Utilizing a next generation jamming method, DM100/101 can perform reactive spot jamming, where only a fraction of the spectrum is being jammed, as opposed to jamming larger parts of the spectrum. There are many benefits of reactive spot jamming, including the ability to jam drones at a safe distance, with only a few Watt output power. DM100 is without GNSS, DM101 is with GNSS.
While most jammers work independently, DM100/101 is built for collaborative jamming. Each jammer is radiating with low power, but in collaboration mode they will have a high-power effect in the target area, allowing effective defeat of drone threats. Hence the total collateral damage to the surroundings will be minimal while the effectiveness on target is optimized.
They can either function in manual mode, allowing the operator to decide when to actively engage a drone threat, or it may be instantly configured to autonomous mode, which allow the jammer to actively engage drones when detected. For this, the DOBERMANN requires the WATCHDOG or WOLFPACK RF drone detector, which will passively detect drones in the vicinity of the protected area, and once a drone is detected, the networked DOBERMANN will automatically start jamming the drone’s control signal. The WATCHDOG and WOLFPACK provide make/model information to the end-user by classifying control signals and video feeds to and from the drone.
The DM100/101 Counter UAS jammer comes complete with Command and Control (C2) user interface that provides situational awareness of the protected perimeter and threat intelligence to assess the risk.
The DM100/101 is completely scalable and can be installed in any area, from a prison sized compound to the size of an airbase. The networked Counter UAS jammer is part of the MyDefence fixed installation system called KNOX. The system also includes RF detectors and together the detectors and jammers will make sure to protect any sector of the perimeter against drone threats.
DOBERMANN is designed for both civilian and military use and is the most advanced drone jammer available on the market. The high standards for testing and the quality of the components ensures high reliability, low maintainability and outstanding performance against commercial drones used for nefarious purposes.
Technical features
- Weight
- Dimensions (D x W x H)
- Frequency ranges
- Jamming range / Jamming range ratio
- Operation modes
- Transmit power
- Power Supply
- Interface
- Antenna
- Operating temperature
- Color
- IP rating
- 1983g including mounting and cooling
- 62 x 158 x 100 mm / (2.44 x 6.22 x 3.94)
- DM100 – 2.4GHz, 5.2GHz, 5.8GHz / DM101 – 2.4GHz, 5.2GHz, and 5.8GHz & 1.6GHz (GNSS)
- 1,000 meters /Typical approx. 80%
- Automated and manual
- Up to 2W average / Up to 10W peak
- Power Over Ethernet (PoE) (25W power budget)
- External active transmit antennas for more frequency bands (433MHz, 900MHz)
- 6dBi antenna gains EIRP of 8W (39 dBm) Circular polarized ½ pwr. band with 60° horizontal and vertical
- -30°C to +65°C / (-22°F to +149°F)
- Black/Custom
- IP67