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The full RONNIE 13" kit with 20 km fiber optic communication: A strategic advantage over electronic warfare
In modern warfare, where the density of electronic warfare (EW) assets has reached a critical level, standard FPV solutions often lose their effectiveness as they approach the target. The full RONNIE 13" kit with 20 km fiber optic communication is a technological breakthrough. The use of a physical communication channel makes the drone absolutely invulnerable to any suppression systems and completely invisible to enemy electronic reconnaissance (SIGINT).
Why is the full RONNIE 13" kit the choice of professionals?
This system is a fully autonomous combat unit. The inclusion of two ultra-powerful 20,000 mAh batteries and an initiation board allows you to use the drone as a heavy kamikaze or a reusable bomber at distances that were previously considered inaccessible to FPV systems.
- Absolute immunity to electronic warfare: The light pulse in the fiber cannot be “jammed”, intercepted or replaced by radio interference.
- Complete radio silence mode: The drone does not emit signals into the air. This eliminates the detection of the crew's position by enemy direction finders.
- Crystal clear video without delays: Signal transmission via fiber optics guarantees the absence of digital noise, “snow” and and latency even at a distance of 20 km.
- Record energy capacity: 6S4P assemblies provide a colossal reserve of time in the air even with the maximum payload.
Technical and tactical characteristics (TTX) of the RONNIE 13" drone
The platform is built on a reinforced frame and industrial components designed for high weight loads and extreme operating conditions.
| Flight Platform Parameters | |
|---|---|
| Mission Type | Bomber / Kamikaze (adaptable upon request) |
| Engine | 4214-650KV (high thrust for 13" propellers) |
| Flight Stack | FC F405 + 80A ESC (high current reliability) |
| Payload | Up to 3kg (max. takeoff weight up to 8.5kg) |
| Camera | 1200TVL (0.00001lux, night/twilight optics) |
| Dimensions (W/D/H) | 790 / 670 / 330 mm |
| Propellers | 13x9x3 (three-bladed, reinforced) |
20km Fiber Optic Module: Deep Impact Technology
The module uses professional single-mode fiber of the G657/A2 standard, which has increased resistance to microbending when bending around obstacles and terrain.
| Module Distance | 20 km (FC connector) |
| Fiber Type | G657/A2 (Single Mode Fiber, SMF) |
| Module Weight | 1.75 kg (with reel) |
| Bending Radius (min.) | 5 mm (under load without signal loss) |
| Tensile Strength | 45-50 N (modified PVC) |
| Signal attenuation | 1550 nm - up to 0.24 dB/km |
Power supply: 6S4P 20000 mAh batteries (2 pcs. included)
Batteries based on high-capacity elements provide a stable current output of 180 A, which is necessary for sharp maneuvers of a heavy drone.
- Capacity: 20,000 mAh (Li-Ion);
- Discharge current: 180 A (peak);
- Internal resistance: ~8.5 mΩ (minimal heating);
- Power cable: 10AWG with XT60 connector;
- Weight of one battery: 1740 g.
Professional mounting and initiation
The kit is designed for quick deployment and guaranteed completion of the combat mission:
- PETG mount: Impact-resistant plastic that maintains its properties at extreme temperatures (from -40°C to +70°C). 35° tilt angle ensures ideal fiber descent at high speeds.
- Initiation Board: Included in the kit to ensure reliable and safe payload control.
Expert Opinion: The complete RONNIE 13" 20km kit is a strategic-level tool. The combination of record-breaking range, complete radio invisibility and colossal battery capacity makes it a leader in the class of heavy fiber optic UAVs.
Complete kit composition:
- Ronnie 13" heavy attack FPV drone;
- Fiber optic module (20 km) with FC connector;
- Universal tactical mount (PETG, 35°);
- Initiation board;
- 6S4P 20000 mAh batteries — 2 pcs;
- Propeller set and reinforced battery straps.
Conclusion: Excellence where others fail
The complete RONNIE 13" kit with 20 km of fiber optics is the only solution for units operating in areas with the highest enemy electronic warfare activity. Stable video, an invulnerable communication channel, and the power of the 13-inch platform guarantee mission completion at maximum depth.
FAQ: Six questions about the WL-400 kit (2x30 m, N-Type)
Why was the WL-400 cable chosen for a distance of 30 meters?
30 meters is a critical length. Thin cables at such a distance would turn the signal into heat. The WL-400 features ultra-low attenuation (Low Loss). This allows the antenna to be placed far away while maintaining the power needed for stable control and video communications.
Why are two 30-meter cables included?
This solution is for 2x2 MIMO systems. Most modern antennas use two channels simultaneously. A pair of identical WL-400 cables guarantees identical signal characteristics in both channels, which is critical for stable digital operation.
What is the tactical advantage of moving the antenna 30 meters away?
It's your safety. You can be in a deep concrete shelter while the antennas are working on a mast 30 meters away. The enemy is homing in on the antenna, so this distance gives the operator a chance to remain unharmed during a retaliatory strike on the signal source.
How much signal attenuation does a 30-meter line have?
Losses are inevitable, especially at 5.8 GHz. To compensate, it is recommended to use active boosters (amplifiers) directly in front of the antennas. In this setup, the WL-400 cable acts as an ideal signal highway.
What are the features of the N-Type connectors in this kit?
The N-Type connectors are industrial, powerful, and completely sealed. Rain, snow, or fog won't cause oxidation of the contacts, ensuring reliable operation in the harshest weather conditions.
Is the WL-400 easy to use in the field?
The cable is 10 mm thick, rigid and durable. Ideal for fixed installations. The sheath is resistant to damage and sun exposure, so the cable can be safely laid on the ground or attached to masts.
English: especially at 5.8 GHz. To compensate for them, it is recommended to use active boosters (amplifiers) directly in front of the antennas. In this combination, the WL-400 cable acts as an ideal highway for the signal.
What are the features of the N-Type connectors in this kit?
The N-Type connectors are industrial, powerful, and completely sealed. Rain, snow, or fog will not cause oxidation of the contacts, which guarantees reliable operation of the system in the harshest weather conditions.
Is the WL-400 convenient to use in the field?
The cable is 10 mm thick, it is rigid and durable. Ideal for fixed positions. The sheath is resistant to damage and sun exposure, and the cable can be safely laid on the ground or attached to masts.
English: especially at 5.8 GHz. To compensate for them, it is recommended to use active boosters (amplifiers) directly in front of the antennas. In this combination, the WL-400 cable acts as an ideal highway for the signal.
What are the features of the N-Type connectors in this kit?
The N-Type connectors are industrial, powerful, and completely sealed. Rain, snow, or fog will not cause oxidation of the contacts, which guarantees reliable operation of the system in the harshest weather conditions.
Is the WL-400 convenient to use in the field?
The cable is 10 mm thick, it is rigid and durable. Ideal for fixed positions. The sheath is resistant to damage and sun exposure, and the cable can be safely laid on the ground or attached to masts.