Bicycle Sound Systems (BSS) are growing in popularity. Anyone who has gone to a festival, seen or participated in a Critical Mass ride or watched the Skyride events will have seen a BSS in operation. The following is a description of what I have learnt over the years in the art of building sound systems Orlando attached to a bicycle.
A typical sound system or home theater system consists of 3 major speaker components: subwoofer or bass speakers, mid-range or woofer speakers, and tweeters to bring out that full rich melody that sounds so wonderful when it reaches your ear. Each component is specifically designed to reproduce sounds within its respective design frequency range. Subwoofers reproduce very low frequencies called bass while woofers are designed to reproduce mid-range frequencies. Tweeters, on the other hand, reproduce high frequencies such as the tinkle of a bell. Typically there is an accompanying or built-in amplifier to provide the necessary power to run all the components. As stated above, all combined provide the listener with the very rich full range sounds comparable to what one hears at a movie theater.
Is the music for your own enjoyment, other cyclists riding with you, or members of the public watching? Will you be riding the bike whilst the music is playing? (Probably answered in the first question) Would you like to play just your own music or have facilities, i. E. Mixing desk, microphones, to make the system more flexible? Would you wish to hire out the system at festivals and other events? Where would the system be stored when not in use? How would you get the system to the events?
Woofers on the other hand, range from 40 Hz to 2,000 Hz mid-range frequencies, and are smaller than subwoofers. Tweeters range from 2,000 Hz to 20,000 Hz, which places it at the upper end of human ear frequency response, and these are typically the smallest of the three types. All three speaker types combined cover the entire spectrum of the human ear listening experience while at the same time providing the clarity associated with each component.
The volume of the system is probably the key to everything. The amount of power needed outside is far, far more than is needed inside; most of the sound from speakers inside a building is actually reflected sound. Take the walls away and the volume drops massively.
How do different speakers interact with each other? Are they strengthening or subduing the music produced? What is phase delay, will he be using the same for best results? How does the number of people inside the venue affect the sound quality and output? Is your system ready to deliver on crowded days? How does the amplifiers interact with the speakers? Is the system capable of running on full capacity for long durations? How your music management system distributes frequencies to tops and subs placed inside your venue? How does the air temperature, pressure and humidity affects sound in your venue?
Again, how loud depends on the use, if it is just yourself and a cyclist next to you, 50 - 100 watts could be enough. In my opinion, 100 watts would be the absolute minimum. If you want many people to hear you and you want a proper bass response, the wattage must increase. I believe 600 watts is somewhere around the maximum, for both volume and weight.
So, in conclusion, if you're not happy with the sounds coming from your new HDTV then please take a look at the many inexpensive home theater systems that are available to the consumer. You will be getting a lot of bang for your bucks and it's a good way to bring family and friends together for a truly pleasurable experience!
A typical sound system or home theater system consists of 3 major speaker components: subwoofer or bass speakers, mid-range or woofer speakers, and tweeters to bring out that full rich melody that sounds so wonderful when it reaches your ear. Each component is specifically designed to reproduce sounds within its respective design frequency range. Subwoofers reproduce very low frequencies called bass while woofers are designed to reproduce mid-range frequencies. Tweeters, on the other hand, reproduce high frequencies such as the tinkle of a bell. Typically there is an accompanying or built-in amplifier to provide the necessary power to run all the components. As stated above, all combined provide the listener with the very rich full range sounds comparable to what one hears at a movie theater.
Is the music for your own enjoyment, other cyclists riding with you, or members of the public watching? Will you be riding the bike whilst the music is playing? (Probably answered in the first question) Would you like to play just your own music or have facilities, i. E. Mixing desk, microphones, to make the system more flexible? Would you wish to hire out the system at festivals and other events? Where would the system be stored when not in use? How would you get the system to the events?
Woofers on the other hand, range from 40 Hz to 2,000 Hz mid-range frequencies, and are smaller than subwoofers. Tweeters range from 2,000 Hz to 20,000 Hz, which places it at the upper end of human ear frequency response, and these are typically the smallest of the three types. All three speaker types combined cover the entire spectrum of the human ear listening experience while at the same time providing the clarity associated with each component.
The volume of the system is probably the key to everything. The amount of power needed outside is far, far more than is needed inside; most of the sound from speakers inside a building is actually reflected sound. Take the walls away and the volume drops massively.
How do different speakers interact with each other? Are they strengthening or subduing the music produced? What is phase delay, will he be using the same for best results? How does the number of people inside the venue affect the sound quality and output? Is your system ready to deliver on crowded days? How does the amplifiers interact with the speakers? Is the system capable of running on full capacity for long durations? How your music management system distributes frequencies to tops and subs placed inside your venue? How does the air temperature, pressure and humidity affects sound in your venue?
Again, how loud depends on the use, if it is just yourself and a cyclist next to you, 50 - 100 watts could be enough. In my opinion, 100 watts would be the absolute minimum. If you want many people to hear you and you want a proper bass response, the wattage must increase. I believe 600 watts is somewhere around the maximum, for both volume and weight.
So, in conclusion, if you're not happy with the sounds coming from your new HDTV then please take a look at the many inexpensive home theater systems that are available to the consumer. You will be getting a lot of bang for your bucks and it's a good way to bring family and friends together for a truly pleasurable experience!
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