Gimbals
Gyrostabilized gimbals weighing
from 250 g to 4,2 kg for air and land operations, which can be customized with sensors such as EO, MWIR and LWIR,
Laser pointers (visible and IR) or Laser Range Finders.
s
- Multi-platforms usage – UAV,
aircraft, UGV. - Geo tracking and localization.
- SDI / HDMI with full HD output.
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Temis mini
Small and ultralight gyrostabilized gimbal equipped with various types of sensors.
Technical description
Weight: 240 g (EO sensor)/300 g (IR sensor)
Height: 127 mm
Min. diameter: 53 mm (main body)
Max. diameter: 75 mm
Power: 8V to 36V, typ. 8W – max. 20W
Sensors:
- Daylight camera: Full HD, 25 mm lens
- Infrared camera: 640×480 px, 35 mm lens
Communication:
- RS232
- Daylight camera: NTSC or PAL
- Infrared camera: NTSC or PAL
Stabilization: <150 μrad
Complementary: GCS control station, VIPER video module, shockproof case
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Temis
This two-axis gyrostabilized gimbal which weighs only 750 g. It can carry full HD daylight camera, optional IR sensor and laser pointer.
Technical description
Weight: 750 g
Height: 170 mm
Min. diameter: 85 mm (main body)
Max. diameter: 114 mm
Power: 8V to 36V, typ. 8W – max. 20W
Sensors:
- Daylight camera: Sony full HD, optical zoom x12
- Infrared camera: 640×480 px
- Lens options: 19, 35 mm
- Optional: laser pointer
Communication:
- RS232
- Daylight camera: NTSC or PAL
- Infrared camera: NTSC or PAL
Stabilization: < 150 μrad
Complementary: GCS control station, VIPER video module, shockproof case
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Temis XL
Gyrostabilized gimbal TEMIS XL weights less than 1 kg and is equipped with full HD daylight sensor with optical zoom x30, IR sensor with optional lenses 13 mm to 35 mm and optional laser pointer.
Technical description
Height: 182 mm
Min. diameter: 85 mm (main body)
Max. diameter: 127 mm
Power: 8V to 36V, typ. 10W – max. 20W
Sensors:
- Daylight camera: Sony full HD, optical zoom x30
- Infrared camera: 640×480 px
- Lens options: 13, 19, 35 mm
- Optional: laser pointer
Communication:
- RS232
- Daylight camera: SDI / HDMI
- Infrared camera: CVBS / SDI / HDMI
Stabilization: < 150 μrad
Complementary: GCS control station, VIPER video module, shockproof case
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Temis XL16Z
TEMIS XL16Z offers optical zoom capability x30 for daylight and x5 for IR channel (15-75 mm). With optional laser pointer and laser range finder is ready to cope with various operational needs.
Technical description
Weight: 1 800 g
Height: 234 mm
Min. diameter: 105 mm (main body)
Max. diameter: 160 mm
Power: 8V to 36V, typ. 12W – max. 22W
Sensors:
- Daylight camera: Sony full HD, optical zoom x30
- Infrared camera: 640×480 px, optical zoom x5 (15-75 mm)
- Optional: laser pointer, LRF, dual FOV IR (19 / 75 mm)
Communication:
- RS232
- Daylight camera: SDI / HDMI
- Infrared camera: CVBS / SDI / HDMI
Stabilization: < 150 μrad
Complementary: GCS control station, VIPER video module, shockproof case
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Temis XL19
Long-range observation gimbal which integrates full HD day sensor with optical zoom x30 and IR sensor with 100mm lenses, optional laser pointer and laser range finder.
Technical description
Height: 269 mm
Min. diameter: 120 mm (main body)
Max. diameter: 190 mm
Power: 8V to 36V, typ. 14W – max. 24W
Sensors:
- Daylight camera: Sony full HD, optical zoom x30
- Infrared camera: 640×480 px
- Lens option: 100 mm
- Optional: laser pointer, LRF, dual FOV IR (19 / 100 mm)
Communication:
- RS232
- Daylight camera: SDI / HDMI
- Infrared camera: CVBS / SDI / HDMI
Stabilization: < 150 μrad
Complementary: GCS control station, VIPER video module, shockproof case
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Temis L20
TEMIS L20 serves perfectly for long-range observation and is designed for harsh environments. The gimbal is equipped with full HD day sensor with optical zoom x30, with single or dual field of view IR sensor with a variety of lenses, VGA or XGA resolution, optional laser pointer and laser range finder.
Technical description
Height: 309 mm
Min. diameter: 140 mm (main body)
Max. diameter: 250 mm
Power: 8V to 36V, typ. 20W – max. 30W
Sensors:
- Daylight camera: Sony full HD, optical zoom x30
- Infrared camera: 640×480 px (LWIR) or 1024×768 px (XGA)
- Lens options: 75, 100 mm
- Optional: laser pointer, LRF, dual FOV IR
Communication:
- RS232
- Daylight camera: SDI
- Infrared camera: CVBS / SDI
Stabilization: < 150 μrad
Complementary: GCS control station, VIPER video module, shockproof case
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Temis M25
Cost-effective gimbal for ultra-long-range observation (10 km+) with cooled IR sensor (optical zoom 18 to 275mm). It can be equipped with laser pointer and laser range finder.
Technical description
Height: 350 mm
Min. diameter: 140 mm (main body)
Max. diameter: 250 mm
Power: 8V to 36V, typ. 20W – max. 30W
Sensors:
- Daylight camera: Sony full HD, optical zoom x30
- Infrared camera: 640×480 px (MWIR), optical zoom x15
Optional: laser pointer, LRF,
Communication:
- RS232
- Daylight camera: SDI
- Infrared camera: CVBS / SDI
Stabilization: < 150 μrad
Complementary: GCS control station, VIPER video module, shockproof case
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Retractable system
The system enables pull-in gimbal into the body of UAV before the launch or landing.
It is suitable for any Temis gimbals.
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Viper
Video encoding over ethernet with additional functionalities such as built-in GPS and real-time video processing. It is fitted with two simultaneous full HD channels, ethernet hub and GPS with optional high precision.
Enhanced stabilization, roll correction, detection and tracking, recording on SD card etc.
Technical description
- RS232
- Digital video (HD-SDI input/output)
- Analog video (PAL/NTSC input)
- Ethernet (RJ45)
GPS
- Built-in GPS
- External GPS antenna connector
- Magnetometer
Communication
- Control/command of the gimbal over Ethernet
Viper EE-ST
- Weight: 335 g
- Dimensions: 170x100x68 mm
Viper DG
- Weight: 540 g
- Dimensions: 172x110x70 mm
data link system
Digital data link systems designed for the RSC drone fleet provide high-rate data communication between Ground Control Station and Unmanned Aerial Vehicle.
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RSC StillConn
Unique modular system enabling data and full HD video relay in 2.4GHz, via GSM, Iridium Satelites and LTE on any distance.
Prime connection is WiFi. If the signal is low or lost connection is automatically switched to GSM. Communication modules are connected through mPCIe or USB.
Small and easy to deploy.
Technical description
2,4 GHz, LTE, satellite
Up to 1000 mW
Up to 20 Mbps
Diversity antenna
Point-to-multipoint, mesh
Security: 128-bit AES encryption
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SL200
Long-range data transmission of 55 km, simple antennas setup and bi-directional link for data and live HD video, telemetry and command control.
Superior robustness in mobile conditions using proprietary waveforms and Software Defined Radio (SOR) technologies. It supports Point-to-Multipoint and it is simple to integrate using Ethernet cable and IP protocols.
Technical description
Downlink: up to 4.5 Mbit/s in TDD 90-10 mode, latency < 30 ms
Uplink: up to 50 kbit/s in TDD 90-10 mode, latency < 70 ms
Transmission range: 55 km measured in real conditions
Data protocol: IP/Ethernet + multiple QoS
Security: AES 128/256
Frequency: 2390 MHz to 2490 MHz
Transmit power: configurable with 1 dB step from - 24 to 26 dBm
Power supply: 5 to 14 V, 3 pins Connector
Operating temperature: 0° to + 55°C
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GRS-T200
Tracking antenna for SL200 Datalink with transmission range more than 65 km. Tracking in LOS is fully automated and precise 360° with or without embedded GPS. It is adaptable to all licensed/unlicensed frequencies in the 70MHz – 6GHz range.
Foldable into a standard transport case and quick setup.
Technical description
Antennas: 2 omnidirectional for NON LOS and 2 directive (18 dBi) antennas for long range
Downlink: up to 4.5 Mbit/s in TDD 90-10 mode, latency < 30 ms
Uplink: up to 150 kbit/s in TDD 90-10 mode, latency < 70 ms
Transmission range: 80 km in LOS with video at 3 Mbit/s
Data protocol: IP/Ethernet + multiple QoS
Security: AES 128/256
Frequency: 2390 MHz to 2490 MHz
Transmit power: configurable with 1 dB step from - 25 to 27 dBm
Power supply: 5 to 14 V
Power consumption: <25 W
Operating temperature: 0° to + 55°C
GROUND CONTROL STATION
Own designed and developed management system for easy and effective UAV mission accomplishment. The GCS and its complementary systems provide configuring, planning and executing UAV missions.
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RSC EasyControll
Our GCS supports Ethernet, Mavlink, 2G4, 1G4, 5G8 Civil Broadband such as CrossFire etc.
It provides flight control
(full and semi-automatic missions),
and video control
(recording, postprocessing etc.).
Technical description
RF transmitter module: 868/915 MHz
TBS CrossFire – Air and Ground
2,4 GHz radio modem set, mesh infrastructure (swarm)
12 PCX HOTAS PPM signal cable
5,8/2,4 GHz analog and digital video capability (ethernet support)
Flight joystick, hall effect, 3-axis w/1 top button, for payload and gimbal control 3-axis 2 top buttons
Embedded PC core i7, 1,9 GHz, 16 Gb RAM, INTEL based, Win 10 or Linux OS
Ruggedized case
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Tablet GCS video control
Tablet PC running under Windows 10, GSC software and control unit with joystick, connected on USB port.
It allows gimbal control and sensors management directly or via the control unit, managing simultaneously the display of day and IR video streams, import of mission maps, path tracking or scene locking.
Technical description
Minimum configuration: Windows 10 64 bits, Intel Core i7, 8GB RAM
Access to advanced functions such as: laser pointer and LRF control, mission playback, hot points management or metadata (STANAG 4609)
Optional: USB control unit, laptop or tablet pc
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RSC StillCharged
Easily transportable and deployable power station build-up in a shockproof case. Contains battery management system and serves as a power supply for GCS and other devices.
Technical description
One channel charger: output 1344 W/ 24 V DC
AC power supply: 220/110 V or external DC power supply 12/24 V
Internal battery: 24 V, 7,5 Ah
Others: Integrated contactless system for battery management system, USB ports, ruggedized case
RSC SWARM
RSC SWARM fleet for automatic cooperation in asymmetric environment. Flying in swarm formations gains effectivity to every mission accomplishment.
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TAU SWARM
Designed HW and SW which enables mesh communication between UAVs (UAGs). TAU SWARM means fully distributed solution without a master entity
with advanced features:
- Peer to peer negotiation of task assignment and task splitting
- Cooperation and deconfliction of flight trajectories in real-time
- High-level planning with resources and specific member capabilities
- Automated re-planning and plan repairing
- Operator decision support system
- Real-time monitoring and re-planning
- Cost-effective
Advantages
Mission is accomplished three times faster in comparison with similar standard small drones
Mission covers wider area in compare with similar standard small drones
Mission is accomplished even if one drone is diverted for another task or have to land (AI Swarm immediately recalculate flight plan)