6 Best Durable Tie Rings For Highline Setups For Rigging

Highlining is a discipline where the margin for error is non-existent, making the choice of rigging rings a foundational safety decision. Whether walking a park line or a high-exposure alpine project, the hardware connecting the leash to the webbing must be reliable under constant dynamic load. Selecting the right ring requires balancing weight, material longevity, and geometry to ensure smooth movement and structural integrity.

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SMC Aluminum Rigging Ring: Best Overall Pick

The SMC rigging ring stands as a benchmark for highline rigs due to its exceptional strength-to-weight ratio and snag-free profile. Its large interior diameter allows for seamless integration with multiple high-strength slings without crowding the connection point. This ring provides the consistency needed for long-term rigging setups where reliability is non-negotiable.

This piece of gear is ideal for riggers who prioritize a balance between lightweight portability and rugged performance. It is particularly well-suited for highliners who frequently travel to remote sites and need equipment that won’t weigh down a pack but remains bombproof under tension. If a dependable, “set-it-and-forget-it” rigging solution is the primary goal, this ring is the clear top choice.

DMM Anchor Ring: Best For Complex Highlines

DMM is synonymous with precision engineering, and their anchor ring reflects a commitment to smooth, rope-friendly surfaces. The rounded edges minimize friction and wear on leashes, which is critical when a highliner spends significant time in a seated position or maneuvering through complex leash-falls. The structural design ensures that load distribution remains balanced, preventing hot spots or localized stress on the ring.

Riggers handling intricate setups, such as those involving multi-leash systems or complex backup configurations, will appreciate the DMM’s geometry. It excels in environments where the rigging might encounter unconventional angles or repeated movement. This is the recommendation for technical users who demand absolute fluid motion and high-end manufacturing standards in their gear.

Petzl Ring Open: Best Multidirectional Ring

The Petzl Ring Open serves a unique role in highlining because it can be opened using an Allen wrench to be connected directly to devices or textiles. This eliminates the need for bulky quick-links or shackles, creating a much more streamlined and low-profile connection. Its multidirectional design allows the ring to be loaded in any direction without compromising the integrity of the connection point.

This ring is perfect for highliners who prioritize a sleek, efficient rigging profile above all else. It is an excellent choice for those who need to maintain a specific geometry in their leash-ring setup to prevent twisting during movement. If the goal is a customized, low-profile rig that eliminates hardware clutter, the Petzl Ring Open is the superior investment.

CAMP Forged Steel O-Ring: Best For Heavy Use

Steel rings are built for those who prioritize extreme longevity and high-load cycles over weight considerations. The CAMP Forged Steel O-Ring provides unmatched abrasion resistance, making it perfect for high-traffic lines where the leash runs repeatedly over the ring. While significantly heavier than its aluminum counterparts, the durability offered by forged steel is unmatched in harsh, sandy, or high-friction conditions.

Riggers who are setting up permanent lines or operating in environments where sand and dust can rapidly erode aluminum will find this ring essential. It is not designed for the weight-conscious alpine traveler, but rather for the high-volume user or the rigger who refuses to worry about wear-and-tear. Choosing this ring signifies a commitment to long-term gear durability at the expense of portability.

Slacktivity Leash Ring: Best For Highlining

Designed specifically with the unique motions of highlining in mind, the Slacktivity leash ring is engineered to sit comfortably and slide smoothly along the webbing. Its geometry is optimized to keep the leash connection point stable while allowing for the specific, dynamic load changes encountered during highline walking. The profile is intentionally sleek to prevent snagging on webbing ends or auxiliary knots.

This ring is the go-to for enthusiasts who want gear engineered by those who understand the specific stresses of highlining. It balances weight, strength, and ease of use in a way that general climbing hardware sometimes misses. If the goal is a dedicated highline leash ring that anticipates the movement of the user, this is the most logical and performance-oriented choice.

Edelrid Forged O-Ring: Best Lightweight Ring

The Edelrid Forged O-Ring is a masterclass in minimalist design, offering high strength in a package that is impressively light. Its forged construction ensures that there are no weak points or seams, providing a solid ring that resists deformation under extreme forces. For the highliner who is hiking gear into remote, high-altitude locations, the weight savings here are significant.

This ring is best for the fast-and-light adventurer who needs to keep the gear kit streamlined for long approaches. It is reliable, strong, and does exactly what is required without adding unnecessary mass to the leash assembly. For those who believe every ounce matters during the hike to the highline site, this is the definitive option.

Steel Vs Aluminum Rings For Highline Rigging

The choice between steel and aluminum ultimately comes down to the intended environment and frequency of use. Aluminum is the industry standard for most highlining because of its excellent strength-to-weight ratio and ease of handling in alpine conditions. However, aluminum is susceptible to soft-metal deformation if grit or sand is trapped between the ring and the webbing, acting like sandpaper.

Steel, by contrast, is virtually immune to the abrasive wear that can plague aluminum rings in dusty or high-grit environments. It is much harder, which ensures the interior surface remains smooth long after an aluminum ring might show grooves. The trade-off is the significant increase in weight, which makes steel less attractive for long, strenuous approaches or high-altitude climbing projects.

Understanding Break Strengths And Safety Gear

Rigging rings are usually rated for high breaking strengths, far exceeding the forces likely to be generated by a single user. However, highlining involves dynamic, multi-factor loading scenarios, meaning the ring must also be resistant to fatigue. Never compromise on “minimum breaking strength” (MBS) ratings, and always ensure the hardware is certified for climbing or rescue applications.

Consider the geometry of the load as much as the numerical break strength. A ring that is too small might cause webbing to bunch, which increases the likelihood of edge loading or friction burns on the leash. Always match the ring size to the width and thickness of the webbing and leash system to ensure optimal performance.

How To Inspect Rigging Rings Before Every Use

Inspection must be a ritual that begins before arriving at the crag. Look for hairline cracks, especially around the welds or forged corners, and check for any gouges or deep scratches that could fray webbing. If a fingernail catches in a groove on the inner diameter of the ring, it is time to retire the gear, as that edge will destroy a leash during a fall.

Perform a secondary check once the rig is under tension to ensure the ring is sitting correctly. Ensure that no other hardware is interfering with the ring’s ability to rotate or move as the leash shifts. Never trust a piece of gear that has been dropped from a significant height onto hard ground, as internal micro-fractures may be invisible to the naked eye.

Cleaning And Storing Your Highline Equipment

Highline gear thrives in clean, dry conditions, but it often ends up in the dirt. After a session, wash rigging rings with mild soap and warm water to remove dust and salt, which can act as an abrasive. Ensure the rings are completely air-dried in a shaded area, as trapped moisture inside storage bags can lead to oxidation or corrosion, particularly with steel components.

Store rings away from direct sunlight, chemicals, and sharp objects that could cause superficial damage. A dedicated, padded gear bag keeps the hardware organized and prevents metal-on-metal clatter during transport. Proper care not only extends the lifespan of the equipment but also provides the peace of mind required to focus entirely on the line.

Selecting the right rigging hardware is a vital step toward creating a secure and confidence-inspiring highline setup. By prioritizing quality, understanding the material tradeoffs, and maintaining gear with diligence, you ensure that every session remains focused on the experience rather than equipment failure. Equip yourself thoughtfully, check your systems thoroughly, and get outside to push those personal limits.