1. KL7FF Paul Kiesel, K7CW

2. Why Go to Alaska? KL7FNL KL7GLL VE8BY - Late 50s and Early 60s on 6-Meters Exotic DX before days of SSB – Fading AM Signals K0CER’s 1970 Trip to Ketchikan – KL7ABR Make KL7 Available – Lower Latitude = Better Chance for Sporadic-E Increase Weak Signal VHF Awareness in Alaska – KL7UW Efforts – Alaska VHF Up Group

3. Location Attributes Primary: Unblocked Horizon to Canada, United States Lower 48 and South Central Alaska Reliable Electric Service Internet for Accurate Time and Sked Coordination Before and After Contest Other Facilities & Conveniences a Plus

4. Search for Location Check All Cities and Towns for Unblocked Horizons in Necessary Directions If None, Check Resorts, Hunting Lodges and Vacation Cabins SE Alaska Defined by Mountains and Fjords Most Land Outside of Towns Totally Undeveloped and Roadless or Wilderness

5. Need to Get Back from Mountains

6. Drucker Cabin Near Thorne Bay Has All Amenities Reasonable Rates Has Satellite Internet http://www.lodginginnalaska.com/cabin.html Tim & Teresa Lindseth Very Friendly and Helpful

7. Preliminary Trip in May Make Sure Cabin Fulfills Requirements for Contest – Very Important Determine What Needs to Be Brought Talk to Lindseths About Extra Table, Internet Activation Find Out Where Ferry Docks Are, Ferry Schedules, Waiting times Visit Old Ketchikan to Buy XYL Present

8. Ketchikan – Creek Street

10. Cruise Ship Moored at old town Ketchikan

11. Ketchikan Street

12. Inter-Island Ferry M/V Prince of Wales – Ketchikan to Hollis

13. Haida Way Lodge, Craig, Alaska

14. KL0RG

15. Inside Drucker Cabin

20. Drucker Cabin – Looking South

21. Prince of Wales Island in the distance…

22. 1 st & Tuttle

23. Tuttle Way – Looking East

24. Getting Stuff to the Cabin Transceiver & Brick Computer Mast for Antenna Tower Sections for 6- meters Coax Cables Tools, Adapters, Jumpers, etc. Transceiver & Amplifier 8-Element Yagi Tower Top Section and Rotator Bring 2-Meter Antenna from WA Rope Kevin (2m) Paul (6m)

25. Shipping Stuff from Washington Amplifier, 6-Meter Antenna and Sundry Non-Perishables Shipped via Alaska Marine Services Barge from Seattle, WA to Ketchikan. Remaining Equipment, Tower Section, Rotator, Rope, etc. Packed into Pickup for Trip on Alaska Marine Highway Ferry from Bellingham, WA to Ketchikan.

26. Decision About Land or Sea Route Desire to Pass Out Rare Grids to Deserving. Driving Time Cost of Gas Plus Ferry Prince Rupert Cost of AMH Ferry Bellingham - Ketchikan Sailing Time Compare Ferry Schedules Decision: Take the Ferry – Good Decision

27. Bellingham, Washington Terminal

28. Bella Bella, British Columbia, Canada

29. Dryad Lighthouse near Bella Bella, BC

30. K7CW on deck of M/V Malaspina

31. Commerce on the Inside Passage. A tug towing a load of logs

32. Observation Lounge – M/V Malaspina

33. Cruise Ships in Ketchikan Harbor

34. Big Salt Lake – West side of Prince of Wales Island

35. KL0RG at a USFS rest stop west of Thorne Bay, Alaska

36. K7CW assembling the 6-meter yagi

39. The 12 element 2- meter yagi

41. Order of Battle 2-Meters: Concentrate on Meteor Scatter Skeds. Watch For Tailenders After Each Sked. Call CQ on WSJT FSK441a Mode. Watch for WA6KLK for Possible KL7- W6 Tropo QSO. Use 144.143 for FSK441a and 144.180 for SSB. 6-meters: Meteor Scatter Skeds with 4 Stations. Hope for Sporadic-E. If Not, Work as Many Stations as Possible via Meteor Scatter. Check for Aurora. Periodically Rotate Antenna Towards South Central Alaska, to Pick Up Possible Callers. Play CW CQ Loop on 50.103 When Things are Slow. Listen for Callers on That Frequency. Try to Avoid 50.125, if at all Possible.

42. KL7FF – 144 MHz station

43. KL0RG operating 2m

44. KL7FF – 50 MHz station

45. K7CW operating 6m station

46. All the comforts of home…

47. CQ Contest from KL7 Fox Fox

48. 144 MHz Results 16 QSOs in 9 Grid Locators during the contest, One QSO the day before (1 More Grid). Stations Worked: VE7DAY CO70 – FSK441 W7IUV DN07 – FSK441 W7MY DN06 – FSK441 W7EME CN85 – FSK441 WA7GSK DN13 – FSK441 AL2P CO45 – FM VA7ISL CN88 – FSK441 W7GLF CN87 – FSK441 WA7BBJ CN97 – FSK441 K6MBY CN88 – FSK441 KF7CQ DN13 – FSK441 KD7OWT CN97 – FSK441 VE7BBG CN88 – FSK441 KL7UW BP40 – FSK441 K7MAC DN13 – FSK441 K7ND CN87 – SSB VE7SL CN88 – FSK441

49. 144 MHz Analysis Left for Alaska with 9 skeds. 2 more skeds made after arrival. Worked 5 Stations at sked time. Worked 1 local on FM. 3 skeds not completed; 2 of them due partly to stations out of sequence. Remaining QSOs due to tailending and replies to CQs. 5 of these had skeds but called early and completed. 1 SSB meteor scatter QSO attempt was successful. All 14 FSK441 meteor scatter QSO attempts were successful! Conclusion: Very glad we decided to do 144 MHz in Contest. Making FSK441 meteor scatter contacts in the June Contest is duck soup due to Arietids Meteor Shower. Need to convince more folks to try this mode. Next time try 144 MHz EME Using JT65B. Also have 222 MHz for meteor scatter QSOs on that band. Need more operators and tighter planning for this.

50. KL7FF – 2m Grids Worked Blue rectangles = QSOs in contest Gray rectangle = QSO before contest White rectangle = KL7FF QTH

51. 50 MHz Analysis We hoped to have Sporadic-E. It essentially didn’t happen. We were blessed with many meteor scatter contacts. We did have a path across the Gulf of Alaska which may have been tropo. NL7OW has been pushing his belief that there is a consistent path across the Gulf of Alaska.There was also an interesting path to two stations in Central Washington State where signals were consistent and strong as compared to the rest that we were hearing via meteor scatter at the same time. Three guesses are sporadic-E, ionospheric scatter or tropo. More discussion is needed about this. There was no apparent aurora. There were four 50 MHz skeds. None were completed due to lack of propagation. Two were beyond meteor scatter range. Completed with two of the stations later. Digital modes were not used. We had to plan to have sporadic-E which would not allow time for digital modes. I would not plan differently next time even though one cannot guarantee sporadic-E propagation. 50 MHz got 74 QSOs and 27 grid locators in the contest. 125 total QSOs.

52. KL7FF - Grids Worked on 6m Black dots = grids worked in contest Red dots = grids worked next day Yellow dot = KL7FF location