Belay systems built for continuous throughput and zero disconnection

Skywalker Adventure Builders supplies and installs the full range of ropes course belay systems, vertical auto belays, and zipline braking systems. Every system we carry is selected for compliance with EN 15567 (European Ropes Course Standard) and engineered to reduce staffing overhead while maximising guest throughput.

Whether you are equipping a new high ropes course, upgrading an existing aerial park, or adding a vertical climbing wall, our shop carries the certified hardware — with our inspection and training teams available to support the full lifecycle.

Zero

unintentional disconnections with continuous belay

EN 15567

all systems sourced to European ropes course standard

4 types

of certified system for every course configuration

↑ Flow

automatic reset systems maximise participant throughput

Vertical auto belay systems remove the need for a belayer at the base of every climbing route. Participants clip in independently, climb to the top, and the auto-belay device lowers them gently and automatically on release. This transforms a climbing wall from a staff-intensive operation into a self-service attraction — substantially reducing per-session labour cost while increasing hourly capacity.

Auto belay devices are increasingly specified for speed climbing installations — a format rapidly growing in popularity following its introduction to competitive climbing events. The hands-free retraction system supports repetitive high-speed ascents without requiring a human belay reset between runs.

• Eliminates belayer requirement — reduces staffing cost per route
• Automatic, controlled descent on every release
• Supports speed climbing and competitive formats
• Suitable for indoor FEC climbing walls and outdoor towers
• Hands-free operation increases attraction throughput

Magnetic zipline braking uses eddy current technology — the same physics that underpins high-speed train deceleration — to bring zipline riders to a smooth, controlled stop. The system generates magnetic resistance proportional to rider speed, meaning lighter and heavier guests both arrive at the landing platform with the same comfortable deceleration profile.

Because there are no contacting parts in the braking mechanism, internal wear is dramatically reduced compared to friction-based alternatives. Operators report substantially lower maintenance costs over the equipment lifecycle, and the automatic reset between riders means guides can focus on the guest experience rather than brake management.

The system is also commercially persuasive: its universal weight self-regulation broadens your accessible guest range, and consistent throughput directly increases hourly revenue per zipline.

Zipline braking systems are one element of a complete zipline hardware set. Also available from the shop: zipline harnesses and zipline trolleys.

What is the difference between a continuous belay and a smart belay system?

A continuous belay system maintains an unbroken mechanical connection to the safety line throughout the entire course — the participant never needs to manually re-clip. A smart belay system uses a pair of interconnected carabiners that the participant clips and unclips themselves at each transition, but the system is mechanically designed to prevent both carabiners from releasing simultaneously. Continuous systems offer slightly higher throughput and less user handling; smart belay systems suit courses where the climbing experience is central to the offering.

Which EN standard applies to ropes course belay systems?

All ropes course belay equipment we supply is sourced to comply with EN 15567 (European Ropes Course Standard). EN 15567 applies equally to all ropes course configurations — low and high ropes, indoor and outdoor — and mandates periodic inspection at least once annually. Our lifecycle management service handles the inspection documentation required for EN 15567 compliance.

Can smart belay systems be retrofitted to an existing ropes course?

Yes. Smart belay systems — including the Edelrid Smart Belay and LockD Clips — are designed to be retrofitted to existing courses with varying cable heights and configurations. This makes them a cost-effective upgrade option for operators looking to improve safety credentials without rebuilding infrastructure.

How does a magnetic zipline braking system handle different rider weights?

The magnetic braking technology operates on eddy current principles and adjusts automatically based on the speed at which the rider arrives at the braking zone — which is a function of rider weight. Heavier riders, who generate more speed, produce greater magnetic resistance and decelerate over the same distance as lighter riders. This self-regulating characteristic means the system delivers a consistent braking experience without any manual adjustment between guests, broadening your accessible weight range and reducing operational risk.

Do you provide installation and certification support alongside hardware orders?

Yes. Skywalker's training and education programme covers correct installation procedures, staff briefing, and the inspection regime required for EN 15567 compliance. For volume orders or full park installations, contact us to discuss on-site commissioning and certification support.

✓ EN 15567 compliant systems ✓ Installation and training support ✓ Lifecycle management services ✓ Edelrid specialist service

Skywalker Adventure Builders — certified safety systems supplier