Capital Running Company acquired the ChampionChip race timing
system in early 1998, and uses the high-tech system to score
triathlons, marathons, and other races primarily in the
Washington, DC, Maryland, and Virginia region. Widely used in Europe and Japan, the ChampionChip has been
accepted in the U.S., primarily at the larger races such as the
Boston and Marine Corps Marathons. The system uses a small
transponder, or chip," tied to runners' shoe laces, to send a
signal to antennas located in mats at the start and finish
lines, which records the runners times.
The ChampionChip timing system has its origins in Nijmegen, The
Netherlands. Wim Meijer and the organizers of the Seven Hills
Run tried to find a system that would solve their finish line
problems.
How It Was Developed
Together with a technical university and TIRIS (a Texas
Instruments company), a provisional system was made with
standard materials. This system was tried in the November 1993
edition of the Seven Hills Run. The trial was so successful
that
in March 1994 a company, ChampionChip bv, was founded to
develop
a professional transponder system for automatic timing of
active
sports events.
At the 1994 Berlin Marathon, ChampionChip bv from Holland and
the experienced German timing group Sport Team started a new
era
in the timing of major road running events. For this race, the
participants who bought a ChampionChip all received their chip
time as well as their clock time in the results listings.
Because the system records the actual time a runner crosses the
starting line, the system is able to give runners their net or
chip time, i.e., the actual time it took a particular runner to
run the course, without the penalty of delays at the starting
line, which often added minutes to a runner's time in the
larger
races. Another advantage of the system is that it eliminates
the
need for finish line chutes and many volunteers, allowing a
free-
flowing, open finish line.
From the success at the Berlin Marathon, the ChampionChip
system
spread throughout the European market. As the success of the
system continued, the use of the systems started to spread
worldwide.
On the first weekend of March 1996, ChampionChip and Burns
Computer Services used the system at its first major U.S.
debut.
The 1996 City of Los Angeles Marathon was a smashing success,
recording clock time, chip times, and half-way splits for
17,000
runners. Then in April 1996, the ChampionChip was used to score
the largest marathon ever in the United States, the 100th
Boston
Marathon. Over 36,000 runners finished that year at Boston with
clock times, chip times, and half-way splits. Later in 1996,
the
ChampionChip system was used for real-time 5K splits at the
Olympic Marathons and Race walks.
From the start of the system in the 1994 Berlin Marathon, the
use of the system has grown steadily. In the 1998 racing
season,
over 2,500 events worldwide used the technology of the future.
ChampionChips for Sale
Capital Running Company's president, Rick Freedman, also
announced that CRC now has ChampionChips available for purchase and/or get an
accessory strap.
Most races in the U.S. use rental chips, which must be
retrieved
immediately after the race. As more and more races in the
Washington, DC area employ the ChampionChip timing system,
runners will want to acquire their own personal chip. An
international database of ChampionChip owners is available to
race directors worldwide, and will help speed the entry of
ChampionChip runners into races. Owning a ChampionChip will
also
entitle runners to discounts on their entry fees, as race
directors raise fees to cover the cost of the rental chips. The
ChampionChip is guaranteed for life and can be used in any
ChampionChip timed event in the world. Purchase a ChampionChip
or Accessories
How It Works
The basis for the ChampionChip timing system is the high-
frequency identification system TIRIS from Texas Instruments.
This is the same technique that is used for security locks in
cars and for admission control in office buildings. The same
transponder had been used before in timing road races, but not
in a way that would facilitate race scoring. The runners were
forced to run through a small gate, and the system did not
record chip times, only clock times.
The main thought of ChampionChip was that it could create a
free
and automatic timing system by laying down antennas on the
ground and attaching the transponder to the shoe. This puts the
transponder within the detection range of the ground antennas.
In a test it was found that, with a 4-meter (14 feet) wide
system, more than 1,500 runners per minute can be timed without
missing anyone. Each transponder is programmed with a unique
seven-character ID code. The transponder is passive until
moving
into a magnetic field generated by the ChampionChip antenna
mats. There are no batteries in the chip, it uses a few simple
laws of physics to seemingly pull its energy out of the air. An
energizing coil is located within the plastic chip housing. The
copper coil of wire moving through a magnetic field produces
electrical current that energizes the ChampionChip transponder.
Its unique seven-character ID code is received by the reading
antenna in the same mats that generate the magnetic fields.
The antennas are cast in thin tartan carpets (the same material
that covers "rubberized" tracks) and are thus protected against
all climatic conditions like rain, snow, mud, and ice. The
antennas are connected to a controller box, which in turn is
connected to a laptop computer. In addition to timing the start
and finish of road races and other active sports events, the
mats can be used for split times and validation checkpoints
along the course. The data can be transferred immediately to
the
media, spectators, and provide instant updates on the Internet.
The information provided is real, accurate data that athletes
want.