Economist Reveals Details – UNIAN
Ukraine Ramps Up production of Fiber-Optic Drones to Evade Russian Jamming
Table of Contents
- Ukraine Ramps Up production of Fiber-Optic Drones to Evade Russian Jamming
- Ukraine’s Fiber-Optic Drones: A response to Russian Jamming – Q&A
- What are fiber-optic drones, and why are they notable in the Ukraine conflict?
- how do fiber-optic drones work?
- Why is Ukraine increasing its production of fiber-optic drones?
- how many fiber-optic drones is Ukraine aiming to produce?
- Which Ukrainian companies are involved in the development and production of fiber-optic drones?
- How do these drones help Ukraine evade Russian jamming?
- What are the limitations of fiber-optic drones?
- How does the range of fiber-optic drones compare to that of conventional drones?
- What is the impact of fiber-optic drones on the battlefield?
- When did Russia start using Fiber-Optic Drones?
- What countermeasures are being employed by both sides in response to fiber-optic drones?
- What is Ukraine’s long-term goal regarding drone technology?
- What challenges does Ukraine face in the production of fiber-optic drones?
- What is 3DTech doing to address the cable supply issue?
- What are the key differences between fiber-optic and conventional drones?
- how is russia adapting to the increasing use of drones?
KYIV, Ukraine – Ukrainian defense manufacturers are considerably increasing the production of fiber-optic drones, aiming to deploy thousands by the end of the summer in response to Russian electronic warfare tactics, according to a report by The Economist.
Drones have fundamentally altered the landscape of the conflict in Ukraine, enabling remote reconnaissance and targeted strikes. Though, signal jamming and technical malfunctions have resulted in substantial drone losses.
Fiber-Optic Drones: A Countermeasure
Fiber-optic drones, which lack a detectable radio signal, present a challenge to traditional jamming methods. Production at a Kyiv factory is reportedly scaling up from 600 units per month to a projected 10,000 by late summer. 3DTech, one of eleven Ukrainian companies involved in fiber-optic drone development, is at the forefront of this effort.
Mikhail,a commander of a Typhoon drone unit,told The Economist that he anticipates the new fiber-optic models will constitute the majority of his fleet by summer,up from the current 20 percent.
These drones operate using a thin fiber-optic cable, similar to wire-guided missiles used in the past. Yuri Ganusyak, a battery supplier for drone manufacturers, explained that the cable provides a high-definition image to the operator, a meaningful betterment over traditional drone video feeds.
Deployment and Impact
Russia began large-scale deployment of fiber-optic drones late last year, reportedly playing a key role in advances in the Kursk region.Ukraine adopted the technology several months later, and these UAVs are now actively used on the Eastern Front.
Ukraine has also targeted a factory in Saransk, Russia, that produces fiber-optic cables. Currently, Ukraine does not manufacture these cables domestically. 3DTech plans to begin testing its own cable production this month, according to the report.
Alexei Zhulinsky, technical director at 3DTech, noted that Chinese manufacturers currently dominate the fiber-optic cable market. He added that both Russian and Ukrainian buyers compete for these products, with Russians sometimes outbidding Ukrainians, causing delays in supply.
Challenges and Limitations
unlike conventional drones, fiber-optic drones deploy a spool of cable during flight. 3DTech now manufactures its own cable coils, improving reliability compared to earlier Chinese-made versions. the company reports that 80% of its drones now successfully complete their missions.
however, Olga Bigar, an artillery-drone unit commander, noted that these drones are “heavy” and require months of pilot training. The cable can become entangled in trees or reflect sunlight, possibly revealing the location of the drone and its operator.
The operational range is also limited to 10-15 kilometers, requiring operators to be close to the front lines to strike targets deep within enemy territory.
Countermeasures and Future Developments
Both sides are experimenting with countermeasures, such as installing nets over roads and positions, though their effectiveness is limited. Soldiers also attempt to shoot down drones with shotguns. 3DTech is even testing drones equipped with wipers to combat other drones.
While fiber-optic drones represent a significant advancement in UAV technology, they are viewed as a temporary solution to circumvent electronic warfare. Ukraine’s long-term goal remains the development of laser weapons capable of disabling the electronics of drones, rockets, aircraft, and helicopters.
Broader Drone Warfare Context
Ukraine has made significant strides in drone warfare, fundamentally changing modern combat tactics. Russia is also adapting, employing group launches of reactive UAVs and planning further tests.
Ukraine’s Fiber-Optic Drones: A response to Russian Jamming – Q&A
What are fiber-optic drones, and why are they notable in the Ukraine conflict?
Fiber-optic drones are unmanned aerial vehicles (UAVs) that transmit data and receive control signals via a thin fiber-optic cable, as opposed to radio waves. This technology is significant as it allows these drones to operate without emitting a radio signal that can be detected and jammed by electronic warfare systems. This is crucial in the ongoing conflict, where Russia is actively jamming Ukrainian drone signals, leading to drone losses. These drones enable remote reconnaissance and targeted strikes,fundamentally changing the landscape of the battlefield.
how do fiber-optic drones work?
Fiber-optic drones function by connecting to an operator through a thin fiber-optic cable that trails behind the drone during flight, similar to wire-guided missiles used in the past.This cable transmits high-definition images back to the operator, providing a clearer view than customary drone video feeds. The lack of radio emissions makes these drones less susceptible to jamming.
Why is Ukraine increasing its production of fiber-optic drones?
Ukraine is considerably ramping up the production of fiber-optic drones to counter Russian electronic warfare tactics. The goal is to deploy thousands by the end of the summer. The report by The Economist indicates this is a key response to the challenges posed by Russian jamming efforts.
how many fiber-optic drones is Ukraine aiming to produce?
Production at a Kyiv factory is reportedly scaling up from 600 units per month to a projected 10,000 by late summer, as stated in the provided report.
Which Ukrainian companies are involved in the development and production of fiber-optic drones?
3DTech is one of eleven Ukrainian companies involved in fiber-optic drone development and is at the forefront of this effort.
How do these drones help Ukraine evade Russian jamming?
Because fiber-optic drones use a physical cable for communication, they don’t rely on radio signals. This makes them much harder for Russia to jam, as traditional jamming methods target radio frequencies.
What are the limitations of fiber-optic drones?
While offering advantages,fiber-optic drones also have limitations:
- Weight and Training: They are “heavy,” and commanders need lengthy pilot training.
- Entanglement: The cable can snag on trees or even reflect sunlight, potentially revealing the drone’s position.
- Range: The operational range is limited to 10-15 kilometers, requiring operators to be close to the front lines.
How does the range of fiber-optic drones compare to that of conventional drones?
The operational range of fiber-optic drones is limited to 10-15 kilometers. It’s crucial to note that the source material does not provide information comparing this range to conventional drones.
What is the impact of fiber-optic drones on the battlefield?
Fiber-optic drones are fundamentally changing modern combat tactics, enabling remote reconnaissance and targeted strikes. These drones are actively being used on the Eastern Front.
When did Russia start using Fiber-Optic Drones?
Russia began large-scale deployment of fiber-optic drones late last year, reportedly playing a key role in advances in the Kursk region.
What countermeasures are being employed by both sides in response to fiber-optic drones?
Both sides are experimenting with countermeasures.These include:
- Installing nets over roads and positions.
- Soldiers attempting to shoot down drones with shotguns.
- 3DTech testing drones equipped with wipers to combat other drones.
What is Ukraine’s long-term goal regarding drone technology?
Ukraine’s long-term goal is the development of laser weapons capable of disabling the electronics of enemy drones, rockets, aircraft, and helicopters.
What challenges does Ukraine face in the production of fiber-optic drones?
Ukraine currently does not manufacture the fiber-optic cables domestically, relying on imports.Both Russian and Ukrainian buyers compete for these products, with Russians sometimes outbidding Ukrainians, causing supply delays.
What is 3DTech doing to address the cable supply issue?
3DTech plans to begin testing its own cable production this month.
What are the key differences between fiber-optic and conventional drones?
Here’s a comparison of key differences:
| Feature | Fiber-Optic Drones | Conventional Drones (Implied) |
|---|---|---|
| Communication Method | fiber-optic cable | Radio signal |
| Susceptibility to Jamming | Less susceptible | More susceptible |
| Operational Range | Limited (10-15 km) | (Not specified) |
| Technology | Newer; still under development | More Established |
how is russia adapting to the increasing use of drones?
Russia is also adapting by employing group launches of reactive UAVs and planning further tests, demonstrating the ongoing evolution of drone warfare.