HELIX

Portable hangboard. Real warm-up anywhere.

HELIX is a compact portable hangboard designed for climbers who want a reliable warm-up tool at the gym, at the crag, or on a trip. Small enough to live in your bag. Functional enough to matter.

No bulky setup. No excuses.

Why this portable hangboard works

• Spiral edge layout – progressive depth transition from 20mm to 10mm
• Three main edge sizes – 20mm / 15mm / 10mm for structured loading
• Rounded edges – comfortable contact for repeated use
• Ultra-compact size – 150 × 140 × 28mm
• Lightweight – only 120 grams
• Rope included – hang from a tree, bolt, or use foot tension

Designed for climbing trips

This travel hangboard fits easily into any climbing bag. Use it outdoors by suspending it from a branch or bolt, or train with body tension using the included cord. It allows controlled loading even when there are no easy routes available for warming up.

You can also attach additional weight for measurable progression and controlled intensity.

Minimal size. Maximum function.

Unlike larger boards, HELIX focuses purely on what you need for effective warm-ups and short strength sessions. It is not a replacement for a full wall-mounted board — it is a tool built for movement, travel, and consistency.

Made by climbers, for climbers. Durable. Practical. Always ready.

Technical specifications

• Dimensions: 150 × 140 × 28mm
• Weight: 120g
• Edge depths: 20mm / 15mm / 10mm
• Design: Spiral progressive edge layout
• Included: Rope for suspension training

Frequently asked questions

Is HELIX a full replacement for a wall-mounted hangboard?

No. HELIX is designed primarily as a portable warm-up and travel training tool.

How do I use it outdoors?

Suspend it from a tree branch or bolt using the included rope. It can also be used with body tension for controlled loading.

Is it suitable for beginners?

The 20mm edge is generally appropriate for most climbers. Smaller edges should be used with control and proper progression.

Can I add weight?

Yes. Additional weight can be attached for measurable intensity progression.