Unmanned Aircraft Systems
6 товаров
<b>As a payload for unmanned aerial vehicles, Radar mms offers a wide range of equipment for various purposes with a total weight of 10 to 150 kg, including:</b>
<ul>
<li>optoelectronic systems</li>
<li>specialized sensors and measuring equipment</li>
<li>acoustic systems and lighting equipment</li>
</ul>
<h2><span style="font-size: 12pt;">Payload Equipment Designed by Radar mms</h2>
<ul>
<li>X-Band Sector-Scanning Small-Sized Radar MRLS-01</li>
<li>X-Band Sector-Scanning Small-Sized Radar MRLS-02</li>
<li>Quantum four-chamber magnetometer</li>
<li>Public-address equipment set KRIK</li>
</ul>
<h2><span style="font-size: 12pt;">Integrated Payload Equipment </h2>
<ul>
<li>Gyro-stabilized optoelectronic system</li>
<li>Spotlight</li>
<li>Gamma radiation detector</li>
<li>Combined semiautomatic dust meter</li>
<li>Gas analyzer</li>
<li>Drop device</li>
<li>Motional feedback loudspeaker</li>
</ul>
5 товаров
The ACS provides precision characteristics of UAS at the level of systems used in manned helicopters.
<h2><span style="font-size: 12pt;">Benefits</span></h2>
Radar mms assets include unique algorithms for functioning and integrated use of various types of sensors and actuators included in the control system of unmanned aircraft systems.
<br><br>
The company has developed a conception for building the application software to control the UAVs motion.
1 товар
1 товар
Radar mms designs and manufactures unmanned aircraft systems (UAS) as requested by the customer, which include: unmanned rotary-wing aerial vehicle (rotary-wing UAV) with a wide range of payloads designed to perform a large scope of tasks, and various versions of the ground control station that controls the UAV, receives and processes information, obtained from the payload equipment, and telemetry data.
Rotary-wing UAVs with a maximum take-off weight of 45 to 500 kg are equipped with an automatic control system, inertial navigation system, GPS/GLONASS receiver, payload control unit, a set of system status monitoring sensors, transceiver equipment.
The substantial benefits of unmanned aircraft systems designed by Radar mms are mobility, rapid deployment, unified software, scalability, reliability, and high adaptability to different types of payloads.Unmanned aircraft systems designed by Radar mms allow:
- monitoring large areas and long stretches of land, water and ice surfaces in hard-to-reach areas
- conducting a magnetometric survey
- support for search and rescue operations, patrol and security and counter-terrorism operations
- conducting ice reconnaissance
- determining the scale of consequences of natural and man-made disasters
- conducting cartographic and topographic surveys
- cargo delivery for various purposes
- conducting operations for the support of agriculture