![]() |
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
|
|||
|
|||
![]()
How good was shipborne radar in the 60s against a 2003 airforce? For example, could a 1964 ship detect an incoming modern strike
before the explosions began in the face of modern ACM. I ask both because I'm curious about the past and because there are navies out there using old-fashioned technology. |
#2
|
|||
|
|||
![]() "Charles Talleyrand" wrote in message ... How good was shipborne radar in the 60s against a 2003 airforce? For example, could a 1964 ship detect an incoming modern strike before the explosions began in the face of modern ACM. 1960s radar suffers from problems at low elevations(among other things) which is where ASCM's hang out. This is a major shortcoming. I ask both because I'm curious about the past and because there are navies out there using old-fashioned technology. |
#3
|
|||
|
|||
![]()
Charles Talleyrand wrote:
How good was shipborne radar in the 60s against a 2003 airforce? For example, could a 1964 ship detect an incoming modern strike before the explosions began in the face of modern ACM. I ask both because I'm curious about the past and because there are navies out there using old-fashioned technology. RN warships used 1960s air-search radar in the Falklands in 1982, specifically RN radar Type 965. From descriptions in David Brown's book The Royal Navy and the Falklands War, it appears that this radar could not detect aircraft over land, or at least not above 30,000 feet. The newer Type 1022 radar succeeded at that. |
#4
|
|||
|
|||
![]()
"Charles Talleyrand" vented spleen or mostly
mumbled... How good was shipborne radar in the 60s against a 2003 airforce? For example, could a 1964 ship detect an incoming modern strike before the explosions began in the face of modern ACM. I ask both because I'm curious about the past and because there are navies out there using old-fashioned technology. 60s era air search radars were certainly well able to detect a/c at the same ranges as current gadgets, although antenna design limited altitude performance. Operators were certainly trained or experienced to provide a higher level of "interpretation" than is required today. Certainly, today's stealthy and semi-stealthy a/c would provide substantial detection problems, but in some attitudes, A4s were stealthier than you might imagine. Obviously, low altitude/high speed missiles wpuld have been a problem then (and are so now). Having nothing to shoot at them then, it hardly mattered until Phalanx/CIWS came aboard. The fire control radars of the 60s certainly lagged behind current versions, but I suspect that the biggest gap was not "radar" but the capacity to process, track and provide FC solutions, a "computer" problem. We simply could not handle data at rates a 100 times less than today's equipment. TMO |
#5
|
|||
|
|||
![]() "TMOliver" wrote in message ... "Charles Talleyrand" vented spleen or mostly mumbled... How good was shipborne radar in the 60s against a 2003 airforce? For example, could a 1964 ship detect an incoming modern strike before the explosions began in the face of modern ACM. I ask both because I'm curious about the past and because there are navies out there using old-fashioned technology. 60s era air search radars were certainly well able to detect a/c at the same ranges as current gadgets, although antenna design limited altitude performance. Operators were certainly trained or experienced to provide a higher level of "interpretation" than is required today. Certainly, today's stealthy and semi-stealthy a/c would provide substantial detection problems, but in some attitudes, A4s were stealthier than you might imagine. Obviously, low altitude/high speed missiles wpuld have been a problem then (and are so now). Having nothing to shoot at them then, it hardly mattered until Phalanx/CIWS came aboard. The fire control radars of the 60s certainly lagged behind current versions, but I suspect that the biggest gap was not "radar" but the capacity to process, track and provide FC solutions, a "computer" problem. We simply could not handle data at rates a 100 times less than today's equipment. TMO I have to agree. Information processing was the really big shortcoming of the 60 era radar. You can't argue with some of its successes though. One US cruiser setting off N.Vietnam shot down two MiG from over 65 miles (105+ km) with RIM-8 Talos SAMS. Red |
#6
|
|||
|
|||
![]()
"Red" vented spleen or mostly mumbled...
I have to agree. Information processing was the really big shortcoming of the 60 era radar. You can't argue with some of its successes though. One US cruiser setting off N.Vietnam shot down two MiG from over 65 miles (105+ km) with RIM-8 Talos SAMS. .....At one point the big bedscreen SPS-43 was the best of air search radars. It's tange of detection against Bears at Angels 20 or the occasional Chromedome could awe the careless viewer (and I suspect was better than today's shipboard examples). On the other hand, bury me not with an SPS-8, rarely serviceavble, or though more servicable, the SPS-30, a hell of a penalty in weight, space and topside clearview. TMO |
#7
|
|||
|
|||
![]()
In article , TMOliver
writes 60s era air search radars were certainly well able to detect a/c at the same ranges as current gadgets, although antenna design limited altitude performance. Operators were certainly trained or experienced to provide a higher level of "interpretation" than is required today. Certainly, today's stealthy and semi-stealthy a/c would provide substantial detection problems, but in some attitudes, A4s were stealthier than you might imagine. I seem to remember a rumour during GWI that one of the RNs air defence ships apparently managed to detect F-117As using some form of '50s long wave radar. -- John |
#8
|
|||
|
|||
![]()
I seem to remember a rumour during GWI that one of the RNs air defence
ships apparently managed to detect F-117As using some form of '50s long wave radar. No rumor, fact. Stealth is not invisible to all frequiencies. Some will detect at longer ranges than others. Understanding radar therory and a close reading of Aviation week will confirm the rumor. During DS the Hummers kept track of the 117's for the Airfarce. What radars were destroyed by the snake eaters on the opening salvo of DS? Sparky |
#9
|
|||
|
|||
![]()
In article ,
Charles Talleyrand wrote: How good was shipborne radar in the 60s against a 2003 airforce? For example, could a 1964 ship detect an incoming modern strike before the explosions began in the face of modern ACM. I ask both because I'm curious about the past and because there are navies out there using old-fashioned technology. There are some things that the 60s era set will actually do better. Radar jamming is harder against the older radars, as things like the range gate and gain control were manually operated, so an operator could look for the smaller, real returns that the jamming is trying to hide or realize that he is subject to barrage jamming. Not that I am recommending going back to manually operated tracking systems, but that the only thing going for computers is their speed. Even the best and most complex expert system is pathetically stupid. Also, you should not judge a system by its antenna and transmitter, or you could be surprised by a ship that has had the 60s era signal processors removed and replaced 80s era stuff, or a general purpose P4 computer (running linux) emulating the 80s hardware, for less money. Third world countries, and by extension their navies, are poor, not stupid. Underestimate them at your peril. It was bad enough when the manufacturing jobs left North America, but the knowledge-based jobs are starting to leave now, too. |
#10
|
|||
|
|||
![]()
"Charles Talleyrand" wrote in message ...
How good was shipborne radar in the 60s against a 2003 airforce? For example, could a 1964 ship detect an incoming modern strike before the explosions began in the face of modern ACM. I ask both because I'm curious about the past and because there are navies out there using old-fashioned technology. As far as US shipboard radars go, the SPY-1, SPS-48, SPS-49, and SPS-55 radars all began their lives in the '60s. Its the "front end" signal processing that has seen the dramatic improvements. Today's operators are largely freed from the task of cognitively interpreting analog video. Its been a double edged sword though. Living by symbology alone has caused problems. It was a factor in the Vincennes shootdown of the Airbus, the collision of a DDG (can't remember which one) with a backing down CV, and the expenditure of a Harpoon on exactly nothing in the Gulf of Sidra by the Tico in '86. |
Thread Tools | |
Display Modes | |
|
|
![]() |
||||
Thread | Thread Starter | Forum | Replies | Last Post |
B-52 crew blamed for friendly fire death | Paul Hirose | Military Aviation | 0 | March 16th 04 12:49 AM |
Ham sandwich navigation and radar failure | David Brooks | Instrument Flight Rules | 47 | December 31st 03 12:15 AM |
USAF = US Amphetamine Fools | RT | Military Aviation | 104 | September 25th 03 03:17 PM |
F15E Radar question. | Bill Silvey | Military Aviation | 5 | August 30th 03 06:17 PM |
Marine Radar in a plane? | Jay Honeck | Home Built | 31 | August 13th 03 06:56 PM |