Blue Ice

Cuesta Harness - Women's

PES, or Polyester, is a synthetic material known for its durability and moisture resistance. In climbing harnesses, PES ensures that the harness can withstand the stresses of climbing while remaining lightweight. This means you can rely on your harness to perform well in various weather conditions and during intense activities.

UHMW Polyethylene, or Ultra-High Molecular Weight Polyethylene, is an extremely strong plastic that is resistant to abrasion. Its use in climbing gear, including harnesses, contributes to the overall strength and longevity of the product. This means your harness will be able to endure the rigors of climbing without wearing out quickly.

Aircraft Grade Speed Buckles are made from high-quality materials used in the aerospace industry, ensuring they are strong and reliable. The speed buckle design allows for quick adjustments, making it easier for climbers to put on and take off their harnesses. This feature is crucial for safety and convenience, especially in dynamic climbing situations.

Acetal Buckles are made from a strong and stable plastic, making them lightweight yet durable. They provide a secure fastening mechanism that can withstand the forces experienced during climbing. This reliability is essential for climbers who need to trust their gear under pressure.

Elasticized leg loops are designed to provide a snug fit that adjusts to the wearer's movements. This feature ensures comfort and security while climbing, preventing the harness from shifting or slipping during use. A well-fitted harness enhances your overall climbing experience by allowing for better mobility and support.

The materials like PES, UHMW Polyethylene, and Acetal used in climbing harnesses are chosen for their strength, durability, and resistance to wear. These features are critical for safety, as they ensure that the harness can withstand the forces of climbing and provide reliable support. Investing in a harness made from high-quality materials means you can climb with confidence.