered that Fisher had used a stolen vehicle to commit several of the robberies. Investigators were able to track down the owner of the vehicle, who provided valuable information about Fisher's whereabouts.
In addition to the stolen vehicle, Fisher had also stolen a shotgun from a home. The shotgun was eventually recovered by police, and forensic scientists were able to identify several unique characteristics that linked it to the robberies.
The episode also covers the trial of Ronald Fisher, during which prosecutors presented evidence linking him to the crimes. Despite the overwhelming evidence against him, Fisher continued to maintain his innocence throughout the trial. Ultimately, he was found guilty and sentenced to a lengthy prison term.
"Stick 'em Up" is a fascinating episode of Forensic Files that showcases the incredible work of forensic scientists and law enforcement officials. The episode highlights the crucial role that forensic evidence plays in solving crimes and bringing criminals to justice.