Caving

Caving Rope Characteristics

• Abrasion Resistance: Caving ropes must withstand significant abrasion as they are frequently dragged over rough, sharp surfaces.
• Water Resistance: Caves are often wet environments, so ropes with good water resistance or quick drying properties are essential.
• Low Stretch: Semi-static ropes are preferred to avoid excessive rope stretch, which could be hazardous in vertical environments.

At Namah, we produce various kind of high quality and certified ropes to meet every demand Find below the break down of our offerings for Caving industry

Semi-Static Ropes (Low-Stretch Ropes)

Semi-static ropes are the primary ropes used in caving because they offer minimal stretch, which is crucial for stability during ascending and descending, and they are more resistant to abrasion and harsh conditions typically encountered in caves.

1. Namah Thar 10.5mm:
   • A robust semi-static rope specifically designed for caving, offering excellent resistance to abrasion and water absorption. It’s favored for its durability in harsh, wet environments.
   • Widely used in caving for its balance between lightweight and durability. Its low stretch and high abrasion resistance make it ideal for vertical caving systems

2. Namah Thar 11mm:

   • Another strong contender for caving due to its high strength and minimal stretch. It’s particularly well-suited for deep cave systems where long, vertical ascents and descents are common.

Specialty Ropes

Specialty ropes in caving include static ropes for rigging, haul systems, and prusik cords for self-rescue or backup safety systems.

1. Static Ropes (for Fixed Lines and Hauling):

   • Namah Indus 11mm: Often used in caving for hauling systems or creating fixed lines. Its low stretch and high strength make it suitable for heavy-duty tasks.
   • Namah Indus 10mm: Used for rigging and fixed lines within caves, providing reliability in tough conditions.

2. Prusik Cord and Accessory Cords:

   • Namah 6mm/7mm Accessory Cord: Used for prusik knots in self-rescue scenarios or as a backup safety line. Commonly used to create friction hitches for ascending or as part of a safety system.