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Remote antenna AvengeAngel Super Hulk for quadcopters and communication systems in electronic warfare conditions
Remote antenna AvengeAngel Super Hulk for quadcopters and communication systems in electronic warfare conditions is designed to improve control link performance and stabilize video transmission in difficult radio environments. The system is intended for operation under active electronic interference, dense urban areas, difficult terrain, and remote control from protected positions. The narrow directional architecture allows signal concentration in the required sector while reducing the impact of external interference.
Remote antenna AvengeAngel Super Hulk for quadcopters and communication systems in electronic warfare conditions uses a dual band antenna system operating on 2.4 GHz and 5.2–5.8 GHz with active amplifiers delivering up to 30 W per channel. The construction includes microstrip panel antennas, low noise receiving amplifiers, and automatic RX/TX switching with minimal latency. Passive cooling and an IP68 sealed housing ensure reliable operation in demanding field conditions.
We are a team of veterans
We evaluate antenna and signal amplification systems not by marketing numbers, but by real performance in overloaded radio environments. Stability of the communication channel, system response speed, and the ability to maintain connection under interference are the key factors.
AvengeAngel Super Hulk was designed specifically for difficult operating conditions. The narrow beam focuses energy toward the working direction, while active amplification provides a measurable increase in communication stability and range. This is a solution for situations where standard antennas are no longer sufficient.
Specifications
| Parameter | Value |
|---|---|
| Model | AvengeAngel Super Hulk |
| Type | Active remote antenna |
| Purpose | Quadcopters, ground control stations |
| Operating frequencies | 2.4 GHz / 5.2–5.8 GHz |
| TX range | 2360–2590 MHz / 5180–6000 MHz |
| Maximum output power | Up to 44.8–45.2 dBm (~30 W) |
| Antenna type | Microstrip panel antennas |
| Number of antennas | 4 |
| Polarization | Linear |
| VSWR | 1.3–1.5 |
| Beam width 2.4 GHz | ~18° |
| Beam width 5 GHz | ~10° |
| RX/TX switching | Automatic |
| Switching time | ≤ 9 µs |
| RX gain 2.4 GHz | ~4.2–8 dBm |
| RX gain 5 GHz | ~11–17 dBm |
| Power input | AC 176–264 V |
| Power output | DC 28 V |
| Power supply rating | Up to 350 W |
| Consumption | Up to 4 A |
| Cooling | Passive |
| Protection rating | IP68 |
| Housing | RF transparent plastic / aluminum |
| Connectors | N-type, SMA |
| Internal battery | No |
| Power cable length | 20 m |
Comment / comments
The system is intended to stabilize communication in difficult radio environments where standard antennas no longer provide sufficient range or signal quality. Active amplification and a narrow directional beam help focus the signal in the operational sector and reduce the effect of interference.
Passive cooling and the sealed housing allow long term field operation without additional maintenance. Automatic RX/TX switching operates with almost no delay, which is critical for stable control and video transmission. The construction is designed for continuous intensive operation.
Who it is suitable for
Professional quadcopter operators. Suitable for operation under active electronic interference and difficult radio conditions. Helps stabilize control and video transmission channels. Allows operation from protected positions using a remote antenna setup. Provides more stable communication at long distances.
Ground control station crews. Improves signal transmission and reception quality. Suitable for stationary and mobile positions. Ensures stable operation during long sessions. Allows more accurate directional control of the signal.
Operators of DJI and Autel digital systems. Supports both major operating bands 2.4 GHz and 5 GHz. Helps stabilize the video link in difficult conditions. Reduces the effect of interference and congested radio environments. Suitable for urban areas and difficult terrain.
FPV platform users. Helps improve communication stability and operational range depending on conditions. Improves video reception quality. Suitable for use with remote ground station positions. Designed for intensive field operation.