![]() |
If this is your first visit, be sure to check out the FAQ by clicking the link above. You may have to register before you can post: click the register link above to proceed. To start viewing messages, select the forum that you want to visit from the selection below. |
|
|
Thread Tools | Display Modes |
#1
|
|||
|
|||
![]()
Monday I made a stop on a cross country flight to have lunch with my
daughter. Afterwards we dropped in to a used book store to browse. As usual I migrated to the aviation section. The gem I laid my eyes on this time was written in 1957 and titled, "Flying the Omnirange." It touts the advantages and incredible possibilities of the fantastic new VHF onmidirectional radio range (VOR) that was replacing the low-frequency rado ranges in the 1950's. Here are a few paragraphs that you may find interesting and mildly amusing. ![]() ~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Here is the long-range program as visualized by the CAA and planned for completion in the 1960's: Before a pilot takes off on a flight a landing time will be reserved for him at his airport of destination. While he is enroute a dial will tell him continually, in minutes and seconds, whether he is ahead of or behind schedule, and he will slow his plane down or speed it up accordingly. On a screen in the cockpit the pilot will see a pictorial presentation of everything around him. This picture, probably televised from the ground, will show his own aircraft in relation to others in his vicinity, indicate obstructions or other hazards, and even show the location of storms and turbulent air. At the same time, radar will be continuously watching him from the ground. By means of a block system, something like that used on railroads, the pilot will be assured that he is in safe air space at all times. His aircraft will carry equipment which continuously transmits to the ground the readings of the cockpit instruments. Electronic brains on the ground will check these readings automatically against information derived from radar and other sources. If, for example, the altitude shown by ground radar differs from the altimeter reading in the cockpit, the pilot will be instantly and automatically notified. If the pilot wishes to change his altitude or his flight plan he will be able to communicate with the ground stations by pushing an appropriate button. Approval or disapproval will be flashed back to his cockpit in a fraction of a second, since the calculations will be made by automatic machines on the ground. This system may sound a bit fantastic in some respects, especially since it is due for realization within the next 6 or 7 years. Nevertheless, nearly all of the mechanisms and instruments upon which it is predicated already are in development and some of them are in actual use. The program will almost completely solve the weather problems which plague aviation today, and it will permit aircraft to fly their schedules with clocklike precision and absolute reliability. ~~~~~~~~~~~~~~~~~~~~~~~ -- Gene Seibel Hangar 131 - http://pad39a.com/gene/plane.html Because I fly, I envy no one. |
Thread Tools | |
Display Modes | |
|
|
![]() |
||||
Thread | Thread Starter | Forum | Replies | Last Post |
AOPA Stall/Spin Study -- Stowell's Review (8,000 words) | Rich Stowell | Aerobatics | 28 | January 2nd 09 02:26 PM |
The Future of Naval Aviation. | Mike | Naval Aviation | 0 | March 22nd 06 07:16 PM |
ATC User Fees | Larry Dighera | Piloting | 80 | May 12th 05 07:20 AM |
How safe is it, really? | June | Piloting | 227 | December 10th 04 05:01 AM |
General Aviation Legal Defense Fund | Dr. Guenther Eichhorn | Aerobatics | 0 | May 11th 04 10:43 PM |