The Rumbler Siren Shakes Car
Going Like Sixty — January 17, 2008 — Autos
References: autoexpress
I know this has happened to you. You're rocking out to a tune in your car, and suddenly are aware that an emergency vehicle is very close. You never heard the siren. Now, a number of police departments are adding a new type siren that can be felt. Kind of like Sir Mix-a-lot booming Baby Got Back from the speakers in the low rider 200 feet behind you.
Implications - This new Rumbler sends a low-frequency sound that is able to shake the ground. The Rumbler was designed to send out ten seconds of shaking at a time, as long as the area is safe. The featured video interviews police officers and drivers who take about what they think of this new traffic control innovation.
Implications - This new Rumbler sends a low-frequency sound that is able to shake the ground. The Rumbler was designed to send out ten seconds of shaking at a time, as long as the area is safe. The featured video interviews police officers and drivers who take about what they think of this new traffic control innovation.
Trend Themes
1. Shaking Sirens - The development of sirens that produce low-frequency vibrations to alert drivers to emergency vehicles presents an opportunity for disruptive innovation in traffic control systems.
2. Sensory Communication - The use of vibrations as a means of communication can be explored as a disruptive innovation in various industries, such as public safety, transportation, and automotive.
3. Inclusive Signaling - The adoption of siren technologies that cater to individuals with hearing impairments creates an opportunity for disruptive innovation in accessibility and assistive technology sectors.
Industry Implications
1. Public Safety - The integration of shaking sirens in emergency vehicles presents a disruptive innovation opportunity to enhance traffic control and increase public safety measures.
2. Transportation - The implementation of sensory communication systems, such as shaking sirens, can revolutionize traffic management, improving efficiency and reducing congestion.
3. Automotive - The development of vehicle technologies that can interpret and respond to low-frequency vibrations generated by shaking sirens paves the way for disruptive innovation in active safety systems and driver assistance features.
5
Score
Popularity
Activity
Freshness
