| EO Day Sensor | Sensor Type: HD Color CMOS Camera 1080p HD Output: 42 to 2.3 Continuous Zoom, 0.8 Continuous Digital |
|---|---|
| EO Narrow Sensor | Sensor Type: HD Color CMOS Camera 1080p HD Output: Single Field of View 0.42, 0.11 Digital |
| Night Sensor | Sensor Type: 640 x 480 MWIR (720P HD MWIR Option Available) 1080p HD Output: WFOV 9.35, MFOV 2.45, NFOV 0.54, 0.21 Digital |
| Laser Range Finder | 10km Range Finder (25km Range Class 1, Eye-safe Laser Range Finder Option Available) |
| Laser Spotter | Class 3b Laser Pointer, 150mW Laser Pointer |
| Turret Dimensions | 13.25” Diameter X 20.35” Height Including tower mount interface |
| System Weight | 75 lbs |
| Input Power | 24 Volts, 64 Watts Steady State |
| Video & Comms | Video Output: Single Standard Definition NTSC RS-170 High Definition Digital : Dual HD-SDI, SMPTE 292m, 1080p @ 30hz Communications: RS232 |
| Field of Regard | EL:+20 to -180 AZ: 360 continuous |
| Max Slew Rate | 60 Degrees per second |
| Gyro Stabilization | 4-axis mechanical stabilization |
| Embedded Tracker | Embedded Single Target Centroid Tracker, Embedded Single Target Correlation Tracker |
| INS/IMU | Embedded INS |
| Environmental | Sealed and Pressurized |
| Features | Image Blending, Embedded Local Area Contrast Enhancement on IR and EO Image, Turbulence Suppression, Image Sharpening, Geo-pointing and Geo-locating features |
| Mounting Interface | Standard 8x 1/4-20 bolt mount (optional FLIR Aircraft/Turret Mount P/N 75002129) |
i2XM-TM
The i2XM-TM is a variant of the i2XM specifically designed for tower mount systems. With an interface for a standard FLIR Quick-Release mechanism, a wide input power range accommodating most tower systems, and the same payload performance and low power design of the i2XM, the i2XM-TM is an ideal candidate for mobile or stationary tower systems.
The i2ULS is the latest of the Ultra-Light weight turrets that Innovative Intuitive Technology Inc. has produced. At less than 5 lbs. this continuous zoom Mid-wave infrared FLIR turret gives Light weight, high performance miniature stabilized gimbal with HD EO and Cooled MWIR video imaging capabilities.
Beginning with the 2018 model, the i2ULS now comes with the option to upgrade to a 5-axis stabilization for those situations that require maintaining horizon. The i2ULS can now also be upgraded to IP67 for dust and water resistance up to 1m of static water.
The i2ML-HD is the smallest 4 axis gimbal suite i2Tech has to offer in the 3lbs weight class with optical continuous zoom lens. Equipped with a 2x LWIR continous zoom lens and a 10x HD EO camera, the i2ML-HD fills the gap of ultra-light weight and low power stabilized gimbals.
The i2AX-HD builds upon the successful i2AX with increased sensor performance up to 4x and adding HD MWIR and SWIR capabilities while maintaining its light weight and low power. Equipped with a new EO spotting scope and an extended MWIR lens, the i2AX-HD can perform the function of turrets normally 4 times its weight class.
The i2AX-TM is a variant of the i2AX specifically designed for tower mount systems. With an interface for a standard Quick-Release mechanism, a wide input power range accommodating most tower systems, and the same light weight and low power design of the i2AX, the i2AX-TM is an ideal candidate for mobile or stationary tower systems.
The i2AX-SEO is a 4-axis light-weight visible gimbal with superior visible sensor performance. The combination of its HD continuous zoom camera and HD spotting scope, the i2AX-SEO has the equivalent range of gimbals in the 100lbs class within a 10lbs package.
Similar to the i2AX-SEO, the i2ULS-SEO is a long range EO visible sensor gimbal for UAVs requiring payloads less than 10lbs. With its dual continuous zoom HD cameras, the i2ULS-SEO provides high quality, mechanically stabilized imagery for smaller UAVs in need of superior GRD.
Highest performance 4-axis stabilized gimbal optimized for size, weight and power supporting long standoff application. The i2XM is i2Tech’s latest high performance stabilizing gimbal with superior extended standoff range. Its small light weight package enables it to be installed into numerous air and land based platforms. Highest performance stabilizing gimbal platform optimized for size and weight.
Light weight, miniature 4-axis stabilized gimbal with standard definition EO and IR video imaging capabilities. Innovative Intuitive Technology Inc. has developed a family of Light Weight, low power, Low Cost turrets that incorporates a multitude of sensors putting them in a class all their own. With their high performance mechanical stabilization, these gimbals become versatile for various moving platforms.
The i2AX-IRHD is a first in its class 4-axis stabilized gimbal with an emphasis on Mid-Wave Infrared (MWIR) sensor performance for Group 2/Tier 1 UAVs (10lbs class payload). The MWIR provides unprecedented performance is equivalent to sensors seen on 100lbs gimbals within a 10lbs package giving unprecedented target fidelity to target acquisition.
The i2XM-SA series is an all encompassing stabilized gimbal system with the longest EFLs in the MWIR, SWIR, and EO bands that i2Tech has to offer. While weighing less than half of other competitors, the i2XM-SA provides a lightweight solution for smaller UAVs, Tower, and aerostats that need the fidelity of larger gimbal systems.
Successor to the i200A gimbal the i2-AX is a high performance stabilized gimbal with dual HD-EO and IR continuous zoom sensors, 10km range finder and laser pointer.
With an upgraded Full 1080p HD EO Camera that allows for Continuous Zoom, the i2AX still manages to weigh 25% lighter than other gimbals. The successor to the original i2AX gimbal platform. Featuring a continuous zoom lens and a high performance stabilizing platform in a smaller package than the original i2AX.
The i2ULS-5Axis is a 5 axis stabilized gimbal system equipped with the same high performance sensors as the i2ULS within an IP67 housing. Specifically designed for maritime use, the i2ULS-5Axis provides a unique form, fit, and function for users who need to withstand marine conditions.
