📝 Kit: Berkut SkyRage External Antenna 2.4 / 5.2 / 5.8G 10W with 20-meter RG-8 Coaxial Cable N-Type
The Berkut SkyRage 10W kit with a 20-meter RG-8 coaxial cable is a professional remote signal amplification system designed for work with unmanned platforms in the 2.4G, 5.2G and 5.8G bands. The kit combines an active antenna with a powerful amplifier and a low-loss coaxial cable, allowing the radiation point to be moved a significant distance away from the operator’s location.
Berkut SkyRage 10W provides high signal power, a stable control link and improved video communication at long range. The 20-meter RG-8 cable allows the antenna to be placed on a mast, roof, tripod or another open location while keeping the operator in a protected position. Thanks to tri-band support, the kit is compatible with many modern unmanned systems and digital data transmission channels.
🫡 We are a team of veterans
We are a team of veterans, and we understand well that communication stability often determines the effectiveness of the entire system. When the operator works at long distance, in difficult terrain or in a congested radio environment, standard equipment is often no longer sufficient. That is why remote amplified antennas are not just accessories, but full working elements of a serious field setup.
We pay attention not only to amplifier power, but also to cable quality, connector type, line losses, ease of installation and stability in field conditions. The Berkut SkyRage kit with RG-8 is a solution for those who need real range, stable video and the ability to operate from a safer position. Such a system makes it easier to organize a remote control point and gives the operator more predictable and stable performance in practice.
⚙️ Specifications of the Berkut SkyRage antenna
| Parameter | Specification value |
|---|---|
| Device type | Active remote antenna with amplifier |
| Operating frequencies | 2400–2500 MHz / 5000–5875 MHz |
| Supported bands | 2.4G / 5.2G / 5.8G |
| Output power | 2 × 10 W (40 dBm) |
| Gain coefficient | 20–22 dB |
| Antenna gain (dBi) | 2.4G — 15 dBi (±1) / 5.8G — 18 dBi (±1) |
| Noise figure | ≤ 2.0 dB |
| Working angles | Horizontal 65° / Vertical 20° |
| Battery | 7.4 V / 6400 mAh |
| Antenna connector type | N-K Female |
| Antenna weight | 1680 g |
⚙️ Specifications of the RG-8 coaxial cable
| Parameter | Specification value |
|---|---|
| Cable type | RG-8 Low Loss coaxial cable |
| Cable length | 20 meters |
| Connector type | N-Type Male — N-Type Male |
| Wave impedance | 50 Ohm |
| Center conductor material | Pure copper |
| Shielding | Aluminum foil + tinned copper braid |
| Outer jacket material | Polyethylene (PE), UV- and frost-resistant |
| Operating temperature range of cable | from −40°C to +80°C |
| Bend radius | 51 mm |
💬 Comment / comments
The main advantage of this kit is the combination of an active antenna and the correct cable choice. A powerful amplifier alone does not provide the full result if a thin or low-grade cable with high loss is used between the amplifier and the antenna installation point. In this configuration, RG-8 plays a critical role because it allows the signal to travel 20 meters with minimal attenuation compared to cheaper alternatives.
The kit is convenient because it allows the user to organize a remote communication point without complex infrastructure. The operator can stay under cover while the antenna is moved to an optimal position with better line of sight. This improves not only range, but also image stability, telemetry quality and predictability of control. Such a configuration is suitable for a stationary point, a mobile team, or a field kit that needs to be deployed quickly on site.
🎯 Suitable for
Military personnel. This kit is primarily suitable for units working with unmanned systems and needing a stable control link at long distance. Moving the antenna 20 meters away allows the operator to stay in a protected position while placing the antenna where signal propagation conditions are better. This is especially important in field conditions where terrain, buildings and external interference affect link quality. The powerful amplifier and low-loss cable provide more stable system performance under intensive use. This kind of system is well suited for aerial observation, technical flight support and the organization of a remote control position.
UAV and FPV operators. For drone operators, this kit is useful because it improves both range and signal stability without requiring a full replacement of the base control system. Tri-band support provides more flexibility when working with different platforms and different operating frequencies. The ability to place the antenna on a mast or rooftop improves line of sight and reduces the impact of interference. The RG-8 cable makes it possible to do this correctly from a technical point of view, without severe signal loss over the cable run. As a result, the operator gets a more stable video link and more confident control in difficult route sections.
Surveillance and security units. The kit is suitable for tasks where a stable communication channel with an unmanned platform is needed for long-duration observation or area control. The remote system allows the antenna to be installed at the optimal point, while the control position can be placed inside a building, shelter or another protected location. This is useful for permanent or temporary observation points where a stable image and predictable radio channel are required. Thanks to the professional cable, the system can be deployed without noticeable loss of effectiveness over distance. This makes the kit a practical solution for field use in standby or monitoring roles.
Technical specialists and radio operators. For technical personnel, this kit is valuable as a ready-made solution for building a remote amplified line in the 2.4 and 5 GHz ranges. It can be used as the basis for stationary or mobile systems where path quality, connector type and predictable characteristics matter. RG-8 with N-Type connectors is well suited for systems where signal stability must be maintained over long cable runs. Such a kit is also convenient for test benches, field trials and technical assemblies where a ready and compatible configuration is needed. It is a practical option for those working with RF paths and professional wireless systems.