FPV Fiber Optic Cable
Model:GL09-GXT Ultra-light FPV Fiber Optic Cable
Fiber length:;1-30KM (length tolerance: -0.2~+0.5m)
Material of fiber storagecompartment:PP
Material of fiber anti-tangleguide rod and Fiber fixing device:PC+ABS
Material of fiber rear viewingunit:PC
Connector configuration:2 pcs FC/UPC connectors
Working temperature:-18~+85℃
- Product Introduction
The GL09-GXT FPV Fiber Optic Cable Unit represents a groundbreaking achievement in aerospace engineering, boasting an ultra-lightweight design that sets a new benchmark for reusable UAV fiber optic systems in China.
Weighing just 0.7kg(1km) , this innovative storage solution demonstrates how advanced material engineering enables military-grade reliability while maintaining unprecedented portability.
Revolutionary optical fiber data transmission solution
Designed for harsh battlefield environments | Anti-interference enhanced by 300% | 30-kilometer transmission
Main features of the product
The advent of China's first reusable optical Fiber storage system dedicated to unmanned aerial vehicles, GL09-GXT Ultra-light FPV Fiber Optic Cable, marks a major breakthrough in the field of lightweight design for military communication equipment.
Through the innovative application of PP+ABS composite materials, a 40% weight optimization is achieved while ensuring a tensile strength of 55 Newtons.
Its slim form with an outer diameter of 9.0 millimeters can be easily integrated into the payload compartment of a micro unmanned aerial vehicle. Compared with similar products, its weight advantage has increased the payload of the unmanned aerial vehicle by 27%.
This technological breakthrough that deeply integrates ultra-light design with military-grade reliability has become the core equipment of modern fiber-optic unmanned aerial vehicles.
Applications of UAV Fiber Optic Cable
Stable Anti-Interference
Power Inspection and Energy Exploration
In the power system, traditional manual inspection is difficult to cover high-voltage transmission lines with complex terrain.
Fiber-optic drones, equipped with high-definition cameras and AI recognition systems, can fly autonomously along the optical cable path and transmit real-time images of key parts such as towers and insulators, accurately identifying potential hazards such as electrical corrosion and mechanical damage.
For instance, in power maintenance in places like Xinjiang, drones have solved the inspection problems in canyon and glacier areas that are difficult for humans to reach, significantly enhancing the efficiency of power grid security.
Intelligent Agricultural Operations
At disaster sites such as floods and earthquakes, fiber-optic drones can quickly set up temporary communication links.
For instance, during the flood in the mountainous areas of Hebei Province, drones crossed rapid rivers through tethered release devices and restored communication in the affected areas within just a few hours, providing real-time images and data support for rescue command. Its wind resistance performance and rapid deployment capability have played a key role in the environment of circuit breaks and power outages.
Film-Level Aerial Photography and Disaster Rescue
In the mountainous areas of Southwest China, drones achieve high-precision material lifting and transportation through optical fiber communication systems.
For instance, in the banana-growing areas of Yunnan Province, drones can complete a single 10-ton transportation task within a distance of 200 meters, solving the problems of low efficiency and high cost of traditional manual transportation.
Its tensile strength and signal stability design enable it to operate safely in complex terrains, making it an important support for the agricultural supply chain in remote areas.
Specification.
| Product Specifications |
Dimension (diameter × length) |
Minimum:Φ 123mm × 427mm (±5mm) (with the extension rod); Φ 123mm × 297mm (±5mm) (without the extension rod) Maximum: Φ 155mm × 538mm (±5mm) (with the extension rod); Φ 155mm × 409mm (±5mm) (without the extension rod) |
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| Weight (with fiber) | Minimum:0.7kg (±0.1kg) Maximum: 3kg (±0.1kg) |
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| Fiber length | 1~ 30KM (length tolerance: -0.2~+0.5m) | ||||||||||||
| Material of fiber storage compartment |
PP | ||||||||||||
| Material of fiber anti-tangle guide rod and Fiber fixing device |
PC+ABS | ||||||||||||
| Material of fiber rear viewing unit |
PC | ||||||||||||
| Connector configuration | 2 pcs FC/UPC connectors | ||||||||||||
| Working temperature | -18~+85℃ | ||||||||||||
| Fiber Parameters | Fiber type | G657A2 | |||||||||||
| Fiber diameter | 260μm (±15μm) | ||||||||||||
| Fiber weight | 68g/km | ||||||||||||
| Fiber tensile strength | >55N | ||||||||||||
| Fiber color | Transparent color | ||||||||||||
| Fiber attenuation | ≤0.5dB/km (1310nm); ≤0.4dB/km (1550nm) | ||||||||||||
FAQ
Q: What is the maximum transmission distance supported by this fiber cable?
A: Ranges from 1km to 30km (single-mode fiber), depending on wavelength (1310nm/1550nm) and environmental conditions .
Q: Does extreme temperature (e.g., -50°C) affect performance?
A: Equipped with military-grade temperature-resistant materials, operating within -50°C to +85°C for stable performance in harsh environments .
Q: Is it applicable for civilian use?
A: Yes, deployed in power line inspections (e.g., 500kV high-voltage lines), disaster response (real-time HD video), and smart cities (traffic monitoring) .
Q: Is fiber prone to damage from bending or tangling?
A: Uses G657A2 bend-insensitive fiber with a minimum bending radius of 15mm, plus UV/waterproofing for complex terrains .
Q: Does the system support real-time bidirectional communication?
A: Yes, supports bidirectional data transmission (TTL/S. BUS protocols) for ground-to-drone command feedback .
Q: Does it support UAV swarm coordination?
A: Yes, via low-latency synchronization protocols for multi-drone formations in reconnaissance or logistics missions
Q: What are maintenance and replacement costs?
A: Modular design: Damaged sections can be quickly replaced without full-system replacement;
Durability: Survives 10,000 bend cycles (failure rate <0.05%) .
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