LINDEN-SPE-7059-17 High-Strength Buoyant 2000 is a rugged buoyant fiber optic cable designed for underwater, marine, offshore, ROV, tethered system, and harsh-environment communication applications where reliable optical performance, flotation, and mechanical strength are required.

This cable is built for applications where the cable must remain buoyant in water while also withstanding handling stress, pull loads, abrasion, and repeated deployment. The High-Strength Buoyant 2000 construction makes it suitable for demanding underwater operations where standard fiber optic cable may not provide enough durability or flotation.

Key Features

• High-strength buoyant fiber optic cable construction
• Designed for underwater and marine environments
• Excellent flotation performance in water
• Rugged outer jacket for abrasion and handling resistance
• Suitable for repeated deployment and retrieval
• Provides reliable optical signal transmission
• Flexible design for tether and cable management systems
• Built for harsh operating conditions
• Suitable for custom fiber counts and optical configurations
• Designed for professional marine, defense, research, and industrial use

Application Areas

The LINDEN-SPE-7059-17 High-Strength Buoyant 2000 cable can be used in:

• ROV tether systems
• Underwater camera and inspection systems
• Marine research equipment
• Oceanographic instruments
• Offshore monitoring systems
• Subsea communication links
• Defense and naval applications
• Underwater sensor systems
• Floating communication cable assemblies
• Harsh-environment fiber optic links

Product Description

The LINDEN-SPE-7059-17 High-Strength Buoyant 2000 is engineered for underwater environments where the cable must combine optical reliability with buoyant performance. Its construction helps reduce sinking forces in water, making it suitable for applications where cable weight and drag must be controlled during underwater operation.

The cable is designed with a durable outer layer that protects the internal optical fiber from mechanical stress, abrasion, moisture exposure, and repeated handling. This makes it suitable for field use in marine and offshore environments where cables are regularly deployed, retrieved, coiled, and exposed to challenging operating conditions.

The high-strength design helps support demanding tether applications where the cable may experience pulling, bending, and movement during operation. At the same time, the buoyant construction helps the cable remain manageable in water, reducing the risk of snagging, dragging, or excessive load on connected equipment.