| Position |
Call |
Score |
| 1 |
G4BJM |
630 |
| 2 |
G3RSD |
620 |
| 3= |
G4RCG |
610 |
| 3= |
G0OGB |
610 |
| 5 |
G3BJ |
600 |
| 6= |
G3XTT |
590 |
| 6= |
G3WUX |
590 |
| 6= |
G3KHZ |
590 |
| 9 |
G3LIK |
580 |
| 10= |
G3ZRJ |
560 |
| 10= |
G4BUO |
560 |
| 12 |
GM3POI |
550 |
| 13 |
G3LET |
540 |
| 14 |
G0MTN |
530 |
| 15= |
G4PIQ/P |
520 |
| 15= |
G4CZB |
520 |
| 17 |
G2HLU |
510 |
| 18= |
G3OLB |
500 |
| 18= |
G3JJG |
500 |
| 20= |
G2AFV |
490 |
| 20= |
G3HZL |
490 |
| 22= |
G3GLL |
480 |
| 22= |
M0AJT |
480 |
| 24 |
G4BLI |
470 |
| 25= |
G3JJZ |
450 |
| 25= |
G0WBC |
450 |
| 25= |
G2FSR |
450 |
| 25= |
G0DHZ |
450 |
| 29 |
G3HEJ |
440 |
| 30 |
G4EBK |
430 |
| 31 |
G3LHJ |
420 |
| 32= |
GW3SB |
410 |
| 32= |
G4RLS/P |
410 |
| 34= |
G3MA |
400 |
| 34= |
G4XPE |
400 |
| 34= |
G4BVY |
400 |
| 34= |
G4PTE |
400 |
| 38 |
G3SET |
390 |
| 39 |
G0RDO |
380 |
| 40 |
G3VDF |
360 |
| 41 |
G3GMM |
340 |
| 42 |
G4ARI |
280 |
| 43 |
G3WRR |
270 |
| 44 |
GW0KZW |
250 |
| 45= |
G3VQO |
230 |
| 45= |
G3CQR |
230 |
|
Ropoco 1 Contest, 2003.
Where commented upon, most contestants found conditions
to be average, which in the writers experience at such
an early hour in summer is not good! Many also commented
that the going particularly in the second hour was slow,
and that if anything the contest is too long, which
is understandable comment. However, realistically it
could hardly be shorter and perhaps a more operater-friendly
time slot would address both these issues: AFS may well
be a pointer in this regard.
Fraser Robertson, G4BJM, once again combined the attributes
of a strong signal, slick operating and high accuracy
to top the table.
G3RSD using 100 watts output and an antenna at modest
height achieved second place, beating the clutch of
stations with 6db greater output. Antenna heights ranged
from below 20ft to greater than 80ft, with a remarkable
number in the former catergory, which makes the author’s
antenna seem less modest than he had previously thought!
The very obvious mangling of postcodes, which clearly
are then repeated ad infinitum, belies the fact that
overall accuracy is high, with the mean deduction of
less than 1%, with the median below 2%, the range being
zero to 27% with four perfect logs, a very commendable
performance. The latter figure is less than in recent
events but there is no truth in the rumour that the
adjudicator is heavy handed!
Over a third of the logs received were still paper
based, which is disappointing. The author, although
not computer literate, came to computer logging and
found keyboarding to be the major problem. However,
it revolutionised his contest approach and activity,
so advancing years should not be a barrier. It is clear
that accuracy in the computer based logs is very much
higher than the paper based equivalents, which should
provide further motivation.
Clive Whelan, GW3NJW.
|