NCCC Thursday Night Madness 10 of 10
Propagation is king for this low-power, low-profile radiosport operator. The A- and K-index despite the better than usual solar flux indice (SFI) forewarned a challenging evening. However, the motto is practice, practice, and practice. For example, searching and pouncing (SP) at .040 through .042 then calling CQ (3x) at .043 through .045 then repeat. My code speed continues improving but the listening filter between the ears needs more practice. I observed difficulty copying the one dit difference between H and S this Thursday evening.
The Dayton phenomena coupled with above the one's on the A- and K-index benched 20-meters for this operator. The Slow NS (SNS) suggested a possible zero -Q count on this band. Typically, I work at least one or two -Qs during SNS prior to the Northern California Contest Club (NCCC) NS Sprint. The official 0230Z clock signalled tonight's start and KA3DRR SP'd between 14.040 and 14.042 before calling CQ on 14.043. Five minutes elapsed without -Q production using both SP and CQ.
I keep in mind that practice breeds confidence.
The tried and true band like a familiar pair of training shoes produced the only -Qs for the evening. First, KA3DRR SP'd and heard but did not work a few operators such is above the one's index. Next, into CQ mode on 7.043 and an operator from Colorado answered. My first Colorado contact since joining the fastest 30-minutes in radiosport. KA3DRR QSY'd at least 1-KHz as prescribed by NS Sprint rules while SPing for -Q number two. I called CQ NS (2x) followed by KA3DRR then NS. Yes! A radiosport operator in Arizona responded and we exchanged the baton that is, -Q serial number, name, and state.
Thirty-minutes passed and the 10th running of the NCCC NS Sprint became history. Ten weeks of KA3DRR performance needs examined as a benchmark prior to the resumption of NS Sprint after CQ WPX CW.
KA3DRR scoring distribution is -
1, 1, 4, 4, 4, 4, 9, 12, 15, 15
KA3DRR -Q/Band thus far -
20 meters: 0, 1, 0, 0, 3, 0, 0, 4, 0, 3, 0
n = 11
40 meters: 1, 0, 1, 1, 1, 2, 2, 0, 1, 1, 2
n = 12
80 meters: 0, 1, 0, 1, 1, 0, 1, 0, 0, 1, 0
n = 5
KA3DRR Multiplier Breakdown thus far -
20 meters: Tx, In, Tx, Tx, Tn, In, Tx, Tx, Tx, Tx
distribution = Tn, In, In, Tx, Tx, Tx, Tx, Tx, Tx, Tx
n = 10
40 meters: Az, Or, Or, Tx, Or, Az, Il, Or, Ca, Ca, Co, Az
distribution = Co, Tx, Il, Ca, Ca, Az, Az, Az, Or, Or, Or, Or
n = 12
80 meters: Ca, Ca, Ca, Ca, Ca
distribution: Ca, Ca, Ca, Ca, Ca
n = 5
Potentially, my data groups suggest the following 1). When A - and K-index are below the one's 20-meters production is up in contrast to 40- and 80-meters; 2). When A - and K-index are above the one's then 40 - and 80-meter production is up unlike 20-meters; 3). Forty-meters (n = 12) best -Q band followed by 20-meters (n=11) and 80-meters (n=5).
Surprisingly, KA3DRR's multiplier distribution suggests 40-meters as best (n=12) followed by 20-meters (n=10) and 80-meters (n=5).
My goal this week is to add more height to the random wire prior to the CQ WPX CW event. Likewise, my learning curve is steep but not insurmountable and more reading to follow which is the fun of our great hobby. It is the pursuit of excellence, understanding, and knowledge.
73 from the shack.



