Video games are an interactive medium, this is part of their very nature. An interesting aspect of the hobby is that, short of bundling a controller with the game, the creators of the games don’t get much of a say in how we interact with their creations. Further, a robust market of third party manufacturers makes it so that even the companies responsible for producing the gaming consoles themselves don’t get the final say in the form and function of the input devices we use to play games on their hardware. All of this is to say that anyone who collects games likely has a plethora of control options beyond those that shipped with their systems at their disposal, from cheaper knock offs of the first party controllers to options specialized for certain games to true oddities that purport to improve on some short coming of the more standard options. In each article in the Control Issues series, we will take a deep look at a particular controller and then try to evaluate it in terms of both form and function.
Believe me, this thing feels worse than it looks (and it looks pretty bad). |
In this
Control Issues, we are taking a look at product of Transcriber Company
Incorporated: The Faster Blaster. This is one of the oddest
controllers that I have in my personal collection. As a controller
for the Atari VCS and other systems that use that controller
standard, you could be forgiven for thinking that this is simply a
cheap third party keyboard controller replacement with an overlay.
The truth, however, is much worse. First, the build quality of the
Faster Blaster is atrocious. Rather that the hard plastic shells
favored by pretty much all other manufacturers, Transcriber decided
to use a cheap, flimsy feeling plastic that seems only slightly
stronger than the kind of plastic that things are regularly packaged in. The
Faster Blaster literally bends and flexes in normal use. Making
matters worse, the front is not an overlay; it is a membrane keypad
that maps out the functions of a normal Atari joystick. All of the
function with none of the tactile feedback.