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10 km Fiber Optic Module for FPV (Carbon): Absolute Protection from Electronic Warfare and Radio Silence
In modern combat, enemy electronic warfare (EW) is the main factor in UAV losses. Standard radio control and video communication channels are easily jammed, rendering drones useless even on approach to the target. A 10 km fiber optic module in a carbon fiber casing is a technological solution that completely eliminates the influence of EW. The use of a physical communication channel guarantees 100% signal transmission, allowing you to perform tasks where radio communication is impossible.
Key advantages of the Warmax 10 KM carbon module
This module is designed for professional crews who require not only great tactical depth, but also maximum equipment survivability. The use of carbon fiber ensures the perfect balance between strength and weight.
- Absolute resistance to electronic warfare: The fiber optic cable is impervious to radio interference. Your commands and video feed are protected from any electromagnetic influence.
- Radio Silence Mode: The drone does not transmit signals. This makes the operator's position invisible to enemy electronic reconnaissance (SAR) and direction finders.
- Durability of the carbon body: Carbon fiber reliably protects the coil and internal electronics from mechanical damage during transportation and operation.
- Crystal clear video: Support for NTSC/PAL/SECAM formats ensures HD picture quality without digital artifacts and delays, which is critical for accurate target acquisition.
Technical and tactical characteristics (TTX) of the module
The module is equipped with a built-in media converter and a specialized output nozzle for stable cable unwinding at high flight speeds.
| Parameter | Characteristic value |
|---|---|
| Housing material | Carbon fiber (Carbon) |
| Fiber length in the spool | 10 km (transmission distance up to 20 km) |
| Module weight | 2450 g |
| Fiber type | G657A2 (single-mode, bend-resistant) |
| Output nozzle | Aluminum Nozzle + 5cm carbon tube |
| Data format | TTL / S.BUS (speed up to 1 Mbps) |
| Media converter | Built-in (all-in-one solution) |
| Data direction | Bi-directional (telemetry + video) |
| Interfaces | FC (fiber), GH1.25 (connection) |
| Wavelength | 1310(9/125um) + 1550 nm |
Cable Design and Protection
One of the main problems with wired systems is the risk of snagging or damaging the cable when exiting the module. This model has solved this problem at the engineering level:
- Cable Exit System: The combination of a precision aluminum nozzle and a 5-cm carbon tube ensures a smooth fiber exit, eliminating chafing or kinking during abrupt maneuvers.
- G657A2 Standard Fiber: Single-mode fiber with improved flexibility characteristics is used. It maintains signal integrity even at minimal bending radii, which is important when flying in built-up areas or forest belts.
- Built-in Media Converter: Integrating the electronics directly into the body simplifies mounting on the drone frame and increases reliability connections.
Expert opinion: The use of carbon as the main material of the housing allows not only to reduce the overall weight of the system compared to metal analogues, but also ensures high rigidity of the structure,Which is critical for stable operation of the coil at long distances.
Why choose a 10 km module in a carbon case?
This is professional-grade equipment designed for complex missions in areas covered by powerful electronic warfare systems. 10 kilometers of fiber optic cable give the operator sufficient tactical depth to engage targets in the enemy's rear, while remaining completely safe due to the absence of radio emissions.
FAQ: Six questions about the Warmax carbon module
Why use carbon for a fiber optic spool?
Carbon significantly reduces the overall weight of the module and the inertia of the spool during unwinding. At a range of 10 km, every gram of weight saved translates into additional flight time and communication stability.
Can enemy reconnaissance detect such a drone on detectors?
No. By transmitting data via cable, the drone does not emit radio signals. The carbon fiber body also has a low reflectivity, making it as invisible as possible to electronic reconnaissance equipment.
What is the likelihood of the cable breaking while maneuvering?
The fiber has high tensile strength. Provided that piloting rules are followed (no sharp loops around sharp obstacles), the connection remains absolutely reliable for the entire 10 km.
Can the module be installed on a regular FPV drone?
Yes, the module is equipped with a universal mount. Installation takes less than a minute. Operation requires one ground connection station that converts the light signal into video.
What happens if the cable breaks?
The signal will disappear instantly. The flight controller settings are usually set to Failsafe mode (automatic return or liquidation). However, the strength of the fiber makes accidental breakage virtually impossible without external impact.
Can a carbon fiber spool be reused?
The carbon fiber base is reusable, but the fiber itself remains in place. Fiber optics are consumable, so a new replacement module must be installed for each new launch.
FAQ: Six Questions About the Warmax Carbon Module
Why use carbon for the fiber optic spool?
Carbon significantly reduces the overall weight of the module and the spool's inertia during unwinding. At a range of 10 km, every gram saved translates into additional flight time and communication stability.
Can enemy reconnaissance detect such a drone on detectors?
No. By transmitting data via cable, the drone does not emit radio signals. The carbon fiber body also has a low reflectivity, making it as invisible as possible to electronic reconnaissance equipment.
What is the probability of a cable break during maneuvering?
The fiber has high tensile strength. If the piloting rules are followed (no sharp loops around sharp obstacles), the connection remains absolutely reliable for the entire 10 km.
Can the module be installed on a regular FPV drone?
Yes, the module is equipped with a universal mount. Installation takes less than a minute. For operation, one ground connection station is required, which converts the light signal into video.
What happens if the cable breaks?
The signal will disappear instantly. The flight controller settings are typically set to Failsafe mode (auto-return or self-destruct). However, the strength of the fiber makes accidental breakage virtually impossible without external force.
Can the carbon fiber spool be reused?
The carbon fiber base is reusable, but the fiber itself remains in place. Fiber optics are consumable, so a new replacement module must be installed for each new flight.
FAQ: Six Questions About the Warmax Carbon Module
Why use carbon for the fiber optic spool?
Carbon significantly reduces the overall weight of the module and the spool's inertia during unwinding. At a range of 10 km, every gram saved translates into additional flight time and communication stability.
Can enemy reconnaissance detect such a drone on detectors?
No. By transmitting data via cable, the drone does not emit radio signals. The carbon fiber body also has a low reflectivity, making it as invisible as possible to electronic reconnaissance equipment.
What is the probability of a cable break during maneuvering?
The fiber has high tensile strength. If the piloting rules are followed (no sharp loops around sharp obstacles), the connection remains absolutely reliable for the entire 10 km.
Can the module be installed on a regular FPV drone?
Yes, the module is equipped with a universal mount. Installation takes less than a minute. For operation, one ground connection station is required, which converts the light signal into video.
What happens if the cable breaks?
The signal will disappear instantly. The flight controller settings are typically set to Failsafe mode (auto-return or self-destruct). However, the strength of the fiber makes accidental breakage virtually impossible without external force.
Can the carbon fiber spool be reused?
The carbon fiber base is reusable, but the fiber itself remains in place. Fiber optics are consumable, so a new replacement module must be installed for each new flight.
Can enemy reconnaissance detect such a drone on detectors?
No. By transmitting data via cable, the drone does not emit radio signals. The carbon fiber body also has a low reflectivity, making it as invisible as possible to electronic reconnaissance equipment.
What is the likelihood of the cable breaking while maneuvering?
The fiber has high tensile strength. Provided that piloting rules are followed (no sharp loops around sharp obstacles), the connection remains absolutely reliable for the entire 10 km.
Can the module be installed on a regular FPV drone?
Yes, the module is equipped with a universal mount. Installation takes less than a minute. Operation requires one ground connection station that converts the light signal into video.
What happens if the cable breaks?
The signal will disappear instantly. The flight controller settings are usually set to Failsafe mode (automatic return or liquidation). However, the strength of the fiber makes accidental breakage virtually impossible without external impact.
Can a carbon fiber spool be reused?
The carbon fiber base is reusable, but the fiber itself remains in place. Fiber optics are consumable, so a new replacement module must be installed for each new launch.
Can enemy reconnaissance detect such a drone on detectors?
No. By transmitting data via cable, the drone does not emit radio signals. The carbon fiber body also has a low reflectivity, making it as invisible as possible to electronic reconnaissance equipment.
What is the likelihood of the cable breaking while maneuvering?
The fiber has high tensile strength. Provided that piloting rules are followed (no sharp loops around sharp obstacles), the connection remains absolutely reliable for the entire 10 km.
Can the module be installed on a regular FPV drone?
Yes, the module is equipped with a universal mount. Installation takes less than a minute. Operation requires one ground connection station that converts the light signal into video.
What happens if the cable breaks?
The signal will disappear instantly. The flight controller settings are usually set to Failsafe mode (automatic return or liquidation). However, the strength of the fiber makes accidental breakage virtually impossible without external impact.
Can a carbon fiber spool be reused?
The carbon fiber base is reusable, but the fiber itself remains in place. Fiber optics are consumable, so a new replacement module must be installed for each new launch.
What happens if the cable breaks?
The signal will disappear immediately. The flight controller settings are usually set to Failsafe mode (automatic return or liquidation). However, the strength of the fiber makes an accidental break without external influence virtually impossible.
Can the carbon fiber spool be reused?
The carbon fiber base is reusable, but the fiber itself remains in the air. Fiber optics are consumable, so a new replacement module must be installed for each new flight.
What happens if the cable breaks?
The signal will disappear immediately. The flight controller settings are usually set to Failsafe mode (automatic return or liquidation). However, the strength of the fiber makes an accidental break without external influence virtually impossible.
Can the carbon fiber spool be reused?
The carbon fiber base is reusable, but the fiber itself remains in the air. Fiber optics are consumable, so a new replacement module must be installed for each new flight.