Well, our demo day has come and gone. Our committee has been to shows, and a few other demos before deciding on three cameras to take a close look at. We chose the Fire Research Lifesight Survivor, The Scott Eagle Imager, and the Bullard as our final test subjects. Unfortunatly, Fire Research couldn't show up. So that narrowed it down to two. Each company went over the operation of the cameras (Bullard actually dropped theirs on the concrete to show how durable it could be). We took both cameras into one room and lit it off (nothing beats a side by side comparison). The Scotts image seemed a little clearer, but as it got hot, lines started appearing across the screen. Eventually the lines got so severe that you couldn't see the screen anymore. The Bullards (we had to) seemed to take the heat better. Of the two, one got one line across it. After a short break, we took them in as if looking for fire/victims, in a live fire situation. In the middle of operations, the Scott camera shut down.
It seems as though Scott has the right idea, but the Bullard is the way to go. Everyone at our demo agreed it was comfortable, easily seen, easy to use, and more durable than the others. We came to this conclusion after doing tons of research. I hope that this helps anyone who is in the market for a camera.
Be safe everyone!
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Thread: evaluations of imagers
11-22-1999, 01:25 PM #1Eng 48Firehouse.com Guest
evaluations of imagers
11-22-1999, 05:21 PM #2IRallthewayFirehouse.com Guest
Just out of curiousity did you find it difficult to perform searches and attacks while having to adjust the "white out" knob or aperature. We found that the cameras with the "white out" knob become very inaffective since you have to continuously adjust the picture to see anything around the flames. So, basically what used to be a one handed system becomes a two handed system. During the demo burns or at the station we didn't really get a chance to "really" use the system and notice this, so we asked some other departments that have purchased some hand held cameras including the Bullard and Scott and they all said that they don't use the system much for searches and attacks because of that reason and basically losing the ability to carry hose lines and tools while carrying the camera.
11-23-1999, 02:00 PM #3Eng 48Firehouse.com Guest
We just left the throttle open wide. The instructor was standing right in front of the fire and was not "whited out" at all. In fact neither camera we used experienced it.
Be safe everyone!
11-23-1999, 03:19 PM #4TIManFirehouse.com Guest
In reference to the first 2 posts :
As many would suspect I love the first and hate the second. But not because one is pro Bullard and the other is not. I like the first, because it provides hard factual information, and states you can take it for what it is worth. I dislike the second because to be real frank it is “crap”. I say that because the information in it is portrayed as being factual when in reality it is not.
“White Out Control” – “White Out” describes a phenomenon that occurs in earlier Pyroelectric Vidicon Tube units. When viewing a strong IR source the entire screen on these units would turn white (white out). The screen would remain white until the detector was given a significant period of time to recover, in some cases there was even permanent damage to the tube. The current BST units do not “White Out”. There are phenomenon or “Artifacts” that can occur with BST units such as “Haloing” or “Shadowing” but these are by no means the same thing as “White Out”. These artifacts can also be controlled or eliminated by using an automated or manual aperture control. “White Out” is a serious problem, the current “Artifacts” with BST units are not.
“The units must be constantly adjusted to operate” – I have been at this for years and have used a number of units to include Bullard and Scott and the truth is they require no adjustments to operate. There are certain situations where making an adjustment on the aperture may improve what is being viewed, but by no means is it mandatory to make any adjustments to get a satisfactory image. It is a fact (not an opinion) that a microbolometer will provide a better image when looking directly at a fire, but it is also a fact that a BST unit can also provide a satisfactory image when looking directly at a fire. Not to mention you will spend less than 5 percent of your time looking directly at a fire, you put it out, or you scan the area and move on, you do not sit and stare at it.
As for the rest of the information I find it ludicrous and insulting. As the first the post stated, there was an extensive evaluation that included hands on tasks and as a result the Bullard unit was chosen based on the outcome. The second post asks “do they not find it hard to conduct search and rescue or fire attack activities?”. I would think and hope if they had problems carrying out core firefighting tasks they probably would not have bought the unit. Not to mention, if those things were a problem, I would wonder why there have been thousands of hand-held BST units sold and in service for over 2 years now.
The bottom line is there is already a lot of bad information out there on thermal imaging. If people are not sure of the information they are making public knowledge then the “crap” will only be further promoted and passed on. This is a great place to get an opinion on any Fire Service topic, but everyone is done a disservice when a post is presented as fact when in reality it is misinformation or an opinion. There is no question competition is stiff in the thermal imaging market, and just like everything else, everyone has their opinions and favorites. But I would hope we can sift through what is fact and what is opinion so everyone can make their own well informed decision on what will work best for them.
I would not discourage anyone from posting information here, if something is said incorrectly most likely someone will catch it, correct it, and no harm is done. But if misinformation is intentionally posted here to promote a certain product or viewpoint then everyone is done a disservice.
If anyone feels I am out of line with these comments please let me know, but do not turn this forum into a personal battle or contest between manufacturers. My comments may seem harsh but this has been an ongoing issue for some time now, and I have tried to address it outside of this forum, evidently with no resolve.
I have only one purpose here, to see that accurate information is made available here, so that everyone can make their own well informed decisions. When my opinion is given here it is identified as such, when I provide factual information here it is identified as such. To do anything else would be unacceptable.
What do you think ?
Good Luck, Be Safe,
11-25-1999, 02:06 AM #5dalittleFirehouse.com Guest
I had to respond to TIman's comments on whiteout in today's thermal imaging cameras - there are a few incorrect statements - although much of what he has posted here is pretty good.
First "white-out" is basically depolarization of the detector target - that is, it has reached it's state of saturation and can no longer accurately return a value that can be transformed into a shade of gray. In other words, it returns "peak white" or beyond.
Now, the difference is that with Pyroelectric Vidicon systems, when the detector reached saturation, it lost all ability to image since it is, in effect, a single pixel system. It then had to be "polled" to re-set the target (made of a material called TGS.)
Now, with BST, you can saturate the detector target - actually quite easily. Therefore, you basically have the same effect - this is white-out. The difference is that you have over 80,000 pixels on your BST chip, over 76,000 are read by the CMOS electronics. Therefore, whiteout does not readily occur in the entire array concurrently. However, it does occur.
Furthermore, in certain conditions, in fire environments, you can saturate the entire detector array - in cases like this, the thermal imager looses its ability to image and the firefighter sees nothing but indistinguishable distortion on the screen.
The only way to control that is to provide aperture and/or gain correction. Bullard and Scott handle that by using a knob that the firefighter must adjust, while ISG and MSA use automatic adjustment and correction systems. both manual and automatic systems serve the purpose.
TIman, you are rather reckless to post a statement that you do not need to adjust the aperture to get a satisfacory image. In certain conditions, you certainly do... no question about it.
Now, on another topic, Microbolometers. There was much talk about microbolometers in the past six months, however, it has somewhat subsided.
Bolometric technology has certain advantages in industrial applications. For instance, it can me made radiometric since it does not require a chopper mechanism. It is also rather small and lightweight.
However, in fire environments, the microbolometer tends to exhibit some very concerning reactions to high thermal loads, and high ambient temperatures. In my opinion, these technical issues must be cocntrolled before microbolometers are truly safe for firefighting applications.
Do not let salesmen sell you on "third generation technology" - that's just a pitch.
If bolometers were so great and trouble free, we'd all be using them.
TIman, sorry I had to nix you on this. It is not my intent to create a battle, especially with Bullard, as I think its a fine camera and I know many of the members of Management at Bullard.
If I were buying a camera today, I'd pick mine first (ISG K90 Talisman), then second, I'd pick Bullard.
Good work, keep it up!
David A Little
Director, North American Operations
ISG Thermal Systems USA, Inc.
(manufacturers of thermal imagers)
11-25-1999, 09:09 AM #6mfgentiliFirehouse.com Guest
After reading all this technical jargon in the last two posts by TIMan and David, I realize that I am a greenhorn in regards to thermal imaging technology. However, I have used 3 different hand held units both in training and actual fires so will give my own thoughts and opinions, for what the're worth. Our department currently owns an FRC Lifesight Plus, Scott Eagle, and a Bullard. The FRC definitly gives the best quality image but I feel is way too complicated to operate with the different options on the startup menu. We have also had major problems with breaking of the exposed external battery. The Scott and the Bullard on the other hand are what I like to call firefighter friendly. They are simple to operate. Turn on, point, and view. As for picture quality, who really cares if the image of a victim is not as sharp, as long as it is ditinguishable. Remember the acronym KISS (Keep It Simple Stupid). This definitely should apply here. Simply put, if it's easy to use the members will use it, if it isn't, they won't. Whichever camera you end up with, it will greatly assist your fireground activities. We use them on just about every fire either looking for victims or fire extension. Good Luck.
11-25-1999, 11:26 PM #7TIManFirehouse.com Guest
Hello All and Welcome Mr. Little,
I am glad another manufacturer is on board so additional information on thermal imaging will be available.
I think and hope we can provide valuable information here without pushing a specific product. A word of caution Mr. Little, your comment on “buy ISG” is the kind of stuff firehouse.com and others will not find acceptable, I know from first hand experience based on an earlier episode involving FLIR I think we all have the right to post our opinions here as long as we identify them as such, and keep the opinions and facts separated and identified.
As far as the “white out” issue goes, we both are right, but I would make the following point. First of all “white out” is not defined in Webster’s Dictionary so that is why you defined it one way and I defined it another. My definition is one that goes back, as I said, to the days of PEV technology. In those days “white out” meant complete detector saturation which resulted in the entire screen turning white and staying white for a significant period of time. Users would say “the screen whited out”, hence the term was developed. I would say your definition is a more up to date one based on a more scientific explanation of what can occur with the current BST technology. So what does all of the technical stuff and definitions mean? The days of the complete screen turning white and staying white for more than a second or two are over with the current BST technology.
As far as the issues goes with having to make an adjustment on the aperture control to get a satisfactory image, I just spent 2 months comparing various units and technologies in real world applications. As a result I have on video tape how the Bullard and certain other units function in a wide range of environments. With the aperture all the way open, looking at an environment where everything is 70 degrees to looking at a free burning fire, the image was never unacceptable. It is on tape for anyone to look at and verify, so I would not say my comment is reckless, just me saying what is a verifiable fact. Not to put words in anyone’s mouth but it seemed that Eng 48’s comment also verified this. Of course as I have always said in the past, do not listen to me or anyone else, see for yourself.
I also brought this issue up because I attend about 4 or 5 fire department TI evaluations a month. Many of them are excellent, but in a number of them the firefighters basically sat and looked at the fire, making a big issue out of what they saw, while never trying to carry out any other tasks or evaluating the units in any other type of environment. If you think about it how much time do you actually spend looking at a free burning fire? You are there to put it out, so when you find it, you put it out. If you can not put it out you are not going to sit around and look at it. As far as being able to ID a downed firefighter who is in the same room as the fire, yeah you need to evaluate that issue. If what you see with an imager is so poor you can not make out what you are seeing, then it obviously is not doing you any good. But remember you are not making Hollywood movies, you need a good image, but not necessarily the same quality you get on your camcorder. Also the imager with the best picture is no good if it will not work or is not user friendly as mfgentili pointed out.
I hope no one will purchase an imager based solely on anyone’s presentation of information here. I hope the information here will insure everyone is aware of the capabilities and limitations of the various thermal imaging systems so they can make their own informed decision on what will work best for them.
See it and do it for yourself !
Good Luck, Be Safe,
11-28-1999, 06:14 PM #8Eng 48Firehouse.com Guest
Just for the record, I thaught "white out" was what happend when the camera was pointed at a high temp heat source, it overpowered anything in front of it. If the fire was so hot that if a person was in front of it, you couldn't see them in the imager. This was not experienced with either camera. The rep from ISG may have missed my other posts. The ISG has to be held right up to your face to see anything. The backlit screens on the Bullard and Scott are the way to go. These are my opinions, and everyone should try the different cameras themselves. I'm just trying to give people some ideas of what to look for while evaluating cameras. Good luck everyone.
Be safe everyone!
11-28-1999, 08:25 PM #9S. CookFirehouse.com Guest
Since a bunch of the reps are all here, I thought I'd post some of the things I like by way of imagers. In no particular order (except #1).
1. Easy to use. Just give me a button to push and get out of the way. The control knob for the iris is no big deal, the only time we may need to use it is when were looking for a missing/runaway person that is NOT associated with a fire call.
2. It should be ready to go at all times. I don't want to have to put the thing together on the way to the call.
3. Durability. If it is dropped from a resonable height (say 8' to 10' from an attic onto concrete, not 20 to 30 from a roof) it should continue to operate. If it has an external component, (e.g. antenna, cable...) IT IS GOING TO GET BROKE.
4. Reliability. It shall work when I need it to work. It shall not be accidentlayy turned off when I lay it down, crawl with it or bump it into something.
5. Large screen. I would like to see what I point a $15,000 piece of equipment at.
6. Customer service. If I can't get 24 hour turnaround service, or a replcement unit while mine is in the shop, I wasted the taxpayers/donators money. The imager may not be there when they need it.
7. Training. At least one day for each shift. Then leave us the materials and we'll catch the rest of the folks up on it. They are not that hard to use.
8. Upgradeable. As technology changes, if you upgrade your imager, I want to be able to upgrade the older version I bought from you without having to buy a new imager, unless I get a deal on a trade in.
[This message has been edited by S. Cook (edited November 28, 1999).]
11-30-1999, 01:54 AM #10dalittleFirehouse.com Guest
I just wanted to post a real quick reply to the question from the Cranbury NJ firefighter concerning whitout.
You are correct... sort of....
When you stand in proximity, in front of a decent sized fire, and are observed through a thermal imager, saturation in the image may occur around you, but not on you. Your body is acting as a filter to the IR radiation. You appear as a black silhouette. Observers can see you against the fire (unless you are in conditions that saturate the entire detector array.) All this holds true if the camera is not moved or panned. If the camera is panned, your image shifts to a saturated area of the scene thereby preventing the observer from seeing you since a saturated detector, or fraction thereof, is incapable of returning good imaging values until the pixels have sufficient time to re-set or "poll" themselves.
In BST based systems, this takes anywhere from a few (2 or 3) seconds, to upward of 15 seconds in some cases.
PST and PbZr based systems (Marconi detector arrays used in cams like FLIR SeekIR, MSA (EEV) Argus, and CarinsIRIS) actually appear to re-set slightly faster than BST.
In microbolometers, the imprint of the fire, where the overload occured, may even be left on the screen indefinitely until the detector is normalized (we call this "nuking".) By the way, most bolometer based cams have a provision for "nukes" so, don't worry too much about that.
Manufacturers prevent this from happening by using saturation control devices - either gain/offset, or front-end iris, or both - to prevent the overload from occuring in the first place.
So, in summary, whiteout in BST based cameras is not loosing the image of a firefighter in front of a fire, but the loss of the image of a firefighter could be caused, at least in part, by whiteout. This can occur with any type of technology.
Caveat -- please do not take this as the "Bible".
(I am really dong an injustice here because there are so many different conditions and environmental factors that could cause all kinds of things to happen. - We, as manufacturers, just have to anticipate what may happen and make sure we've made a provision to control it as best we can.)
You guys pay a lot of money for this equipment, you expect it to work! (I don't blame you!)
I hope this helps you.
Any questions, fire away!
Director, North American Opers.
ISG Thermal Systems USA, Inc.
11-30-1999, 04:11 AM #11TIManFirehouse.com Guest
Well I believe we have beaten up “white out” pretty good, hopefully we have not just thrown around a bunch of technical jargon, but we have made some clear useful points. I am not real sure of that and I believe these posts bring up what should be an obvious point, we lack a clear concise source of information on thermal imaging. You will not find the term “white out” in Webster’s dictionary, or more importantly IFSTA’s Essentials of Firefighting, or any NFPA Standard. If you check all of the manufacturer’s websites you will find Bullard’s is the only one with a definition of “white out”. This definition is basic and acceptable, but it does not even come close to covering all of the information that was covered in these posts. So it is clear and evident why there is so much confusion over whether or not a unit will or will not “white out”, if you can not define what is taking place how can you determine if it is happening. So what are we going to do about it?
I believe progress is being made, the information being exchanged on this forum is one example. But I also believe the posts on this forum show that unless we have a definitive source to refer to, the battles and arguments will continue to rage especially when it comes to evaluating and buying imagers. More importantly this lack of information may lead to an injury or fatality because a firefighter is unaware of the real capabilities and limitations of thermal imaging. This gets back into some of the earlier posts on training and the issues over who should be providing it. There is no questions the manufacturers will have a big part, but I have a problem with the fact the Fire Service is almost completely willing to blindly follow whatever a manufacturer says. In a perfect world factual unbiased information should be provided, but when millions of dollars are on the line chances are the information that bests supports the manufacturers selling points will be emphasized. That is not to say anyone would intentionally provide information that would put anyone’s life on the line, but we all should know the truth has been stretched and certain information has been conveniently left out. Certain individuals (firefighters) and agencies (fire training facilities) have begun the intimidating task of understanding thermal imaging and providing information to firefighters, but they are few and far in-between. I hope more work can be done between the manufacturers and fire service to insure the correct information is available.
What do you think needs to be done ? Does NFPA need to develop a standard on thermal imagers and thermal imaging training ? Does IFSTA need to incorporate thermal imaging into the next edition of the Essentials of Firefighting ? How can we as firefighters and manufactures go about getting this done ? It is a lot to think about, but we have to start somewhere, or we will have to continue down the current path with a number of different people trying to call the shots at the same time.
Good Luck, Be Safe,
11-30-1999, 10:42 PM #12IRallthewayFirehouse.com Guest
Well, I have been watching these posts as well and I agree mostly with Mr Little, but I also agree with TIMAN that training is very important. However, I think the training should come from the manufactuers. They and I know we've talked about this before are the experts on the camera and the way it works. They should bascially teach the firefighters what it can and can't do, not tell them how to do their job. It's up to the departments to bring it into their specific SOP's. I am a little curious why more manufactuers don't provide good quality training when a camera is purchased. Has anyone received good training from the manufacturer, not the distributor after they purchased a camera? The distributors are great, but they can't be experts on everything.
12-01-1999, 03:32 PM #13Lt.RhodesFirehouse.com Guest
I only see a couple of camera's being evaluated in this forum and I know there are numerous T.I.C.'s out there and yes they all have good points. We currently use the Vision III from ISI in our department. I urge you to evaluate this camera.
12-02-1999, 01:16 PM #14Eng 48Firehouse.com Guest
To anyone reading this forum, you may have missed my previous posts where I didcussed the other cameras our committee had evaluated. These three were our finalists, not the only ones we looked at.
Be safe everyone!
12-17-1999, 10:29 PM #15WOOLMARKETFirehouse.com Guest
First let me start by saying I am not a salesman. I am the Assistant Fire Chief for the Woolmarket Fire Volunteer Dept which is a rural fire department in southern Mississippi. We recently purchased the ISG K-90 Talisman which we felt gave us the best product. We were provided the United States Navy's finding on replacment systems for the current shipboard models which we studied in detail. This report included finding on all the major models available which were put to the test in a live fire environment. ISG stood head and shoulders above the rest based on the results of the testing conducted. I spoke to serveral companies to include Cairns, Flir, Bullard, FRC, Argus, Scott, MSA, and ISG to name a few. I asked for reading material on all their products and from that asked more questions. Some companies, not mentioning names, became frustrated with us so they were removed from consideration. After we had narrowed the choice down to the ISG model, we contacted the local rep who assisted us from there. We held a live fire training exercise with the ISG rep, Tony at Airsafe, who provided us with an additional camera. Every single individual was amazed!
Since the camera was put in service, we have been more confident with the system and have saved three structures from complete loss which before the camera was in service, we would not have entered and even attempted to fight. An interesting side note, our camera was requested by a major city police department, with the initials of BPD, to assist them in a hostage standoff. Talk about good PR.
Bottom Line- We purchased the ISG because it lives up to its reputation. It is worth the money.
I will be more than happy to share my thoughts on the camera/procurement process/funding with anyone who has a question.
Asst Chief, Woolmarket Volunteer FD
12-18-1999, 09:15 AM #16HPOneFirehouse.com Guest
As long as David and TIMAN are on this page I thought I would interject as well. My name is George Batchelor and I work for FireFLIR. I just wanted to say that I agree with IRALLTHEWAY. Training is crucial in the use of any IR imager. FLIR believes this and has trained hundreds of firefighters, all over the country, in the use of their FireFLIRs . Training is an essential part of the product (as it should be) not an option. Did you receive your SCBA or even a gas meter without some training ? NO. Then why would you take a TIC into a fire with out training ?
12-18-1999, 05:29 PM #17TIManFirehouse.com Guest
Couple of things :
Just curious, Chief Hesse, why you choose to eliminate all of the units except for one before you did the live fire evaluation. I ask because I am always being questioned about evaluations and this is the first time I have ever heard of anyone going through the work of doing a live fire evaluation, but only looking at one unit in the burn. Is anyone else eliminating the units down to one before the burn ?
Second, for everyones info the Naval evaluation has been redone, for a number of reasons which I will leave alone. The new results should be available by the first of the year. I guess it has some merits, but I think any evaluation you do yourself would be much better. Land based and ship based firefighting are two different beasts. There are a number of the test criteria that do have merit, and it is another reference source if you can not do your own evaluation, but I would take it with a grain of salt.
Good Luck, Be Safe,
[This message has been edited by TIMan (edited December 18, 1999).]
[This message has been edited by TIMan (edited December 18, 1999).]
12-20-1999, 01:17 AM #18WOOLMARKETFirehouse.com Guest
With reference to your question about why we eliminated all the other units before the live test. Fair question and it was due to the fact that we asked for a preview of the cameras, ie before the live fire, and only two companies appeared. We eliminted the other camera based on this pending the results of the live fire. It is fair to say we were convinced based on our financial situation, requirements, and research conducted we were going to procure the ISG unless during the live fire, it flopped. During the live fire, we had two cameras (ISG Talisman) made available for our use and they proved themselves to every individual present. I felt it was important to limit the live fire exercise to the camera we felt we were going with so this way everybody got a chance to use it, get comfortable with it, address concerns, and give their first hand inputs. We researached the various cameras for over a year and the committee felt the live fire would be the make or break determination.
Now let's move onto the Navy testing. While any Volunteer Chief knows that the department can be a full time job, my real full time job is as a Naval Officer. TIMan you are off the make by saying shipboard and land based fires are two different beasts. In some aspects, shipboard is much more complicated as several factors must come into play (stability, plant recovery, and effected systems, etc). Unless you have found a way to walk on water, the surround and drown tactic won't work real good. It is usually a long swim in. Getting back to the point, a thermal imaging camera must perform in the toughest environment no if's and's or buts. From that standpoint, there is no, repeat no, difference between land based and shipboard fire fighting.
Next point, the Navy requested each manufacturer who wished to be considered as the next generation of cameras meet certain requirements which were known to all upfront and to my knowledge there was no hidden agenda. Having known the requirements up front and then failing does not give me a sense of confidence based on the tests were what can be expected of a camera. If a camera can meet these requirements, it will meet any fire departments requirements hands down. As far as taking the study with a grain of salt, a member of my staff (who has over 20 years experience as a volunteer firefighter) particpated in additional testing and he echoed the results of the initial test. I put stock into the Navy's findings and I encourage any department who is interested in procuring a camera to obtain a copy of the testing.
Will Hesse, Asst Chief Woolamrket FD
LCDR, USN (when I am not wearing my cape with an "S" on it.)
12-20-1999, 05:37 PM #19TIManFirehouse.com Guest
In response to the response. First of all if you are happy with your decision and your unit is working for you great. No question ISG has a good unit and it will serve you well. My point in my question was to try and get some clarification so that others who are in your position will understand your reasoning, not to say you are right or wrong. It is a free country and you can do what you please. I sought clarification because in the past the consensus on this forum has been that the best way to do an evaluation is to look at all of the units in the live fire, since many will do well in a office but fail in the burn. Of course if you have a party and no one shows what can you do.
As far as the Navy, you are entitled to your opinion as I am to mine, but I would make the following counterpoints.
Shipboard versus Landbased,
Ventilation – you can not take out a window or cut a hole in the roof, the smoke conditions in a shipboard fire can easily be a hundred times worse than a structure fire. If the shipboard ventilation system is out, the smoke stays, and cold wet smoke is the worst.
Egress – damage control procedures can dictate that hatches are sealed, this can mean normal egress routes are lost. Basically you are fighting a basement fire, but the incident commander may make the decision to close the door behind you.
Strategies – you said it, surround and drowned is not an option in shipboard, it definitely is on the land.
TI Use - my understanding, which came from the Navy Evaluation and 2 friends who are former naval firefighters, was that the TI operator basically directed the actions of others, unlike landbased operations where the TI is used by team members carrying out suppression or rescue activities.
As far as firefighting goes there are differences, as far as TI use, I can not say for sure. I am not part of Naval Fire Fighting Team today, but in my understanding of how the evaluation was conducted there were differences in how the units were used. You hit it right on the head when you said they must be durable, this should be one of the top issues when evaluating imager
As far as the evaluation, I wanted to stay out of the details but here goes,
The Navy had a requirement for unit size and case size, relevant to the Navy, completely irrelevant to everyone else. So if a unit failed this criteria should it matter to anyone other than the Navy ? No.
Bullard offered the Navy a case that would meet the size requirements. The evaluators explained it was not the production model so they could not evaluate it. How much sense does that make ? None.
Bullard failed the radio interference test (a problem which has been corrected), the ISG unit among others, was not tested against radio interference.
Our camera did not have a strap on the left hand side so it was not considered ambidextrous, I know of at least 3 left handed firefighters who use it with no problem. Is this an objective or subjective test criteria ? Pistol grip works in the left or right hand.
One of ISG’s cameras leaked in the water test, but because it worked when it dried out it was considered a pass. I thought the test criteria was to see if it was water tight not to see if would work after it took on water and had a chance to dry out ? Inconsistent.
I could fill about 10 pages with comments on the evaluation. Once again, the Naval Evaluation has been redone and the new results should be out by the first of the year. I bet at least one more manufacturer passed, so what does that say about the first round ? What about ISG's claim to be the only one to pass the Naval Evaluation ? A final note, the Navy never intended for its evaluation to be used outside of the Navy, it says on the first page of the report (quote) :
“The findings contained in this report are not to be construed as an official Department of the Navy position unless so designated by other authorized documents. Citation of trade names in this report does not constitute an official endorsement or approval of the use of these products. Cameras were assessed against Navy shipboard firefighting requirements and in no way denote potential for use in other firefighting applications”
The only reason I am speaking out on the Navy issue is because ISG has built a considerable part of their marketing and sales around it (publication and trade show advertising, mailed to customers requesting literature) even though the Navy never had any intentions of indorsing a product with its results. I know not every department can conduct their own evaluation so they have to base their decision on something. I THINK (my opinion) they are better off making their decision based on numerous evaluations conducted by land based departments, versus one ship based evaluation. Why look at the Navy’s report when you can look at a report from someone who does the exact same thing you do under the exact same conditions? That is why I have constantly tried to get departments to post the results of their evaluations here, regardless of who they chose. Your input adds to that information. No body says we all have to agree here, but obviously more can be accomplished by working together, rather than fighting over who is number one.
There are at least 2 or 3 units on the market that are great and work fine. The perfect TI has not been built, each one has its pros and cons. The only person who can say for sure what is best , is the person who uses it successfully in battle, as it was intended without failure.
No disrespect intended, just voicing a different viewpoint and concern, trying to keep the information flowing.
Good Luck, Be Safe
PS : think I can get a cape with a “T” on it where you got your cape with a “S” on it ?
[This message has been edited by TIMan (edited December 20, 1999).]
12-21-1999, 06:55 PM #20dalittleFirehouse.com Guest
Wow, I missed quite a bit over the last couple of days! I open this board up and POW! look at
what’s going on...
OK TIMAN, since you’ve already stepped into this pile of (you know what) with both your feet, now, lets really get some clarification:
In one of your previous posts, you mention that the US Navy tests were redone for reasons you will “leave alone...” That statement can be interpreted many ways - and can very easily be misinterpreted. Its almost like you’d like others to believe that the test was thrown out by the US
Navy and the results will be replaced by the more recent test that was conducted last month. NOW, that is certainly not true is it? I am very curious to learn about your impressions why there was a second test in the first place. Let’s hear the reasons - also be aware that this board is monitored by individuals who are “in the know” so you should be sure about your facts before
you post, and errors of omission are not permitted either - in other words, the whole story please... This time, please leave your salesman hat at home. This is not the place for this.
I commend you on your soft-sell approach to promote your thermal imaging product. Very
eloquently done, but not transparent to many of us watching from the sidelines.
The US Navy has used firefighting thermal imaging for over 15 years and has around 2000
cameras in service - I certainly would imagine that they probably have more experience with thermal imaging than you do. Advising the readers to take their evaluation and findings with a grain of salt suggests at least some degree of delusions of grandure, and is certainly arrogant at
TIMAN, you should not leave these readers with an impression that you know something about these tests that they don’t, and that you are either unable or unwilling to share the information.
We eagerly await your reply...
David A. Little
Director, North American Operations
ISG Thermal Systems USA, Inc.
[This message has been edited by dalittle (edited December 21, 1999).]
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