Propagation model SCANDINAVIA to EAST COAST USA (Delaware) at SunSpotNumber 6 (minimum).
All pictures are some 15 kb in size.

1. Takeoff angle GOTH.-DEL. in a typical February (mid winter month) 3.5 MHz; 19 UTC
2. Takeoff angle GOTH.-DEL. in a typical February (mid winter month) 3.5 MHz; 20 UTC
3. Takeoff angle GOTH.-DEL. in a typical February (mid winter month) 3.5 MHz; 21 UTC
4. Takeoff angle GOTH.-DEL. in a typical February (mid winter month) 3.5 MHz; 22 UTC
5. Takeoff angle GOTH.-DEL. in a typical February (mid winter month) 3.5 MHz; 23 UTC
6. Takeoff angle GOTH.-DEL. in a typical February (mid winter month) 3.5 MHz; 24 UTC
7. Takeoff angle GOTH.-DEL. in a typical February (mid winter month) 3.5 MHz; 01 UTC
8. Takeoff angle GOTH.-DEL. in a typical February (mid winter month) 3.5 MHz; 03 UTC
9. Takeoff angle GOTH.-DEL. in a typical February (mid winter month) 3.5 MHz; 04 UTC
10. Takeoff angle GOTH.-DEL. in a typical February (mid winter month) 3.5 MHz; 05 UTC
11. Takeoff angle GOTH.-DEL. in a typical February (mid winter month) 3.5 MHz; 06 UTC
12. Takeoff angle GOTH.-DEL. in a typical February (mid winter month) 3.5 MHz; 07 UTC
13. Takeoff angle GOTH.-DEL. in a typical February (mid winter month) 3.5 MHz; 08 UTC
14. Takeoff angle GOTH.-DEL. in a typical February (mid winter month) 3.5 MHz; 09 UTC

The pictures could be made smaller, but then the quality will be much worse and any information will be hardly readable.

As can be seen only bounces off the F2-layer are presented in these pictures.

Options for extraordinary paths are NOT included, such as behaviour under AURORAL affection.

The beginning is set to some 19 UTC when a station using a phased vertical array CAN make QSOs with the other end, if receiption there is normal (NO THUNDERSTORMS...).

As a comparison, here is picture of how it looks like at 06 UTC on 1.8 MHz.