The GYRO
is a new Whitewater Slalom K1, designed by 2004 Olympic Finalist
Warwick Draper.
This 3.5m design is based on the most
successful 4m design in recent times, the OPTIMA. The
GYRO turns incredibly fast, and
performs very well in offsets without being unpredictable.
Warwick is currently completing a double degree in Electronic
Engineering / Computer Science
while working as a Design Engineer for SYSTEMS
ENGINEERING ARTS (+61 3 93149832).
Testing
The boat seen on the left is the first GYRO out of the mould and was
recently tested at the 2005
World Cup in Athens where Draper finished in 8th position in
Qualification posting the 5th fastest
time in 2nd runs, after paddling the boat for the first time just 2
days before leaving for the
competition.
Draper said:
"Unfortunately
a mistake in the semi final saw me relegated to the back of the
field (37th place),
but I am very happy with the way the boat is performing and
the
pace is certainly there."
GYRO features:
- Increased width and volume in the bow and behind
the cockpit for stability and lift
- Adjusted rocker to maintain speed and tracking.
- A more rounded deck for improved initiation in
turns
- A shorter and more tapered stern for high speed
rotation.
Construction
The GYRO is being manufactured with epoxy resin, a closed cell foam
core and vacuum bag
technology by Melbourne based
company AFI COMPOSITES (+61
3 94974949).
The GYRO
is in production and will soon be available through CANOES PLUS (+61 3 98169411)
in a
variety of lay-ups:
- Entry level:
low cost lay-up aimed at the beginner
- Training:
built to last for the competitive paddler
- Racing:
lightweight and rigid for elite level racing
Systems Engineering Arts - Projects
The GYRO is also proudly supported by Systems Engineering Arts where
Warwick is currently
working on his final year electronics project, an Athlete Tracking
System for a video camera to
enable athletes to be automatically tracked in their field of play. He
is also developing the Bilby,
a modular header board with RS232 and I/O interface, to house the AVR
ATMEGA8535
microprocessor for a variety of electronics applications.