Sensor · Surveillance · Systems
Inventra S³
End-to-End Reconnaissance and Surveillance Systems
Thermal Imagers
Cooled and uncooled thermal channels with day EO, LRF and designator
- LWIR/MWIR up to HD
- Two-axis stabilised
Pan-Tilt & Positioning Systems
Brushless dual-axis and single-axis units from 30 Nm to 1032 Nm
- 22-bit encoders
- Slip rings up to 60 lines
Mast Systems
Motorized and manual telescopic masts for vehicles, shelters and field
- 5–192 kg payload
- 120 km/h wind load
Tripods
Aluminium tripods carrying 25 kg to 150 kg with interchangeable feet
- Light · medium · heavy
- Zero-clearance interface
Where Our Systems Are Deployed
Designed, Manufactured and Qualified In-House
Electromechanical System Design
The mechanism, its structure, its actuator and its control loop are designed as one. Load paths, stiffness, thermal behaviour, pointing accuracy and backlash are properties of that whole rather than of a purchased motor, and they are settled before manufacture.
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Analysis
Stress, thermal, vibration and shock behaviour is established before a part is selected and before it reaches the chamber: static and dynamic analysis first, then multi-body dynamics and hardware-in-the-loop, so the qualification test confirms a prediction instead of discovering a failure.
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Manufacturing
Machining, surface finishing, cabling and integration happen in one building, which is what makes a four-week configured delivery possible.
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Test and Qualification
A system is designed against published methods and then measured against them: temperature and humidity in our own chambers, dimensions on the coordinate measuring machine, and only what the chambers cannot reproduce at an external laboratory.
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Let us define your configuration together
Add model codes to your quote list; speed, torque, sensor, height and finish options are configured to your requirement.