W5WZ @ K8AZ for the first time

10/28 – 10/31/11 — Traveled to K8AZ to join the M/S team for CQ WW SSB. 

The 2011 CQ WW SSB is now history! I left from Shreveport LA on Friday morning. Once I got to Cleveland Ohio (aircraft mechanical problems, late flight crew, missed connection in Dallas, rerouted to Chicago, near-miss connection, and lost luggage), I had a great time with a great group of ops (K8AZ, K8BL, K8MR, K8NZ, ND8L, W5WZ, W8CAR, W8WTS, WT8C) at a fantastic station. Tom K8AZ and his golden retriever Shane are first-rate hosts!

Here is the scoop on the K8AZ station:

House Tower:

• 5L 10m @ 80′ (rotates)

• 5L 10 @ 50′ fixed SE (switchable upper-both-lower) • 2L40 @ 70′ (rotates)

Pond Tower

• 6L15 @ 130′ (rotates)

• 6L15 @ 65′ (fixed EU) (switchable upper-both-lower) • 6L20 @ 120′ (rotates) • 6L20 @ 60′ (fixed EU) (switchable upper-both-lower) • 5L10s @ 125’/100’/75’/50′ (all fixed EU) • Tower also supports a full-size elevated ground plane (elevated radials) for 160m

TUP Tower (rotatable tower)

• 5L20 @ 120′

• 5L15 @ 110′

• 7L10 @ 100′

• 7L10 @ 75′

• 5L15 @ 65′

• 5L20 @ 45′

• Tower also supports ropes which support a wire 4-square (full size) for 80m

40m Tower

• 4L40 @ 130′

• 2L40 @ 60′ (switchable w/4L40)

Receive antennas include a short-vertical 4-square and a 15′ high dipole for 160m; a 15′ high dipole for 80m, and the Hi-Z 8-circle rx array

All antennas are available at all four positions; however the TUP rotating tower requires coordinating which band controls the azimuth. The switching scheme is fantastic. Everything is very well engineered. Inter-station interference was minimal – the station employs Dunestar 200watt band pass filters between transceivers and amps, as well as some W3HQN high-power filters after the amps (serial numbers on all were less than 15). There is liberal use of copper grounding strap neatly in the entire basement shack. All cables are neatly and consistently labels. All controls are neatly and clearly labeled.

Inside, the transceivers are three FT-1000MP Mk-Vs and one K3- all fully-loaded with appropriate Inrad filters. All homebrew amps: three 8877 and one 3cx1200. The amps’ power supplies are beefy, with two of them using pole-pig transformers.

There are six identical computers running Win-Test for logging; 2 of them are spares, but are up on the network during the contest with the log being written to all 6. That way, an in-contest failure only requires relocating the computer. Win-test is different from N1MM but still easy enough to get the basic functions down. Tom insists on footswitch PTT (my favorite anyway) and uses Heil Quiet Sets (no longer in production) with HC-4 mike elements.

The M/S strategy was keep the run station running. Anytime the rate got down below 120 or so, we were looking to change the run band for at least the 10 minute clock. The other 3 transceivers were constantly tuning, listening, and scanning the DX cluster spots for new mults. Early in the contest, we would ‘stack’ the band maps with mults to enable keeping the mult station rate up for the 10 minutes, by simply point & shoot. As the hours went by and the mults were harder to find, often the 10-minute clock was open (meaning we could change mult band at any time) and we would change for a single mult. Sometimes the rate would slow, so we’d have one of the other receivers stack a band map, switch to that band to ‘point & shoot’ for 10 minutes, then switch right back to the previous run band.

Sharing time with the other 8 ops, I got 6 hours sleep on Friday night and 5 1/2 on Saturday night.

Observations- when the propagation is there, the Europeans are loud! But I think our openings in the south last longer. Over the pole flutter is there on more paths since the location is further north and the polar region is appears wider.

There were several light-hearted comments about how slow I talk and about my ‘hard-to-understand’ accent. I thought they all talked in FFWD mode 😉

And the best part — I was home on Monday evening to trick or treat with the family! What a weekend!

CQ Worldwide DX Contest, SSB

Call: K8AZ

Operator(s): K8AZ,K8BL,K8MR,K8NZ,ND8L,W5WZ,W8CAR,W8WTS,WT8C

Station: K8AZ

Class: M/S HP

QTH: Ohio

Operating Time (hrs): 48

Summary:

Band QSOs Zones Countries

——————————

160: 33 13 29

80: 196 26 84

40: 497 32 108

20: 557 40 144

15: 1299 38 146

10: 1339 34 145

——————————

Total: 3921 183 656

Total Score = 9,408,546

73,

Scott W5WZ

I made a PowerPoint presentation for our local club meeting held on the night after I returned home.

Top Band Contesting

2010 ARRL 160 meter contest  — Spent 7 hours over the course of the contest.

SOHP non-assisted

Got all states EXCEPT ND, AK, HI, WV

 Band    QSOs    Pts  Sec  Cty

   1.8  348     714  64   9

 Total   348     714  64   9

W5WZ @ KN5O as W5RU

NOV SS SSB — Participated at KN5O with the W5RU team for a shot at #1 Multi-op.  That was my first experience with a hardware lockout (and the associated frustration that can come!).  Ted & Lorraine are great hosts.  The rest of the team was great – K5ER, KG5VK, K1DW to name those I knew beforehand.

2010 Nov Sweeps SSB

2010 Nov Sweeps SSB  — Single-Op All Band NON-ASSISTED High Power (7 hrs 37 minutes)

        Band    QSOs    Pts  Sec

         3.5      67     134    8

           7     194     388   12

          14     386     772   55

          21       2      4    0

       Total     649    1298   75

            Score : 97,350

I had other commitments, so it was a part-time effort.  However, I had a lot of fun!  I had 42 sections by the end of the first hour.

2010 CW WW SSB – Multi-Multi @ W5WZ

2010 CQ WW SSB — Hosted first ever true multi-multi effort in a DX contest.  What an experience!  With lots of help and a great team of operators (W5WZ, KG5VK, KC4WWL, AA5LA, W5PEM, KA5M, W5DAY, K5SL), we pulled off an effort that I am very proud of.  Comparing to 2009 results, our raw score would be #10 Multi-Operator Multi-Transmitter United States!  We watched GETSCORES.ORG, and tracked our performance neck and neck with NE3F (2009 8th place MM USA)

  

   Band    QSOs     Pts  Cty   ZN

   1.8      29      32    8    6

   3.5     156     349   60   22

     7     408     719   75   27

    14     595    1423  110   36

    21     634    1700  119   33

    28     181     500   33   13

 Total     2003    4723  405  137

Score: 2,559,866

For the contest, we borrowed the local ARES groups (thanks W5KGT) portable crank-up tower and mounted a M2-34XA at 50 feet.  We improvised a 4th operating position, and using some uniquely creative methods were able to switch antennas around and remote control rotators and antenna stack switching (by voice, handy talkie method to reach other room!).

Team W5WZ for the 2010 CQ WW SSB as a Multi-Multi. K5Sl, KG5VK, AA5LA, W5PEM, W5WZ

  

Lessons learned:

  • Full legal limit on every band is a must if the rules allow it!
  • Better transmit and receive antenna is needed on 40, 80, and 160.
  • Beverage receive antenna are great – must install more and make each independently selectable at every station.
  • Noise cancelling headsets are great (thanks KG5VK!).  I’ve got to get some!
  • Everyone needs to become even more proficient at N1MM.
  • Every rig needs 1.8kHz filters in the narrow position.

August NAQP SSB 2010

August NAQP SSB 2010 — Total Time On 07:54  (474 mins)

Band    QSOs    Pts  Sec   NA

1.8       1      1    1    0

3.5       1      1    1    0

  7      77     77   30    0

 14      377    377   47    2

 21        2      2    2    0

 28        1      1    1    0

Total   459    459   82    2

Score : 38,556

Summer Contesting

08/06/11 —  NAQP CW – I had done everything to prepare, to make sure my calendar was clear.  Soon after the contest started, my wife called.  Her suburban was broke down on the side of the interstate, with all 4 of our kids there too.  I left the contest to go retrieve them, then got a friend to go help me retrieve the suburban.  Net result was only 77 QSOs in the contest.

 07/31/11 — Downloaded and registered SH5.  Processed my old logs and uploaded results to my website. Go to that data here:   http://w5wz.com/contest-log-statistics/

 07/16/11 — IARU contest – I sure shot myself in the foot.  I didn’t read the rules closely enough, and did not observe the 10-minute band change rule, so I had to submit as a checklog.  I won’t soon forget that mistake.

06/25-26/11 —  Operated with Twin City Ham Club, W5EA for ARRL Field Day.  We were 2A – one SSB and one CW station + VHF + GOTA.  Several members of the LCC were on hand.  For the SSB station, we stacked a pair of KLM-KT34A at 30/60 feet.  When the smoke settled, W5EA had made just under 3,200 QSOs.

06/10/11 — Heading out to QTH of K5QE to operate in the June VHF   

IARU

IARU 2010 — I got to play some, but not nearly as much as I wanted to, spending 5 hours on the air.

Band  Mode    QSOs     Pts  Zon   HQ

     7  LSB      1       1    0    1

    14  CW      34      98    0    6

    14  USB    307     969   21    7

    21  USB     12      46    4    1

 Total  Both   354    1114   25   15

Score: 44,560

CQ WPX CW

05/30/10 — CQ WPX CW

        Band    QSOs     Pts  WPX

           7      62     156   32

          14     149     225  102

          21      42      81   32

          28      11      25    7

       Total     264     487  173

            Score : 84,251

CQ WPX SSB

03/29/10 — CQ WPX SSB — I operated 21 hours 40 minutes as a SOAB HP NON-ASSISTED (SO2R)

        Band    QSOs    Pts  WPX

         1.8       4      4    2

         3.5      39      62   18

           7     208     395   95

          14     759    1144  245

          21     475     971  232

          28      58     163   29

       Total    1543    2739  621            Score : 1,700,919

 

W5WZ Max Rates:

2010-03-27 0002Z – 5.0 per minute  (1 minute(s)), 300 per hour by W5WZ

2010-03-27 0011Z – 3.2 per minute  (10 minute(s)), 192 per hour by W5WZ

2010-03-27 0305Z – 2.3 per minute  (60 minute(s)), 139 per hour by W5WZ

  

W5WZ Runs >10 QSOs:

2010-03-27 0000 – 0029Z,   21219 kHz, 66 Qs, 134.2/hr W5WZ

2010-03-27 0039 – 0050Z,   21219 kHz, 12 Qs, 63.0/hr W5WZ

2010-03-27 0053 – 0125Z,   21219 kHz, 58 Qs, 108.4/hr W5WZ

2010-03-27 0141 – 0223Z,   14184 kHz, 97 Qs, 137.3/hr W5WZ

2010-03-27 0224 – 0307Z,   14184 kHz, 91 Qs, 128.5/hr W5WZ

2010-03-27 0323 – 0347Z,    7162 kHz, 33 Qs, 82.5/hr W5WZ

2010-03-27 0350 – 0438Z,    7161 kHz, 50 Qs, 62.8/hr W5WZ

2010-03-27 0441 – 0523Z,    7161 kHz, 55 Qs, 79.3/hr W5WZ

2010-03-27 0543 – 0556Z,    3660 kHz, 21 Qs, 95.6/hr W5WZ

2010-03-27 0622 – 0637Z,    7203 kHz, 31 Qs, 122.4/hr W5WZ

2010-03-27 1304 – 1322Z,   21213 kHz, 34 Qs, 108.8/hr W5WZ

2010-03-27 1337 – 1355Z,   21262 kHz, 18 Qs, 60.3/hr W5WZ

2010-03-27 1529 – 1547Z,   21214 kHz, 29 Qs, 98.4/hr W5WZ

2010-03-27 1556 – 1630Z,   21214 kHz, 50 Qs, 89.8/hr W5WZ

2010-03-27 1636 – 1644Z,   21214 kHz, 12 Qs, 84.7/hr W5WZ

2010-03-27 1658 – 1711Z,   14176 kHz, 13 Qs, 61.3/hr W5WZ

2010-03-27 1731 – 1940Z,   14295 kHz, 170 Qs, 79.4/hr W5WZ

2010-03-27 2229 – 2239Z,   21230 kHz, 11 Qs, 65.1/hr W5WZ

2010-03-27 2244 – 2352Z,   21230 kHz, 91 Qs, 79.5/hr W5WZ

2010-03-28 0004 – 0135Z,   14219 kHz, 170 Qs, 111.0/hr W5WZ

2010-03-28 2240 – 2249Z,   21235 kHz, 17 Qs, 119.5/hr W5WZ