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FLIR

FLIR ONE Pro LT - High resolution Thermal Imaging Camera for iOS Smartphones (iPhone w/Lightning Port Only)

    • Based on 1,986 reviews
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Availability: Only 3 left in stock, order soon!
Fulfilled by Amazon
Arrives Friday, Sep 27
Order within 16 hours and 36 minutes
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Style: Pro LT iOS – Lightning Port


Features

  • COMPATIBILITY - Pro LT infrared cameras connect with all iOS devices with a Lightning Port. NOTE: Not compatible with iPhone 15 and later with USB-C. For iPhone 15 and later see FLIR ONE Edge or Edge Pro
  • CLEAR IMAGES - High Resolution IR images with 1440x1080 visual resolution and 80x60 thermal resolution
  • ACCURACY - measures temperature within 3C or 5% when the unit is within 15 C 35 C and the scene is within 5 C 120 C
  • FLIR IGNITE CLOUD - Directly upload, organize, and share images from your Wi-Fi connected FLIR camera.
  • JOBSITE TOUGH: Built to take the abuse that working on a jobsite dishes out every day, rated to take a drop from 1.5 meters and is built to last.
  • USES - Commercial Grade thermal imager ideal for a wide variety of applications including home inspection, automotive, chemical, plastics and machinery industries

Description

FLIR 435-0012-03 Model FLIR ONE PRO LT iOS Pro-Grade Thermal Imaging Camera For Smartphones, 80 x 60 Thermal Resolution, 1440 x 1080 Visual Resolution, Adjustable Connector Up To 4mm. Operating Temperature- 0 degree Celsius — 35 degree Celsius (32 degree Fahrenheit — 95 degree Fahrenheit) , battery charging 0 degree Celsius — 30 degree Celsius (32 degree Fahrenheit — 86 degree Fahrenheit). Key FeaturesFLIR VividIR Image processing, enhances resolution and accuracyOneFit adjustable connector, extends by up to 4 mm, so you can secure your FLIR ONE Pro LT to your mobile device while its still in the protective caseMultiple spot meters, level/span controls, and reporting through the FLIR Tools Mobile App support more professional problem solving and functionalityFor use with iOS SmartphonesThermal Sensitivity/NETD up to 100 mKVideo, Still image, Time lapse capture modes SpecificationsAccuracy: ±3°C or ±5%, typical Percent of the difference between ambient and scene temperature. Applicable 60 sec after start-up when the unit is within 15°C — 35°C and the scene is within 5°C — 120°CNon-Operating Temperature: -20°C — 60°C (-4°F — 140°F)Scene Dynamic Range: -20°C — 120°C (-4°F — 248°F)Spot Meter: Off / °C / °F. Resolution 0.1°C / 0.1°FThermal Sensitivity/NETD: 100 mKWeight: 36.5 gDimensions (H x W x D): 68 × 34 × 14 mm (2.7" × 1.3" × 0.6")Adjustable MSX distance: 0.3 m - InfinityFile Formats: Still images – radiometric jpegVideo and Still Image Display/Capture: Saved as 1440 × 1080Focus: Fixed 15 cm - InfinityFrame Rate: 8.7 HzHFOV/VFOV: 50° ±1° / 38° ±1°Shutter: Automatic/ManualThermal Resolution: 80 × 60Thermal Sensor: Pixel size 17 µm, 8 — 14 µm spectral rangeVisual Resolution: 1440 × 1080Battery charge time: 40 minBattery Life: Approximately 1 hr.

Manufacturer: ‎FLIR


Part Number: ‎FLIR ONE Pro LT iOS


Item Weight: ‎1.28 ounces


Product Dimensions: ‎2.7 x 0.6 x 1.4 inches


Item model number: ‎IOS


Batteries: ‎1 Lithium Polymer batteries required. (included)


Is Discontinued By Manufacturer: ‎No


Color: ‎Ios


Style: ‎Pro LT iOS – Lightning Port


Finish: ‎Matt


Material: ‎ABS


Pattern: ‎Thermal Camera


Shape: ‎Rectangular


Power Source: ‎corded-electric


Item Package Quantity: ‎1


Measurement System: ‎Metric


Certification: ‎MFi, RoHS, CE/FCC, CEC-BC, EN62133


Special Features: ‎Adjustable


Included Components: ‎FLIR ONE PRO LT, USB to USBC Cable, Storage Case


Batteries Included?: ‎Yes


Batteries Required?: ‎Yes


Battery Cell Type: ‎Lithium Ion


Warranty Description: ‎1 year


Date First Available: July 17, 2018


Frequently asked questions

If you place your order now, the estimated arrival date for this product is: Friday, Sep 27

Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.

To initiate a return, please visit our Returns Center.

View our full returns policy here.

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Top Amazon Reviews

    • Works great but focus is a bit annoying
Style: Pro LT Android
I was able to get this to work even with an OtterBox Defender on a Galaxy S22 ultra, although the connection is finicky and I wouldn't recommend it. The photos are great and I've learned a lot about heat loss in my home. I will say that having to refocus for every time you change the distance of your picture is a bit annoying but it's not a huge deal. Quality is good and app isn't bad. ... show more
Reviewed in the United States on March 7, 2024 by Ian Fuller
    • Product meets expectations
Style: Pro LT Android
I bought this item as an experiment, as there was a number of times when I needed a heat camera in non-professional settings. After doing some research, this is the product I selected. Overall it does not disappoint. * Setup: relatively easy, though it requires downloading the Flir app. * Ergonomics: very good—it fits easily into the phone's USB port, and does not make the phone significantly bigger or bulkier. There is a wheel that fastens the camera so it doesn't fall off. * Packaging and handling: the little camera case is neat and looks professional, but the camera and case are built together in such a way that the easiest way to put the camera in the case is by putting a finger on the lens – a small but annoying design oversight. I've had to clean the lens basically every time. * Picture quality: be aware that infrared/heat cameras are not mainstream products, so the amount of R&D that goes into them is small. Therefore, even the best cameras have a very low resolution. Perhaps today infrared cameras are at the point that "normal" digital cameras were 25–30 years ago. Having said that, this camera has a good enough resolution to perform basic tasks like detecting leaks. We have a couple of decades to wait until infrareds can be used for photography too. ... show more
Reviewed in the United States on October 28, 2022 by Yan Nasonov
    • Paid for itself ten times over in only a few seconds during a broadcast engineering call.
Style: Pro LT Android
Review Image by Dan Gunter, Communications/Broadcast Engineer Dan Gunter, Communications/Broadcast Engineer
I purchased this model wondering just how useful it would be in my broadcast engineering and electronic repair work. I have been more than pleasantly surprised with its overall performance and versatility. Adding a couple of accessories (a 6' USB extension cable and a tripod-mountable cell phone holder) allows me to "tether" the camera via the USB extension cable up to 6' away from the phone so that I can keep the camera stable and stationary while fooling with the settings on the phone and in the FLIR app (like positioning the temperature display spots/zones, aligning the infrared image to the digital camera image, and so forth.) Using my "tether" method also makes it much easier to get the camera itself into relatively tight locations (such as inside broadcast transmitters) while having the controlling cellphone in a more convenient location for checking the camera's view, adjusting the settings, actually shooting and reviewing images, etc. You could spend up to several $K and get much higher resolution, more features, etc. But I have found that many of the negative reviews of this camera can be attributed -- at least in part, if not lartely -- to user technique. I highly recommend that anyone purchasing one of these cameras with the intent of using it for more than a fun toy visit FLIR's website and read up on infrared thermography techniques and become a more knowledgeable user. There are tricks (such as using electrical tape, "white out," spray foot powder (yes, you read that right), etc. on shiny, metallic and certain other surfaces/items to control "emissivity" and thermal "reflectivity" (a very critical topic to understand if you want to avoid trying to figure out and resolve "hot spots" which appear in your IR images but don't really exist, etc. I have to say I'm more than pleased with this camera. In fact, in a matter of seconds it recently helped me discover that one of two internally mounted cooling fans on a very expensive broadcast transmitter had failed -- without even having to shut the transmitter down or open it up (see the photo included in this review.) The transmitter had a history of blowing amplifier modules which cost between $2K and $3K. I'm the third engineer who was still trying to determine why that was happening. Now that we know the transmitter is only flowing 1/2 the amount of intended cooling air through its cabinet, I'm pretty sure the previously inexplicable failures have been caused by excessive heat due a fan which has probably been dead for a long time. Preventing the loss of just one of those amplifier modules alone represents at least a ten-fold return on the investment I made in this camera, when you factor in parts cost, labor, down-time, travel to perform the repair, etc. At the workbench and in the field, this camera has already saved me a LOT of time, money, and head-scratching. I'm sure I'll end up purchasing one of FLIR's higher-end, more expensive IR thermal cameras in the future, but I have to admit this one is performing well above what I expected for the price and its overall usefulness is really quite impressive. ... show more
Reviewed in the United States on December 30, 2019 by Dan Gunter, Communications/Broadcast Engineer Dan Gunter, Communications/Broadcast Engineer
    • Mid-priced model hits the sweet spot
Style: Pro LT Android
Review Image by Brian K Brian K
Review Image by Brian K Brian K
Review Image by Brian K Brian K
The LT model has the lower resolution like the FLIR ONE but has the software of the FLIR ONE Pro. More software options makes the lower resolution less of an issue by outlining the images using information from the visible light lens. In practice around the house you just need to get closer to the surface to see detail after scanning more broadly from a distance not unlike a conventional camera really. Battery life is limited so when your done playing (it is fun) recharge it and plan on getting getting your survey done in under an hour. A few tips. 1] Glass is opaque to IR so don't pay any attention to the reading you get from it. 2] Shiny things emit IR poorly and reflect it like a mirror. Don't be fooled by your own reflection. 3] Put a piece of electrical tape on a shiny surface and read the temperature of the tape. 4] Water holds heat surprisingly well so to find dampness try a fan or A/C temperature changes to create a temperature difference and moisture will stand out. Confirm your suspicions with a moisture meter. 5] Sun and wind outdoors can change the surface temperature and confuse matters. Its not hard to imagine the liquid propane in the bottom of the tank being cooler that the vapor in the top, or for that matter the same temperature for a period of time. 6] The default colors indicate the highest and lowest temperature in view not hot and cold per se. My nephew isn't the Human Torch in Antarctica but if he was the image would be a range of purple to yellow as well. 7] It can seem like you can see through things but you can't. You only see surface temperature differences. In the middle picture you can see a missing insulation bat in the ceiling and three windows. If you look closely you can see my reflection in the right hand window. Also if I had put my hand on one of the windows a hand print would be immediately visible and persist for several minutes. 8] When observing a power panel do it while the connected devices are on and drawing current. Unloaded power panels are no fun in IR. Put a measuring spot on the point in question and make sure its really "too" hot and not just warmer that surrounding areas. Breakers and wires under load will be warmer normally and stand out. If it's a loose connection issue the entire wire will not "glow" in the image; just the end connected to the breaker. 9] You may be able to see breaker bus bar connection issues by heat that seems to emanate from the gap between the breakers and not the breaker itself. Remember, bus bars are shiny and mirror like so the heat u see may be your own body heat reflected back at you. Stand off to the side or kill the mains and try the tape trick. ... show more
Reviewed in the United States on April 24, 2021 by Brian K Brian K

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