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DescriptionDetails & specsAttachments
Components:1. Wireless module on a mast (6.5 m, with cover)2. Case with control module and monitor3. Remote signal repeater4. 6S batteries — 3 pcs.5. Antennas: Yagi 14 dBi, Patch 14 dBi, narrow-beam 18 dBi6. Power extension cables: 2x25 m, 7 m7. Remote control connection adapter (2 m)8. Transport cases — 3 pcs.
Mast height: 6 mRange: 12 kmWorking distance from the mast, with relay modules, to the UAV operator: 200+ mNumber of video signal receiver channels in the mast module, in the 4.9-5.8 GHz range: 56 pcs.Number of video signal transmission channels from the modules on the mast to the UAV operator: 80 pcs.Standard frequency of the ELRS drone control signal transmitter (can be changed according to customer requirements): 775 MHzAverage operating time on 1 charge of the standard battery: up to 60 minAbility to remotely turn on/off video signal and control signal transmitters and receivers: YesAbility to operate from a closed position: YesDisplay of video transmission and control element statuses on the MC: YesModules on the mast in “standby” mode with the ability to remotely turn on using a 6S2P (8000 mAh) battery: up to 5 days.
Technical advantages:- Use of standard batteries for FPV drones (6S)- No wires between the mast and the pilot and the ability to move away from the mast (the most visually noticeable element of the ground station) at a distance of 200+ m - Remote switching on and off of elements on the mast extends the station's operating time without replacing the power supply and reduces visibility to the RER — the ELRS module (2 W) and video transmitter are only active during operation, in standby mode — no radiation. - A 25-meter power cable allows the use of heavy, high-capacity batteries on the ground, away from the mast, reducing the risk to people when replacing them during long-term missions. - The 6S battery charge level is displayed on the screen in the pilot's case, allowing you to plan flights and battery replacement work. - RSSI level transmission allows you to assess the presence of REB near the position and understand the quality of the location of the HSU elements at the position in order to obtain the best signal level between the module on the mast and the pilot. - Two video output connectors in the case, allowing simultaneous connection of the pilot's FPV goggles and, for example, an additional device for online broadcasting. - Two video signal output connectors in the case, allowing you to simultaneously connect the pilot's FPV goggles and, for example, an additional device for online broadcasting to the case.- Analog monitor in the case, eliminating the possibility of a “blue screen” during moments of low signal strength. - An additional 12 V power supply on the mast module allows you to connect powerful TX control modules that require increased power consumption. - The ability to remotely switch the channels of the video receiver located on the mast module directly from the remote control. - Each HSU module has its own external batteries, which adds to their autonomy. - A remote module with a video signal receiver and control signal transmitter, which allows the pilot to control the aircraft while remaining in cover. - Antenna for transmitting control signals with high gain (from 17 Dbi). - The ability to purchase modules separately, in case of destruction, for example, of the mast with the relay module (since visually it is the most noticeable element).
Mast height: 6 mRange: 12 kmWorking distance from the mast, with relay modules, to the UAV operator: 200+ mNumber of video signal receiver channels in the mast module, in the 4.9-5.8 GHz range: 56 pcs.Number of video signal transmission channels from the modules on the mast to the UAV operator: 80 pcs.Standard frequency of the ELRS drone control signal transmitter (can be changed according to customer requirements): 775 MHzAverage operating time on 1 charge of the standard battery: up to 60 minAbility to remotely turn on/off video signal and control signal transmitters and receivers: YesAbility to operate from a closed position: YesDisplay of video transmission and control element statuses on the MC: YesModules on the mast in “standby” mode with the ability to remotely turn on using a 6S2P (8000 mAh) battery: up to 5 days.
Technical advantages:- Use of standard batteries for FPV drones (6S)- No wires between the mast and the pilot and the ability to move away from the mast (the most visually noticeable element of the ground station) at a distance of 200+ m - Remote switching on and off of elements on the mast extends the station's operating time without replacing the power supply and reduces visibility to the RER — the ELRS module (2 W) and video transmitter are only active during operation, in standby mode — no radiation. - A 25-meter power cable allows the use of heavy, high-capacity batteries on the ground, away from the mast, reducing the risk to people when replacing them during long-term missions. - The 6S battery charge level is displayed on the screen in the pilot's case, allowing you to plan flights and battery replacement work. - RSSI level transmission allows you to assess the presence of REB near the position and understand the quality of the location of the HSU elements at the position in order to obtain the best signal level between the module on the mast and the pilot. - Two video output connectors in the case, allowing simultaneous connection of the pilot's FPV goggles and, for example, an additional device for online broadcasting. - Two video signal output connectors in the case, allowing you to simultaneously connect the pilot's FPV goggles and, for example, an additional device for online broadcasting to the case.- Analog monitor in the case, eliminating the possibility of a “blue screen” during moments of low signal strength. - An additional 12 V power supply on the mast module allows you to connect powerful TX control modules that require increased power consumption. - The ability to remotely switch the channels of the video receiver located on the mast module directly from the remote control. - Each HSU module has its own external batteries, which adds to their autonomy. - A remote module with a video signal receiver and control signal transmitter, which allows the pilot to control the aircraft while remaining in cover. - Antenna for transmitting control signals with high gain (from 17 Dbi). - The ability to purchase modules separately, in case of destruction, for example, of the mast with the relay module (since visually it is the most noticeable element).
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