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See the world from a new perspective with the 1st Thermal Imaging Smartphone (Powered by FLIR)! This new generation of rugged unlocked smartphone will allow you to capture everything from the palm of your hand.
See the world from a new perspective with the 1st Thermal Imaging Smartphone (Powered by FLIR)! This new generation of rugged unlocked smartphone will allow you to capture everything from the palm of your hand.
Discontinued!
This product has been discontinued and is no longer available.
There is no direct replacement, however we recommend the:
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Offering a turning point in smartphone innovation as the first of its kind, the Cat® S60 gives you live thermal imaging expertise direct from your smartphone. Utilising MSX Technology exclusive to FLIR, this rugged smartphone captures shareable clear thermal imagery, video and even timelapse footage. Multiple spot meters allow you to retroactively pinpoint a temperature in your image while the thermal imagery technology is capable of penetrating even obscurants like smoke.
Not compatible with Ultra Speed Cards (these are marked with a U).
Features
SOS Function
The SOS key will allow you to send a predefined custom SMS message, including your current location, to up to three predefined contacts through the Location Alert app, installed on the device.
Using the SOS key:
Note: Full details in the User Manual
"Revolutionise the way you interact with the world around you with the power of thermal just a touch away. Be among the first to bring this accessible thermal imaging technology to your workplace, your home or even on-the-go with the Cat® S60. With thermal imaging available at the simple touch of a button, you can quickly identify gaps in insulation, electrical faults and monitor the performance of machinery. You can even check the gas cylinder levels for your barbeque or find the freshest loaf of bread at the market. But really the possibilities are endless...we're looking to YOU to find them all."
The first of its kind, the Cat® S60 gives you live thermal imaging expertise direct from your smartphone. Utilising MSX Technology exclusive to FLIR, this rugged smartphone captures shareable clear thermal imagery, video and even timelapse footage. Multiple spot meters allow you to retroactively pinpoint a temperature in your image while the thermal imagery technology is capable of penetrating even obscurants like smoke.
The world's most waterproof smartphone can survive depths of up to 5 meters for 60 minutes using our unique Lockdown Switch. The S60 can also take underwater photographs and video, as well as boasting a glove and wet-finger compatible Corning® Gorilla® Glass 4 touchscreen.
Drop-proof to 1.8m and reinforced with a strengthened die cast frame, the Cat® S60 exceeds even military specifications, making it the perfect companion to those living even the most rugged of lifestyles.
| United States Compatible Carriers GSM Networks |
|
| Camera | |
| Display Type | Super bright 4.7" a-Si AHVA, HD, 1280x720 |
| Camera | |
| Main/Rear | 13MP Autofocus + FLIR Thermal Camera |
| Front | 5MP |
| Video Capture | Yes, 1080p, 30fps |
| Thermal Sensors | 17μm pixel size 8-14μm spectral range |
| Thermal Resolution | 80x60 |
| Visual Resolution | 640x480 |
| HFOV/VFOV | 46° ± 1° / 35° ± 1° |
| Frame Rate | 8.7Hz |
| Focus | Fixed 15cm - Infinity |
| Built In Shutter | Automatic/Manual |
| Scene Dynamic Range | -20°C - 120°C |
| Accuracy | Typical ±5°C |
| Thermal Sensitivity | 150mK |
| Live Image | Thermal (MSX) |
| Save Image | Radiometric jpeg |
| Save Video | Thermal (MSX) as mpeg |
| Swipe to VIS | Yes, in Edit Mode |
| Palettes | Irom, Black hot, White hot, Rainbow, Contrast, Arctic, Lava, Coldest, Hottest |
| IR Scale | Automatic, Lockable min/max, editable min/max |
| Thermal Image Analytics | -Up to three movable spot meters -Whole image ROI with min/max/avg -Center 16x16pix ROI with min/max/avg |
| Emissivity Settings | Matte: 95%, Semi-Matte: 80% Semi-Glossy: 60%, Glossy: 30% |
| Timer | off, 3s, 10s |
| Time Lapse Video Recording | Delay time, Frame interval, Playback rate |
| Panorama | Yes |
| GPS Location Is Saved Image | Yes |
| Export to other FLIR analysis and reporting software | link from MyFLIR app to FLIR Tools |
| User Alignment | Yes |
| Memory | |
| ROM Flash | 32GB |
| RAM | 3GB |
| Extended Storage | microSD™ up to 128GB |
| Processor Type | Qualcomm MSM8952-3 (4 x 1.5GHz + 4 x 1.2GHz) |
| Platform/OS | Android™ 6.0 Marshmallow |
| IP Rating | IP68 Certified |
| Waterproof | Up to 5m for 60 mins |
| Dust Proof | Impervious to dust |
| Drop Test | Up to 1.8M (6 ft) |
| Military Standard | MIL-SPEC 810G, Shock and Drop, Operating Temp: -25°C (-13°F) to 55°C (131°F), Category 4 vibration |
| Sensors | Proximity, Ambient Light, Gyroscope, E-compass, Barometer/Altimeter |
| Size | 147.9 x 73.4 x 12.66 mm |
| Weight | 223g |
| Battery | Non-removable Lithium Ion with Quick Charge 2.0 |
Warranty
| European & South Africa | Information: Please ensure all device software is up-to-date and backup your device before a repair. Warranty Information and Period: 24 months from date of purchase. For repairs please contact the original retailer you purchased your Cat phone from. In the case of Catphones.com this is our ecommerce partner Expansys. |
| Rest Of The World | Information: Please ensure all device software is up-to-date and backup your device before a repair. Warranty Information and Period: 12 months from date of purchase. For repairs please contact the original retailer you purchased your Cat phone from. In the case of Catphones.com this is our ecommerce partner Expansys. |
| Accessories Warranty Policy | Warranty Information and Period: 6 months from date of purchase. For repairs please contact the original retailer you purchased your Cat phone from. In the case of Catphones.com this is our ecommerce partner Expansys. |
Further Warranty And Repair Information
Detailed warranty information and the associated terms and conditions can be found in the limited warranty statement originally included with your Cat phone.
Warranty periods are applicable from the date of purchase. To obtain warranty and repair services, the customer will need to provide the model and serial number, as well as the IMEI number of the device. These must be complete and unobscured. Additionally, customers may need to show proof of purchase such an invoice, bill or receipt.
For devices that meet the conditions of the warranty Bullitt Group commit to repairing, or if this is not possible replacing, the device with a suitable equivalent.
The limited warranty is only applicable in the country where the product was sold.
This warranty only applies to manufacturer defects in the hardware of the product.
The warranty card included in the packaging with the device will state any exclusions to the warranty.
Click here for complete specifications on the CAT CS60-SUB-USA-UN
Name: Matt Newell
Job: Beekeeper
Phone for the job: My Cat s60. I use the thermal imaging function every day to locate swarms hidden in trees, nests behind fascia boards and to monitor winter activity when it’s too cold to open the hive. The screen is large and easy to operate when wearing gloves.
Why did I become a beekeeper?: I think there is something fascinating about the hive and bees. A system that interacts with the surrounding landscape, collecting honey in return for pollination, and the way humans can in turn interact with this. I particularly like breeding queen bees and selecting attributes such as disease resistance and honey production.
For the benefit of those without a working knowledge of honey bees, I’ll begin with some background information. When the temperature outside is 8°C or below outside, honey bees cluster in an approximate shape and size of a rugby ball. To generate heat they vibrate their wing muscles and rub against each other. When young bees (brood) are being reared during the first cooler months of the year, the cluster must work hard to maintain a steady temperature between 34.5 – 36.7 °C inside the cluster whatever the temperatures outside. In this state and given the right insulation, they have been shown to be able to survive down to temperatures of -40 degrees centigrade, and overwinter successfully in hives buried in deep snow<
The picture below shows two hives side by side. The left-hand side is a strong hive with a cluster that is giving a good heat signal. The right-hand side was a weaker hive going into winter after failing to build up to the size required and as such it is a weaker signal.
As bees overwinter in the cluster, they consume their honey gathered from the previous summer. They use this stored honey at the time of year when there are very few flowers to gather nectar from. As can be imagined, cold and damp conditions in the brood box can be incredibly detrimental to hive health, especially when the bees are doing all they can to keep the temperatures stable as the thermometer plummets outside. Cold is especially damaging to brood and can kill vulnerable larvae instantly, the so called “chilled brood” effect. When spring does arrive, this means these first foragers will be missing and the hive will struggle to capitalise on the short season of abundant nectar to prepare for next winter.
I was mentored by an old beekeeper whose winter mantra was “keep their tails cool and their heads warm” and there’s a lot of sense in that. Using the Cat S60 it is very easy to see areas of heat loss during the cold weather. This can be dealt with by giving insulation to the roof, something I did this year for the first time after seeing a big heat signal on my Cat S60. Less heat lost means less honey consumed and a more successful spring build-up. The economic benefits to both bee and beekeeper are obvious.
However, adequate ventilation is also a key aspect. We have all been in a stuffy room and it isn’t particularly pleasant. To facilitate convection and heat transfer from where the heat is generated to where it is required there must be adequate hive ventilation. Furthermore, the consumption of honey produces water vapour as a by-product. If this is allowed to accumulate, it can collect on the inner cover and drip into the cluster which will lead to damp conditions, the prevalence of disease and very unhappy, short- lived bees. So the Cat S60 is a useful tool to see the amount of heat generated and dissipated by a hive of bees, and from where.
This image shows the loss of heat through convection. The hive on the left has a ventilated floor made mostly of fine mesh. The hive on the right has a solid floor and less ventilation meaning the bees have to work harder to remove the warm but damp air from the broodnest.
The traditional method to see the amount of honey stored is by lifting the hive and estimating the amount of honey stored in the combs. Beekeepers call this “hefting”. Whilst this shows the amount of honey in the hive from the weight, this will not show the location of either the stores or the cluster of overwintering bees. If they are not near each other starvation will still occur.
What I have been looking for using the Cat S60 smartphone is the position of the cluster during the colder months of the year. This has been done in scientific studies in the past, but instead of using the integrated FLIR camera, it was performed using cyanide gas to kill the bees whilst clustered and to examine the location of the clusters in relation to the stores, and the amount of brood raised. Quite a distressing thought. Using the thermal imaging technology, I am able to locate the clusters of bees inside the hive through the wall without any other interaction with the bees at all. Because stored honey is always stored above the cluster in a large arc, if I can see a large cluster of bees right at the top of the hive, I know they are probably hungry and are running out of stores, and will be unable to maintain the temperature in the hive. They will require urgent attention to avert colony loss.
Using the thermal imaging technology, I am able to locate the clusters of bees inside the hive through the wall without any other interaction with the bees at all.
The size of the heat signal will also inform management techniques. Often a weaker heat signal shows there is the possibility of a smaller, colder cluster and therefore the inability to raise brood.
However, this is not always the case. By comparing the behaviour of several hives of a fairly uniform weight and strength, and using the combined information of the size and heat signal of a cluster and comparing it to the outside temperature, it can show some very interesting aspects of hive behaviour without having to remove the roof, disturb the cluster, or get stung!
| United States Compatible Carriers GSM Networks |
|
| Camera | |
| Display Type | Super bright 4.7" a-Si AHVA, HD, 1280x720 |
| Camera | |
| Main/Rear | 13MP Autofocus + FLIR Thermal Camera |
| Front | 5MP |
| Video Capture | Yes, 1080p, 30fps |
| Thermal Sensors | 17μm pixel size 8-14μm spectral range |
| Thermal Resolution | 80x60 |
| Visual Resolution | 640x480 |
| HFOV/VFOV | 46° ± 1° / 35° ± 1° |
| Frame Rate | 8.7Hz |
| Focus | Fixed 15cm - Infinity |
| Built In Shutter | Automatic/Manual |
| Scene Dynamic Range | -20°C - 120°C |
| Accuracy | Typical ±5°C |
| Thermal Sensitivity | 150mK |
| Live Image | Thermal (MSX) |
| Save Image | Radiometric jpeg |
| Save Video | Thermal (MSX) as mpeg |
| Swipe to VIS | Yes, in Edit Mode |
| Palettes | Irom, Black hot, White hot, Rainbow, Contrast, Arctic, Lava, Coldest, Hottest |
| IR Scale | Automatic, Lockable min/max, editable min/max |
| Thermal Image Analytics | -Up to three movable spot meters -Whole image ROI with min/max/avg -Center 16x16pix ROI with min/max/avg |
| Emissivity Settings | Matte: 95%, Semi-Matte: 80% Semi-Glossy: 60%, Glossy: 30% |
| Timer | off, 3s, 10s |
| Time Lapse Video Recording | Delay time, Frame interval, Playback rate |
| Panorama | Yes |
| GPS Location Is Saved Image | Yes |
| Export to other FLIR analysis and reporting software | link from MyFLIR app to FLIR Tools |
| User Alignment | Yes |
| Memory | |
| ROM Flash | 32GB |
| RAM | 3GB |
| Extended Storage | microSD™ up to 128GB |
| Processor Type | Qualcomm MSM8952-3 (4 x 1.5GHz + 4 x 1.2GHz) |
| Platform/OS | Android™ 6.0 Marshmallow |
| IP Rating | IP68 Certified |
| Waterproof | Up to 5m for 60 mins |
| Dust Proof | Impervious to dust |
| Drop Test | Up to 1.8M (6 ft) |
| Military Standard | MIL-SPEC 810G, Shock and Drop, Operating Temp: -25°C (-13°F) to 55°C (131°F), Category 4 vibration |
| Sensors | Proximity, Ambient Light, Gyroscope, E-compass, Barometer/Altimeter |
| Size | 147.9 x 73.4 x 12.66 mm |
| Weight | 223g |
| Battery | Non-removable Lithium Ion with Quick Charge 2.0 |
Warranty
| European & South Africa | Information: Please ensure all device software is up-to-date and backup your device before a repair. Warranty Information and Period: 24 months from date of purchase. For repairs please contact the original retailer you purchased your Cat phone from. In the case of Catphones.com this is our ecommerce partner Expansys. |
| Rest Of The World | Information: Please ensure all device software is up-to-date and backup your device before a repair. Warranty Information and Period: 12 months from date of purchase. For repairs please contact the original retailer you purchased your Cat phone from. In the case of Catphones.com this is our ecommerce partner Expansys. |
| Accessories Warranty Policy | Warranty Information and Period: 6 months from date of purchase. For repairs please contact the original retailer you purchased your Cat phone from. In the case of Catphones.com this is our ecommerce partner Expansys. |
Further Warranty And Repair Information
Detailed warranty information and the associated terms and conditions can be found in the limited warranty statement originally included with your Cat phone.
Warranty periods are applicable from the date of purchase. To obtain warranty and repair services, the customer will need to provide the model and serial number, as well as the IMEI number of the device. These must be complete and unobscured. Additionally, customers may need to show proof of purchase such an invoice, bill or receipt.
For devices that meet the conditions of the warranty Bullitt Group commit to repairing, or if this is not possible replacing, the device with a suitable equivalent.
The limited warranty is only applicable in the country where the product was sold.
This warranty only applies to manufacturer defects in the hardware of the product.
The warranty card included in the packaging with the device will state any exclusions to the warranty.
Click here for complete specifications on the CAT CS60-SUB-USA-UN
Name: Matt Newell
Job: Beekeeper
Phone for the job: My Cat s60. I use the thermal imaging function every day to locate swarms hidden in trees, nests behind fascia boards and to monitor winter activity when it’s too cold to open the hive. The screen is large and easy to operate when wearing gloves.
Why did I become a beekeeper?: I think there is something fascinating about the hive and bees. A system that interacts with the surrounding landscape, collecting honey in return for pollination, and the way humans can in turn interact with this. I particularly like breeding queen bees and selecting attributes such as disease resistance and honey production.
For the benefit of those without a working knowledge of honey bees, I’ll begin with some background information. When the temperature outside is 8°C or below outside, honey bees cluster in an approximate shape and size of a rugby ball. To generate heat they vibrate their wing muscles and rub against each other. When young bees (brood) are being reared during the first cooler months of the year, the cluster must work hard to maintain a steady temperature between 34.5 – 36.7 °C inside the cluster whatever the temperatures outside. In this state and given the right insulation, they have been shown to be able to survive down to temperatures of -40 degrees centigrade, and overwinter successfully in hives buried in deep snow<
The picture below shows two hives side by side. The left-hand side is a strong hive with a cluster that is giving a good heat signal. The right-hand side was a weaker hive going into winter after failing to build up to the size required and as such it is a weaker signal.
As bees overwinter in the cluster, they consume their honey gathered from the previous summer. They use this stored honey at the time of year when there are very few flowers to gather nectar from. As can be imagined, cold and damp conditions in the brood box can be incredibly detrimental to hive health, especially when the bees are doing all they can to keep the temperatures stable as the thermometer plummets outside. Cold is especially damaging to brood and can kill vulnerable larvae instantly, the so called “chilled brood” effect. When spring does arrive, this means these first foragers will be missing and the hive will struggle to capitalise on the short season of abundant nectar to prepare for next winter.
I was mentored by an old beekeeper whose winter mantra was “keep their tails cool and their heads warm” and there’s a lot of sense in that. Using the Cat S60 it is very easy to see areas of heat loss during the cold weather. This can be dealt with by giving insulation to the roof, something I did this year for the first time after seeing a big heat signal on my Cat S60. Less heat lost means less honey consumed and a more successful spring build-up. The economic benefits to both bee and beekeeper are obvious.
However, adequate ventilation is also a key aspect. We have all been in a stuffy room and it isn’t particularly pleasant. To facilitate convection and heat transfer from where the heat is generated to where it is required there must be adequate hive ventilation. Furthermore, the consumption of honey produces water vapour as a by-product. If this is allowed to accumulate, it can collect on the inner cover and drip into the cluster which will lead to damp conditions, the prevalence of disease and very unhappy, short- lived bees. So the Cat S60 is a useful tool to see the amount of heat generated and dissipated by a hive of bees, and from where.
This image shows the loss of heat through convection. The hive on the left has a ventilated floor made mostly of fine mesh. The hive on the right has a solid floor and less ventilation meaning the bees have to work harder to remove the warm but damp air from the broodnest.
The traditional method to see the amount of honey stored is by lifting the hive and estimating the amount of honey stored in the combs. Beekeepers call this “hefting”. Whilst this shows the amount of honey in the hive from the weight, this will not show the location of either the stores or the cluster of overwintering bees. If they are not near each other starvation will still occur.
What I have been looking for using the Cat S60 smartphone is the position of the cluster during the colder months of the year. This has been done in scientific studies in the past, but instead of using the integrated FLIR camera, it was performed using cyanide gas to kill the bees whilst clustered and to examine the location of the clusters in relation to the stores, and the amount of brood raised. Quite a distressing thought. Using the thermal imaging technology, I am able to locate the clusters of bees inside the hive through the wall without any other interaction with the bees at all. Because stored honey is always stored above the cluster in a large arc, if I can see a large cluster of bees right at the top of the hive, I know they are probably hungry and are running out of stores, and will be unable to maintain the temperature in the hive. They will require urgent attention to avert colony loss.
Using the thermal imaging technology, I am able to locate the clusters of bees inside the hive through the wall without any other interaction with the bees at all.
The size of the heat signal will also inform management techniques. Often a weaker heat signal shows there is the possibility of a smaller, colder cluster and therefore the inability to raise brood.
However, this is not always the case. By comparing the behaviour of several hives of a fairly uniform weight and strength, and using the combined information of the size and heat signal of a cluster and comparing it to the outside temperature, it can show some very interesting aspects of hive behaviour without having to remove the roof, disturb the cluster, or get stung!
