- * Each board is designed to fit in a standard Hammond weather-sealed
- polycarbonate enclosure with weather-sealed rocker switches for
- power and arming plus cable glands for DC input cable and igniter
- output cables. Alternatively, boards can be configured to mount
- in the user's choice of enclosure, such as a metal ammo box or
- larger NEMA enclosure with space for the user's choice of
- external connectors.
-
-### TeleFireOne ###
-
-<img src="protos/telefireone.jpg">
-
-TeleFireOne is a pyro board supporting a single igniter circuit. This
-makes TeleFireOne ideal for individuals, launch trailers, or for "away
-cells" at larger club launches.
-
-All high-current connections are made on the board using standard
-1/4-inch spade lugs, with screw terminals for the siren and strobe. This
-allows for easy packaging and quick board swaps.
-
-The photo above is of an early prototype, the design has changed slightly
-since then. It is still possible to package the board as shown in a Hammond
-polycarbonate box, but metal ammo boxes are a credible alternative. The two
-switches are for power on/off and safe/arm. The two cables are for DC power
-in and igniter leads out.
-
-The TeleFireOne hardware design is available from
-[git.gag.com](http://git.gag.com) in the project
-[hw/telefireone](http://git.gag.com/?p=hw/telefireone;a=summary).
-
-An alternate load of the TeleFireOne including support for data logging
-sensors from a rocket motor test stand is available as a separate
-[TeleStatic](../TeleStatic) product. A TeleStatic board can be used as the
-equivalent of a TeleFireOne when not in use with a test stand.
-