The Snap Hip Crash Pad is the ideal entry-level bouldering pad for climbers starting out or climbing occasionally. Designed for simplicity, durability, and reliable protection, it delivers a consistent landing surface while remaining lightweight and easy to carry.

Built for Confidence & Durability

Constructed with a tough 100% recycled 600D polyester outer, the Hip pad is made to withstand regular use. Its seamless edges improve durability and reduce wear over time, making it a dependable companion for outdoor sessions.

Clean & Practical Carry System

The shoulder straps are positioned on the top when the pad is open, keeping them off the ground and clean while climbing. They are also removable via Velcro, so they won't get in the way during use.

Reliable Impact Protection

A dual-layer foam system ensures effective fall absorption:

• Top layer (closed-cell PE foam): stabilises landings
• Bottom layer (high-density open-cell PU foam): absorbs impact

This combination provides a balanced, secure feel for safer landings.

Consistent Landing Surface

The monoblock construction eliminates gaps and weak points, giving you a uniform landing zone across the entire pad.

Compact & Easy to Transport

The pad rolls in half for transport and is secured with durable aluminium buckles, making it practical for approaches and storage.

Key Features

• Ideal for beginner and occasional boulderers
• Monoblock design for consistent protection
• Dual-density foam system for stability + cushioning
• 100% recycled 600D polyester outer
• Removable, adjustable padded shoulder straps
• Straps stay clean (never touch the ground when open)
• Lightweight & portable design

Technical Specifications

• Open size: 120 x 100 x 10 cm
• Closed size: 100 x 60 x 22 cm
• Weight: 4 kg
• Outer material: Recycled 600D polyester
• Foam:
  • Top: Closed-cell PE
  • Bottom: High-density open-cell PU
• Buckles: Aluminium alloy
• Origin:
  • Cover: Vietnam
  • Foam: France
  • Assembled in France

Storage Advice

Store the pad open and flat when possible to maintain foam performance and avoid long-term compression at fold points.