Stamp: 100 Years of Progress of Post and Telecommunication (Guinea-Bissau 1977)
100 Years of Progress of Post and Telecommunication (Guinea-Bissau 1977)
30 September (Guinea-Bissau ) within release 100 Years of Progress of Post and Telecommunications goes into circulation Stamp 100 Years of Progress of Post and Telecommunication face value 40 Guinea-Bissau peso
| Stamp 100 Years of Progress of Post and Telecommunication in catalogues | |
|---|---|
| Michel: | Mi: GW 438B |
Stamp is horizontal format.
Also in the issue 100 Years of Progress of Post and Telecommunications:
- Stamp - 100 Years of Progress of Post and Telecommunications face value 3.50;
- Stamp - 100 Years of Progress of Post and Telecommunications face value 5;
- Stamp - 100 Years of Progress of Post and Telecommunications face value 6;
- Stamp - 100 Years of Progress of Post and Telecommunications face value 30;
- Souvenir Sheet - 100 Years of Progress of Post and Telecommunications face value 30;
- Stamp - 100 Years of Progress of Post and Telecommunications face value 35;
- Stamp - 100 Years of Progress of Post and Telecommunications face value 40;
- Souvenir Sheet - Semaphore signalling system, satellite dish face value 50;
- Souvenir Sheet - 100 Years of Progress of Post and Telecommunications face value 3.50;
- Souvenir Sheet - 100 Years of Progress of Post and Telecommunications face value 5;
- Souvenir Sheet - 100 Years of Progress of Post and Telecommunications face value 6;
- Souvenir Sheet - 100 Years of Progress of Post and Telecommunications face value 35;
- Souvenir Sheet - 100 Years of Progress of Post and Telecommunications face value 40;
- Souvenir Sheet - 100 Years of Progress of Post and Telecommunication face value 40;
- Stamp - 100 Years of Progress of Post and Telecommunication face value 40;
Stamp 100 Years of Progress of Post and Telecommunication it reflects the thematic directions:
A spacecraft is a vehicle that is designed to fly and operate in outer space. Spacecraft are used for a variety of purposes, including communications, Earth observation, meteorology, navigation, space colonization, planetary exploration, and transportation of humans and cargo. All spacecraft except single-stage-to-orbit vehicles cannot get into space on their own, and require a launch vehicle (carrier rocket).
