Guide TE210S is a compact thermal monocular for outdoor trips where low weight and straightforward one-handed operation matter.
Thermal imaging when daylight fades
The thermal sensor detects temperature differences, making animals and other heat sources visible without daylight. Its 256×192 px sensor and 10 mm lens determine this model’s field of view and level of image detail. Magnification is 1,2-4,8x: use the lower end for an overview and higher magnification to examine a smaller area more closely.
Image quality and practical features
The built-in display (0.32″ AMOLED 800×600) presents the thermal image through the eyepiece. Different colour palettes let you choose how warmer and colder areas appear, such as light or dark. This allows you to adjust the presentation to the surroundings and your viewing preferences.
Designed for outdoor use
Its compact format makes the camera easy to take on walks and outdoor trips. The built-in rechargeable battery provides up to 6 hours of operation. Support for 20 W fast charging is useful when you need to top up during the day. The IP67 rating provides dust and water protection for outdoor use.
Record your observations
Photo and video functions let you keep a record of what you discover rather than just viewing it live. Wi-Fi connectivity allows connection to a compatible mobile app for viewing and managing recordings. This is useful for documenting repeated observations or sharing an outdoor experience with someone else.
Technical specifications
- Thermal sensor: 256×192@12 µm
- Thermal sensitivity (NETD): 15 mK
- Objective diameter: 10 mm
- Magnification: 1,2-4,8x
- Display: 0.32″ AMOLED 800×600
- Weight: 228 g
- Length: 132 mm
- Width: 47 mm
- Height: 47 mm
- Protection rating: IP67
- Frame rate: 50 Hz
- Battery life, up to: 6 h
- Detection distance, up to: 500 m
Understanding range and thermal imaging
A stated detection distance describes spotting a heat source under favourable conditions, not reliably identifying an animal at that distance. Weather, temperature contrast, object size and a clear line of sight affect the result. Thermal imaging does not see through glass, vegetation or other solid obstructions.
