Charlotte Dotson
Mr. Ippolito
Current Event 9
November 15, 2019
Works Cited
Cowley, Stacy, and Jessica Silver-greenberg. “These Machines Can Put You in Jail. Don't Trust Them.” The New York Times, The New York Times, 3 Nov. 2019, www.nytimes.com/2019/11/03/business/drunk-driving-breathalyzer.html.
The article, “These Machines Can Put You in Jail. Don’t Trust Them” describes a recent New York Times investigation that discovered breathalyzers are surprisingly unreliable. These machines are described as being able to estimate blood alcohol percentage to the third decimal point, but new data has emerged that demonstrates the results are often inaccurate. In the past year, “Judges in Massachusetts and New Jersey have thrown out more than 30,000 breath tests” due to their potential inaccuracy.
The explanation for these inaccurate results often relates to the police station in which they are kept. If breathalyzers are not maintained and cleaned properly, they can produce results up to 40% too high. After interviewing lawyers, judges, policemen/women, and others who work in the field of law enforcement/law the New York Times has concluded that the results of breathalyzer tests should not be admissible in court.
There were very few things I would change about this article. First, at times the information was presented in an unclear manner; the author switched from topic to topic at times with no clear connection. Secondly, at times the article described the testaments of experts without appropriately explaining the significance of the idea. For example, the article quoted John Fusco as saying, “ “The tests were never meant to be used that way”, but never explained why.
I found this article extremely interesting and eye-opening. It is outrageous that people are being fined and imprisoned based on the results of an often inaccurate test. I hope that this issue is further investigated and the information further distributed. Imprisonment based on the results of a breathalyzer test should, in my opinion, be suspended until their accuracy can be determined.