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TERA is a smart clip-on thermal sighting system to be used as a shooting system component: a rifle and a scope. TERA ensures a hit ratio beyond any comparison along with top comfort conditions at search, detection, and automatic calculation of elevation and windage corrections for warm-contrasting targets, day or night under any weather conditions.
TERA utilizes your scope potential to the maximum extent possible and push the boundaries beyond what other thermal imaging clip-on devices could ever offer.
For the first time does the clip-on thermal sighting system display a precision shot solution implemented through an electronic dot to be superposed over the scope reticle and that matches with a hit point found by the ballistic calculator (and the shooter can go without the elevation or windage knobs to be rotated).
TERA means innovative design and excellent performance, state-of- art component capabilities and breakthrough technology. A compact casing made of high-strength aluminium and magnesium alloy houses a high-resolution thermal core, a high-selective laser rangefinder, a Linux OS computer, a global navigational satellite system module, a 3-axis gyroscope and an accelerometer, an electronic compass, a ballistic calculator, and remote control, communication and data transmission interfaces.
TERA is a thermal clip-on sighting system where every single process – from the preparation stage up to firing – is automated. With the high-sensitive thermal device, detection of any target, even hidden behind the vegetation, is easy; while the high-selective laser rangefinder will not fail to measure any distance under any complicated conditions, whether it’s rain, snow, fog, dust storm, high humidity or heat. The ballistic calculator will automatically shift the target reticle with due account of the range, the elevation angle, air pressure, temperature and air humidity, as well as ammo ballistic data, wind velocity and direction, drift and Coriolis effect.
All you need to do is to have the reticle and your target superposed and pull the trigger. After that, you just use the navigational service to determine the hit positioning data and settle a route towards the target.
Proved by harsh qualification tests and being in line with the stringent standards, TERA embraces every high-end technology possible, along with our long-term experience, and has raised the bar high across the thermal imaging sight engineering area.
Impressive with its opportunities, user-friendly, designed by shooters for shooters, not only does TERA take into account but also anticipates wishes of the most demanding users, and suggests itself as one of the most efficient all-purpose thermal clip-on devices among those available on the world market today.
Optical system | |
Lens | 100 mm f/1.25 |
Optical zoom | x1 |
Digital zoom | x2, x4, x8 |
Field of View, ° | 6.2 х 4.7 |
Field of view, m for 100 m | 10.9 х 8.2 |
Focus adjustment | Manual, auto |
Human detection range, m | 2450 |
Human recognition range, m | 650 |
Human identification range, m | 330 |
Sight mode/Ballistics | |
Maximum shooting range, m | 2000 |
Data base for 8 types of rifles (barrels) | + |
Data base for 3 types of ammo per each bar- rel | + |
Integrated ballistic calculator | + |
Table ballistic calculator | + |
Automatic reticle correction under range, elevation and atmospheric parameters (temperature, air pressure, humidity) | + |
Wind forecast | + |
Calculation of scope corrections | + |
Thermal sensor | |
Thermal imager type | Uncooled microbolometer |
Pixel pitch | 17 μm |
Spectral band | 7.5 – 13.5 μm |
Frame rate | 50 Hz |
Lens sensitivity f/1.0 | < 50mK |
Monochrome and colour pallets | +, 12 modes |
Thermal imager calibration | Auto, by closing a lens cover / no calibration |
Laser rangefinder |
|
Laser wavelength, nm | 905 / 1550 (optional) |
Distance measurement range, m | 10-5000 |
Distance measurement accuracy, m | 1 |
Calculation of the true range to a target (in- cluding elevation values) | + |
Rangefinder reticle adjustment via display | + |
Display | |
Display type | OLED |
Resolution | 800х600 |
Interfaces | |
USB | Micro USB |
Wi-Fi | 802.11 b/ g/ n |
Bluetooth | + |
2.4 GHz Radio interface | + |
Additional functions | |
Micro SD | +, up to 32 GB |
Built-in flash memory | Not available |
Audio, video, photo recording | + |
Reading of micro SD and flash memory data via USB | + |
Integrated software update via USB and micro SD | + |
Stream video transmission via Wi-Fi | + |
Setup and control via Wi-Fi | + |
Connection to auxiliary devices (a remote control, a weather station, etc) via radio | + |
Parameter profiles | +, 5 |
Parameter setup with the IR&D Software | + |
Shortcut menu | + |
Navigation | + |
Determination of shooter and target coordinates | + |
Picture-in-picture feature | + |
Target gauge | + |
Video recording modes | Manual, by a shot sensor, by a motion sensor |
Power saving modes | + |
Built-in motion sensor | + |
Screen brightness adjustment by a lighting sensor | + |
Image digital gyro stabilization (in a surveillance mode) | + |
System settings | |
Device activation time | 15 seconds maximum |
Self-contained operational time | > 4 hours (at 0°С) |
Battery | 2x CR123A+3х 18650 |
External power input | + |
Voltage range, V | 12 ± 0.3 |
Integrated sensors | |
Shot | + |
Steady state | + |
Free fall | + |
Lighting | + |
Elevation | + |
Roll | + |
Temperature | + |
Air pressure | + |
Relative humidity | + |
Off-timer | + |
GLONASS module | + |
Compass | + |
Gyroscope | + |
Physical parameteres | |
Operating temperature range | -40°C … +65°C |
Casing rate | IP66 |
Casing material | Aluminum-magnesium alloy |
Dimensions, mm | 270.6×100.1×105.2 |
Weight (without batteries), g | 980 |