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Thrill Syndicate is a global leader in engineering and distributing epic experiences for the recreation industry. We provide end-to-end adventure park solutions, guiding your project from initial concept to a profitable, fully operational reality. With over a decade of experience, we understand that modern customers demand more than just an activity—they want an unforgettable experience.

Our expertise lies in designing high-volume courses where logistics, throughput, and capacity are engineered for maximum profitability. From business plan development and creative design to operational safety management and maintenance, we are your strategic partner in building a world-class adventure destination.

Thrill Syndicate truly puts the power of imagination to work, whether they’re using our Auto Belays for an exciting new climbing element, our magnetic zip line brakes to create the world’s longest zip line, or one of our Jump family of products to give your customers a thrilling free fall experience.

Looking for end-to-end adventure park solutions? Thrill Syndicate offers expert design, build, and operational support for high-volume attractions.

Knowledge. Know-how. Experience.

Customer expectations are constantly rising when it comes to outdoor adventure activities. Customers nowadays are seeking for more than just outside entertainment; they want an experience. We know this because we’ve been in the industry for a long time. Providing an experience for your clients necessitates a detailed understanding of the industry and what exactly your customers want. And it is here that we can assist you in a variety of ways.

We offer a vast portfolio of turnkey solutions adapted to your ideas and specifications, based on our more than a decade of expertise as designers and manufacturers of adventure parks, high ropes courses, and natural playgrounds, as well as an in-depth understanding of the global market. We can assist customers on all technical and other construction-related matters, as well as the finest local and regional marketing and PR strategies in this area.

We also collaborate with a wide range of experts in the fields of Construction & Engineering, Landscaping, Tree Care, Health & Safety, and Test & Certification, allowing us to deliver a fully operational “turnkey” product that is not only cutting-edge but also perfectly matches all of your requirements and wishes. In addition, all of our products adhere to the most recent European Quality Standard Regulations.

Commitment to what we design and engineer

Most of the adventure parks that Thrill Syndicate designs and engineers are high-volume recreational courses. In these designs, logistic is key issue to the profitability of the park. A badly designed park and logistics will drain the financial budgets with regards to (staffing/operational) costs and lead to the inability to achieve the goals and business objectives. 

In our design process we deliver throughput- and capacity models for the design we deliver and commit to these.

Your partner in profitable adventure park solutions. We specialize

Services Offering

The majority of the adventure parks designed Thrill Syndicate are high-volume recreational courses. In these plans, logistics is a major factor in the park’s profitability. A poorly designed park and logistics may deplete financial budgets in terms of (staffing/operational) expenditures, preventing the company from meeting its goals and objectives.

We produce throughput- and capacity models for the designs we deliver and commit to these as part of our design process.

  • Theme and concept development
  • Conceptual design
  • Creative design
  • Innovation and Business restructuring
  • Business plans development
  • Marketing, PR and Sales strategies
  • Project and Program Management
  • HR and Recruitment
  • Operational Safety and Risk Management
  • Inspections & Maintenance

Edelrid Ultralight Junior Helmet

Durable, washable, and safe. The Edelrid Ultralight Junior is the ultimate commercial climbing helmet for kids. Field-serviceable design.

In the high-volume environment of commercial adventure parks and outdoor education centres, equipment durability is the primary driver of operational efficiency. The Edelrid Ultralight Junior addresses the specific mechanical stresses of rental fleets—impact, abrasion, and improper storage—with a classic hardshell design that outlasts modern softshell alternatives. Backed by Edelrid’s 160-year manufacturing legacy, this helmet provides a robust engineering solution to the “cost per use” challenge, ensuring safety compliance (EN 12492) without sacrificing the service life required by professional operators.

Ideal Applications

  • High-Traffic Adventure Parks: Withstands daily abuse in obstacle courses and ziplines.

  • Outdoor Education Centres: Simple adjustability for rapid group fitting.

  • Commercial Climbing Gyms: Hygienic, washable components for high-turnover rental programs.

  • Via Ferrata & Canyoning: Impact-resistant shell suitable for rockfall environments.

Technical Specifications

  • Certifications: EN 12492 (Mountaineering), UIAA 106.

  • Shell Material: High-impact Polypropylene (Hardshell) with partial EPS inner core.

  • Adjustment Range: 48 – 58 cm (19.0 – 22.8 in).

  • Weight: 450 g (15.9 oz).

  • Ventilation: 26 integrated side vents for continuous airflow.

  • Harness/Suspension: Fully adjustable, padded, antibacterial webbing.

  • Compatibility: Universal headlamp attachment clips; Replaceable padding systems.

Operational Efficiency & Engineering

The Edelrid Ultralight Junior is engineered to minimize downtime and maximize throughput. Unlike in-mold polycarbonate helmets which are prone to cosmetic and structural damage from minor impacts, the polypropylene hardshell acts as a deflective barrier, capable of absorbing significant abuse without compromising structural integrity.

  • Throughput Speed: The intuitive Head and Chin Strap system allows for rapid sizing (48-58 cm), essential for processing large school groups or peak-season crowds efficiently.

  • Hygiene Management: The internal carrying system is not only padded for comfort but is fully detachable and machine washable. This feature prevents bacterial buildup and odor, a critical factor for customer satisfaction in rental scenarios.

  • Structural Redundancy: The “floating” internal suspension ensures that impact energy is dissipated through the webbing before reaching the user’s cranium, providing a secondary layer of safety beyond the EPS foam.

Maintenance & Lifecycle

For the B2B buyer, the Total Cost of Ownership (TCO) is the decisive metric. The Ultralight Junior excels here through modular serviceability.

  • Field Serviceability: Unlike bonded helmets where a broken strap means a trashed unit, the Ultralight Junior features a fully replaceable suspension system. Operators can stock spare strap sets and padding, extending the chassis life indefinitely (within the 10-year PPE lifespan).

  • Durability: The polypropylene shell is resistant to UV degradation and chemical solvents, allowing for aggressive cleaning protocols without material embrittlement.

  • Service Intervals: Routine visual inspection of the shell and webbing. Mandatory retirement 10 years from manufacture (storage) or based on wear.

Expert FAQ

Q: Can the internal suspension system be replaced if a buckle breaks?

A: Yes. The entire internal suspension system (straps and padding) is available as a spare part and can be replaced in the field without special tools, significantly extending the helmet’s ROI.

Q: Is this helmet suitable for canyoning operations?

A: Yes. The polypropylene shell is non-absorbent and extremely durable against rock abrasion, making it an excellent choice for wet, abrasive canyoning environments.

Q: How does the weight compare to softshell rental helmets?

A: At 450 g (15.9 oz), it is heavier than softshell equivalents (approx. 250-300 g). However, this mass correlates directly to thicker shell material and superior longevity in commercial use cases where weight is secondary to durability.

Q: Does the helmet support PPE RFID tracking tags?

A: While there is no dedicated pocket, the smooth internal surface of the polypropylene shell provides an ideal bonding surface for commercial RFID stickers or asset tags for fleet management.

👉 Are you looking for a specific Edelrid item that is not listed in the shop? We sell the complete Adventure, Sport and Safety portfolio. Please send us an email or check the complete safety price list here. 👈

Edelrid Ultralight Helmet | Heavy-Duty Commercial Rental PPE

Technical Specs: 440g weight, 54-60cm range, PP Shell. The Edelrid Ultralight offers superior engineering for professional ropes courses.

For over three decades, the Edelrid Ultralight has served as the backbone of commercial adventure park PPE inventories. Unlike consumer-grade helmets that prioritize weight savings over longevity, this unit is engineered to endure the rigors of continuous daily use in climbing schools and high-ropes courses. Its legendary durability and modular design address the specific pain points of park engineers and operators: reducing breakage rates and simplifying hygiene maintenance.

Available in various colors, sold per 5 pieces

Ideal Applications

  • Commercial Adventure Parks: High-traffic aerial courses requiring robust PPE with minimal failure rates.

  • Outdoor Education Centers: Institutional use where equipment must fit a wide demographic (One Size: 54–60 cm).

  • Rental Fleets: Operations requiring 100% washability and field-replaceable components to extend asset life.

  • Canyoning & Caving: Environments where abrasion resistance and shell hardness are critical safety factors.

Technical Specifications

  • Certifications: EN 12492 (Mountaineering Equipment – Helmets), UIAA 106.

  • Shell Material: Impact-resistant Polypropylene (PP) for superior hardness and deflection.

  • Impact Absorption: Partial EPS (Expanded Polystyrene) inner shell combined with webbing suspension.

  • Load Ratings: Chin strap releases between >50 daN (EN 12492 requirement to prevent loss during impact).

  • Dimensions (Fit Range): 54 cm – 60 cm (21.3 in – 23.6 in) [One Size].

  • Weight: 440 g (15.5 oz).

  • Ventilation: 26 side vents (4 cm² total area) for continuous passive airflow.

Operational Efficiency & Engineering

The Edelrid Ultralight is designed for “Engineering-Grade” throughput. The Polypropylene (PP) shell provides significantly higher resistance to UV degradation and impact fracture compared to standard ABS shells found in entry-level competitors.

  • Throughput Optimization: The “One Size” adjustable carriage eliminates the need for sorting helmets by size, speeding up the gearing-up process during peak hours (up to 500 riders/hour).

  • Hygiene Management: The internal carrying system is made from antibacterial webbing and is fully detachable. This allows operators to batch-wash suspension systems without soaking the entire helmet shell, preventing mold growth and ensuring compliance with health regulations.

  • Component Redundancy: The head torch clips and chin strap buckles are designed to be field-replaceable, preventing a $0.50 broken clip from retiring a valid asset.

Maintenance & Lifecycle

The Return on Investment (ROI) for the Ultralight is driven by its modularity.

  • Service Intervals: Shell life is rated for up to 10 years from the date of manufacture (storage) or potentially less depending on UV exposure and wear. Annual competent person inspection is mandatory.

  • Field Serviceability: Unlike in-mold polycarbonate helmets which must be discarded after minor cracks, the PP shell is resilient. The entire internal suspension can be replaced if the webbing degrades, effectively resetting the wear-life of the contact points.

  • Cost of Ownership: High initial durability reduces the frequency of fleet replenishment cycles (CapEx reduction).

Expert FAQ

Q: Can the internal padding be machine washed?

A: Yes. The entire suspension system (headband and chin strap) can be detached and is machine washable. This is a critical feature for high-volume parks to prevent bacterial buildup and odor transfer between clients.

Q: Does the Edelrid Ultralight meet industrial work-at-height standards (EN 397)?

A: No, this specific variant (Sport) is certified to EN 12492. It is designed for climbing and adventure sports where the chin strap must not release below 500N to ensure retention during a fall. EN 397 industrial helmets require the strap to release between 150N and 250N to prevent strangulation. Ensure you select the correct standard for your specific risk assessment.

Q: How does the Polypropylene shell compare to ABS in terms of lifespan?

A: Polypropylene (PP) generally offers superior chemical resistance and fatigue strength compared to ABS. In a commercial environment where helmets are frequently dropped or stacked roughly, PP shells typically exhibit fewer stress fractures over time, extending the usable service life of the fleet.

Q: Is the helmet compatible with full-body harnesses for children?

A: Yes. The fit range starts at 54 cm. For smaller heads (children under approx. 6-8 years), the specific “Ultralight Junior” variant is recommended to ensure proper fit and retention.

👉 Are you looking for a specific Edelrid item that is not listed in the shop? We sell the complete Adventure, Sport and Safety portfolio. Please send us an email or check the complete safety price list here. 👈

Edelrid Radialis Comp | Adventure Park Harness

The professional choice for ropes courses. Edelrid Radialis Comp features rapid resizing, 10-year lifespan, and digital inspection ready.

In the high-throughput environment of commercial adventure parks, gear-up time and inspection speed are critical directly affecting ROI. The Edelrid Radialis Comp eliminates bottlenecks with its intuitive “step-in” design and color-coded webbing architecture. Unlike standard fleet harnesses, the Radialis Comp integrates RFID/NFC transponders and Indicator Webbing directly into the chassis, allowing operators to digitize their PPE management and visually verify safety compliance in seconds. Trusted by builders and engineers globally, this harness bridges the gap between maximum rider comfort and rigorous operational efficiency.

Available in sizes Junior one size and Adult one size, sold per 5 pieces

Our classic webbing harness with a new design. With innovative Triple Lock buckle connection between sit harness and chest harness for quick and easy on and off.
The Radialis Comp is an extremely robust harness designed to meet the unique demands of high ropes courses and adventure parks. Sporting 6 Easy Glider buckles, the Radialis Comp’s step in design makes it easy to get in and out of and adjust. Two varying colors are offered to differentiate sizing.

 

Ideal Applications

  • Commercial Adventure Parks: High-traffic facilities requiring rapid turnover and “one-size-fits-most” versatility.

  • High Ropes & Obstacle Courses: Operations where varied participant physiology demands extensive adjustability (Adult & Junior variants).

  • Educational Outdoor Centers: Programs requiring intuitive donning procedures for untrained participants.

  • Zipline Canopy Tours: Operations needing robust EN 12277 certified equipment with simplified inspection protocols.

Technical Specifications

  • Certifications: CE, EN 12277 Type A (Full Body Harness), UIAA 105.

  • Webbing Material: Abrasion-resistant Polyester with Indicator Technology (Red core fibers).

  • Attachment Point: Central high-strength metal D-ring (Lanyard connection).

  • Adjustment System: 6 x Slide Block buckles (High-strength steel).

  • Integrated Tech: RFID/NFC Transponder (13.56 MHz) for digital asset tracking.

  • Weight:

    • Adult: 1076 g (2.37 lbs)

    • Junior: 999 g (2.20 lbs)

  • Sizing Dimensions (Adult):

    • Waist: 45 – 150 cm (17.7 – 59.0 in)

    • Leg Loops: 25 – 85 cm (9.8 – 33.5 in)

  • Sizing Dimensions (Junior):

    • Waist: 45 – 110 cm (17.7 – 43.3 in)

    • Leg Loops: 25 – 65 cm (9.8 – 25.6 in)

Operational Efficiency & Engineering

The engineering behind the Radialis Comp focuses on minimizing “Time-to-Activity.” The Asymmetric Color-Coding (distinct colors for shoulder, hip, and leg straps) intuitively guides the user during donning, reducing instructor intervention time.

  • Throughput Optimization: The Step-in design functions like a pair of trousers, eliminating the confusion of complex harnesses.

  • Precision Fit: With six Slide Block buckles, the harness offers a broader adjustment range than standard 3-buckle competitors, ensuring a secure fit for both petite and large-framed participants.

  • Digital Integration: The embedded NFC transponder is protected against abrasion and harsh elements, allowing for rapid scanning with standard readers to log usage cycles and inspection history without manual data entry.

Maintenance & Lifecycle

Designed for heavy commercial use, the Radialis Comp prioritizes Low Total Cost of Ownership.

  • Visual Safety Indicators: The webbing is engineered with internal red polyester fibers. If the outer sheath suffers excessive abrasion, the red core becomes visible, providing an immediate, undeniable “Retire” signal during daily checks.

  • Service Life: Maximum shelf life of 14 years; maximum useful service life of 10 years (subject to condition and intensity of use).

  • Field Serviceability: The elasticated bum straps and back plate are modular and replaceable, extending the harness’s operational life even if minor non-structural components are damaged.

  • Cleaning: Washable synthetic materials allow for easy sanitization, crucial for high-volume public hygiene standards.

Expert FAQ

Q: How does the Indicator Webbing specifically aid in daily inspections?

A: The webbing is constructed with a red load-bearing core concealed by a protective outer sheath. If the outer layer is abraded significantly, the red fibers become visible. This provides a binary “Go/No-Go” visual cue for staff, removing subjectivity from safety inspections.

Q: Can the RFID/NFC transponder be programmed with our own PPE management software?

A: Yes. The transponders operate in the HF frequency range (13.56 MHz) and are open-standard. They can be read by most NFC-enabled mobile devices and integrated into third-party PPE inspection software (like Papertrail or proprietary park systems).

Q: What is the primary difference between the Adult and Junior versions beyond size?

A: Structurally, both harnesses share the same EN 12277 Type A safety rating, materials, and buckle configuration. The Junior version is scaled down geometrically to ensure the central D-ring and strap vectors remain correctly positioned on smaller torsos, preventing “ride-up” during suspension.

Q: Is the dorsal (back) plate load-bearing?

A: No. The Radialis Comp is designed with a Sternal (Front) Attachment Point (the Metal D-Ring) for belay connections. The back plate guides the webbing structure but is not rated for fall arrest attachment.

👉 Are you looking for a specific Edelrid item that is not listed in the shop? We sell the complete Adventure, Sport and Safety portfolio. Please send us an email or check the complete safety price list here. 👈

FlightLine Free Fall Device | High-Throughput Commercial Jump

Increase rider capacity. FlightLine's auto-regulating brake eliminates setup time, delivering high-volume thrills and max ROI.

For operators demanding the pinnacle of thrill engineering, the FlightLine Free Fall Device stands as the industry benchmark. Unlike standard auto belays or entry-level jumpers, the FlightLine is an extreme descent machine designed to replicate the sensation of skydiving. Utilizing Head Rush Technologies’ proven eddy current expertise, this device solves the critical “throughput vs. thrill” trade-off, allowing parks to process high volumes of riders safely while delivering a heart-pounding “true free fall” experience that drives repeat visitation.

Ideal Applications

  • High-Volume Adventure Parks: Core attraction for towers >20m looking to maximize rider capacity.

  • Theme Parks & Carnivals: Standalone thrill element with a compact footprint.

  • Multi-Activity Towers: High-adrenaline “grand finale” for ropes courses.

  • Urban Adventure Hubs: Suitable for both indoor and outdoor commercial facilities.

  • Quick-Jump Upgrade: The next logical step for venues outgrowing the QuickFlight XL.

Technical Specifications

  • Safety Certifications:

    • ASTM F2291: Standard Practice for Design of Amusement Rides and Devices.

    • ASTM F24: Amusement Rides and Devices.

    • CE Marked: Complies with relevant European machinery directives.

    • ISO 17025: Tested in accredited laboratories.

  • Load Ratings:

    • Rated Working Capacity (4.5m RipCord): 34 – 113 kg (75 – 250 lbs).

    • Rated Working Capacity (6.0m RipCord): 34 – 130 kg (75 – 285 lbs).

  • Dimensions & Weight:

    • Device Dimensions: 615 x 457 x 234 mm (24.2 x 18 x 9.2 in).

    • Device Weight: 59 kg (130 lbs).

  • Mounting Requirements (Standard):

    • Min Height: 18.5 m (60 ft).

    • Max Height: 24.5 m (80 ft).

  • Free Fall Distance:

    • 4.5m RipCord: Approx. 4.5 m (15 ft) free fall.

    • 6.0m RipCord: Approx. 8 m (26 ft) free fall (Total descent sensation up to 11m).

Operational Efficiency & Engineering

The FlightLine is not just a descent device; it is a throughput engine.

  • Magnetic Eddy Current Braking: The system utilizes non-contacting magnets to generate braking force. This means zero friction, no contacting wear parts, and consistent performance regardless of weather conditions.

  • Dual-Stage Braking: The primary operational efficiency lies in its “Staged” braking. The device allows a predefined free-fall distance before the magnetic array engages, creating a “soft catch” that adjusts to the rider’s weight automatically. This eliminates the need for operator adjustments between riders, significantly increasing riders per hour (RPH).

  • Redundancy: Features a dual-webbing system for critical safety redundancy, ensuring Grade-A engineering compliance.

7. Maintenance & Lifecycle

Designed for a low Total Cost of Ownership (TCO) in commercial environments.

  • Service Intervals:

    • First Inspection: 15 months after manufacture date.

    • Annual Recertification: Every 12 months thereafter by an authorized service center.

  • Field Replaceable Parts: RipCords and webbing are designed for modular replacement, reducing downtime.

  • Durability: The magnetic system incurs no thermal degradation or friction wear, vastly outlasting mechanical friction brakes.

  • Housing: Weather-resistant casing suitable for permanent outdoor installation.

Expert FAQ

Q: How does the “Jump Over” configuration differ from standard mounting engineering-wise?

A: In a standard mount, the device is overhead. In a “Jump Over” configuration, the device is mounted at platform level (or slightly below), and the webbing runs up to a redirection point. This geometry allows for a longer effective free fall relative to the mounting height, maximizing the thrill factor on shorter towers.

Q: Can the FlightLine operate in extreme weather conditions?

A: The magnetic braking technology is impervious to rain, snow, and temperature fluctuations because it relies on magnetic fields rather than friction. However, standard operational safety limits regarding high winds and lightning for the tower structure itself must be adhered to.

Q: What is the primary difference between QuickFlight XL and FlightLine?

A: The difference is the “free fall geometry.” QuickFlight XL offers a short “hop” (up to 4m) before engagement. FlightLine uses a specialized RipCord system to allow up to 11m of slack/free fall before the brake engages, creating a true skydiving sensation rather than just a controlled descent.

Q: Is the braking force adjustable for different rider weights?

A: The eddy current brake is self-regulating. Heavier riders generate a stronger magnetic field response (more resistance), while lighter riders generate less. This physics-based auto-regulation ensures that a 34 kg child and a 113 kg adult experience the same relative deceleration G-forces without operator intervention.

QuickFlight XL Free Fall Device | Magnetic Brake Jump

Increase rider capacity with the QuickFlight XL. High-throughput magnetic braking means low maintenance and maximum ROI for your facility.

Bridging the gap between standard auto belays and extreme free fall attractions, the Head Rush QuickFlight XL offers a scalable “leap of faith” solution for commercial operators. Engineered for high-traffic environments, the QuickFlight XL solves the primary challenge of traditional free fall systems: mechanical wear. By utilizing patented magnetic braking technology, the device eliminates friction-based braking components, resulting in a consistent “true free fall” experience that remains smooth and reliable, cycle after cycle.

Ideal Applications

  • High-Throughput Adventure Parks: Rapid retraction and ease of reset increase riders per hour.

  • Ropes Course Exits: Serves as a high-adrenaline dismount option for multi-level courses.

  • Zip Line Towers: Adds a secondary revenue stream to existing platform infrastructure.

  • Family Entertainment Centers (FECs): Compact footprint allows for installation in space-constrained indoor facilities.

  • Training Facilities: Simulation of free fall for tactical or rescue training scenarios.

Technical Specifications

  • Certifications:

    • ASTM F2291-11: Standard Practice for Design of Amusement Rides and Devices.

    • CE Marked: Compliant with relevant European Directives.

  • Device Dimensions: 80 x 320 x 216 mm (15 x 12.6 x 8.5 in).

  • Device Weight: 25 kg (55 lbs).

  • Rated Working Capacity: 20 to 130 kg (44 to 285 lbs).

  • Free Fall Distance: Up to 4 m (13 ft), depending on RipCord configuration.

  • Mounting Heights:

    • With 1 m RipCord: 12 m (39.4 ft) – 21.8 m (71.5 ft).

    • With 2 m RipCord: 13 m (42.7 ft) – 23.0 m (75.4 ft).

  • Housing Material: Durable aluminum alloy and polymer construction.

Operational Efficiency & Engineering

The core engineering advantage of the QuickFlight XL is its self-regulating magnetic braking system. As the webbing extends during the descent, the aluminum rotor spins within a magnetic field, generating eddy currents that create resistance without physical contact.

  • Throughput: High retraction speeds and a simple “clip-and-go” operation allow for maximum participant volume.

  • Redundancy: A primary webbing line paired with a redundant secondary line ensures fail-safe operation.

  • Consistency: The braking force automatically adjusts to the rider’s weight, ensuring a 20 kg child and a 130 kg adult experience the same soft catch and descent velocity.

  • Overload Protection: Built-in Overload Protection Assemblies (OPAs) mitigate shock loads, protecting both the rider and the mounting structure.

Maintenance & Lifecycle

Designed for low Cost of Ownership (COO), the QuickFlight XL minimizes downtime associated with mechanical repairs.

  • Friction-Free Braking: Because the braking mechanism is magnetic, there are no brake pads to wear out or replace, significantly extending the service life of internal components.

  • Field Replaceable Parts: High-wear external items, such as the webbing and RipCord connection, are designed for easy inspection and replacement by qualified staff.

  • Service Intervals: Requires an annual recertification (every 12 months) by an authorized service center to maintain warranty and safety compliance. First service is due 15 months after manufacture.

Expert FAQ

Q: What is the difference between the standard QuickFlight and the QuickFlight XL?

A: The primary difference is the braking capacity and mounting height. The QuickFlight XL is engineered for higher platforms (up to 23 m / 75 ft) and offers an extended free fall distance of up to 4 m (13 ft), whereas the standard model is limited to shorter drops and lower mounting points.

Q: Does the magnetic braking system require electricity?

A: No. The eddy current technology is passive. The braking resistance is generated physically by the movement of the rotor through the magnetic field, meaning the device operates independently of any external power source.

Q: Can the QuickFlight XL be mounted outdoors?

A: Yes, the device is designed for both indoor and outdoor use. However, like all life-safety equipment, it should be protected from direct prolonged exposure to harsh elements (salt spray, extreme UV) where possible to maximize the lifespan of the webbing and housing.

Q: What structural load requirements must the mounting anchor meet?

A: The mounting anchor must be capable of withstanding the dynamic loads generated during the catch. While the OPA reduces shock, engineers should calculate for the Maxi

QuickFlight Free Fall Device | High-Throughput Thrill

Maximize ROI with the QuickFlight Free Fall Device. High-throughput magnetic braking handles 90 riders/hr with minimal maintenance.

The QuickFlight Free Fall Device solves the primary challenge of vertical descent elements: balancing high adrenaline with low maintenance costs. Unlike friction-based systems that require frequent pad replacements and cooling periods, Head Rush’s patented magnetic braking technology allows for high-throughput, continuous operation without thermal degradation. As a redundant, dual-line system certified to global safety standards (ASTM & CE), the QuickFlight offers operators a “set-and-forget” reliability that maximizes ROI while delivering a premium “stomach-flipping” drop.

Ideal Applications

  • High-Traffic Adventure Parks: Rapid retraction times enable high rider throughput (approx. 1 rider every 40 seconds).

  • Ropes Course Exits: Serves as a high-value finale element for linear courses.

  • Family Entertainment Centers (FECs): Compact footprint allows installation on indoor columns or existing towers.

  • Zip Line Towers: Utilizing vertical space for an additional revenue stream on existing platforms.

Technical Specifications

  • Safety Certifications:

    • ASTM F2291-11: Standard Practice for Design of Amusement Rides and Devices.

    • CE Marked: Certified to EN 341:2011-1A (Personal fall protection equipment – Descender devices for rescue) standards, fulfilling the rigorous testing for descent energy and dynamic strength.

  • Load Ratings:

    • Rated Working Capacity (WLL): 20 – 130 kg (44 – 285 lbs).

    • Automatic Regulation: Self-adjusts resistance based on rider weight for consistent deceleration.

  • Mounting & Dimensions:

    • Device Dimensions: 80 x 320 x 216 mm (15 x 12.6 x 8.5 in).

    • Device Weight: 25 kg (55 lbs).

    • Mounting Height (Low Mount): 6.0 m – 8.3 m (19.7 ft – 27.2 ft).

    • Mounting Height (2m RipCord): 9.0 m – 15.3 m (29.6 ft – 50.1 ft).

  • Materials: Aluminum alloy housing; modified Acetal nozzle; UV-resistant nylon/Spectra webbing.

QuickFlight Annual Service

To maintain your QuickFlight Free Fall Devices warranty and ensure compliance with safety standards, all devices must undergo an annual service. Service is an annual process to make sure that your QuickFlight is operating properly and any worn parts, like the webbing, are replaced. Servicing your QuickFlight on time helps to maintain the warranty and maximize performance. Annual service is also mandatory to ensure compliance with safety standards like CE and ANSI.

Operational Efficiency & Engineering

The QuickFlight distinguishes itself through Eddy Current Magnetic Braking. This non-contact technology utilizes the electromagnetic force generated by the descent to create resistance.

  • Throughput: The retraction spring is tuned for rapid reset, allowing for a theoretical throughput of up to 90 participants per hour, minimizing queues.

  • Redundancy: Features a dual-line webbing system. If the primary line were to be compromised, the redundant line ensures a safe descent, satisfying strict risk assessment criteria (EN 15567 compliant operations).

  • Consistency: The braking force is proportional to the rider’s weight and speed. A 20 kg child and a 130 kg adult experience the same G-force profile during the catch, eliminating the need for operator adjustment.

Maintenance & Lifecycle

Designed for a low “Total Cost of Ownership,” the QuickFlight minimizes downtime.

  • Friction-Free: No contacting brake pads means no friction heat and no parts to wear out during the braking phase.

  • Service Intervals:

    • Annual Recertification: Required 15 months after manufacture, then every 12 months thereafter by an authorized service center.

    • Field Replaceable Parts: Upper webbing, RipCords, and nozzles can be inspected and replaced on-site by trained staff, reducing the need to ship the unit away for minor maintenance.

  • Durability: Sealed unit design protects internal components from weather and dust (though covers are recommended for extreme outdoor exposure).

Expert FAQ

Q: How does the “true free fall” mechanism work compared to an auto belay?

A: Unlike an auto belay that retracts slack immediately, the QuickFlight uses a “RipCord” system. The rider falls freely for a set distance (configured by RipCord length) before the webbing engages the magnetic braking drum, providing a distinct “drop” sensation before the catch.

Q: Is the device field-serviceable?

A: Yes. While the internal braking mechanism is sealed and requires annual factory recertification, the high-wear external components (webbing, carabiners, nozzle) are designed for field replacement by competent persons, ensuring maximum uptime during peak season.

Q: Can this device be used as a primary climber protection system (climbing up)?

A: No. The QuickFlight is a descent-only device. It must not be used as a belay for upward climbing. Riders should be clipped in at the platform edge immediately prior to descent.

Q: What is the minimum participant weight?

A: The system is rated for riders as light as 20 kg (44 lbs). The magnetic braking physics naturally produce less resistance for lighter riders, ensuring they descend smoothly without “hanging” or stopping mid-air.

TRUBLUE Speed Auto Belay | Competition-Grade Speed Climbing System

Achieve World Record speeds with the TRUBLUE Speed Auto Belay. Fast retraction, gentle magnetic descent, and industrial-grade durability.

The TRUBLUE Speed Auto Belay is engineered specifically for the demands of speed climbing athletes and competition facilities. By combining Head Rush’s industry-standard magnetic braking with high-velocity retraction, this system eliminates slack for climbers ascending at World Record pace while maintaining the lowest cost of ownership in its class.

Ideal Applications

  • Speed Climbing Competitions: Meets and exceeds IFSC retraction standards for 10m and 15m sprints.

  • Elite Training Facilities: Provides consistent, high-tension retraction for athletes training for sub-5-second times.

  • High-Throughput Gyms: Durable enough for repetitive, high-intensity laps without thermal fade or mechanical wear.

  • Speed & Agility Courses: Ideal for ninja warrior courses or vertical sprint challenges requiring rapid line recovery.

TRUBLUE SPEED Webbing Connectors:

Steel Carabiner: Our standard connector. Durable and long lasting with triple-action auto-locking protection. Recommended Use: Climbing Gyms and Rec CentersAluminum Carabiner: Lighter than steel and ideal for outdoor use and corrosive environments. Recommended Use: Climbing Gyms, Rec Centers and CampsAdventure Swivel: A versatile solution for facilities that require secondary connectors and unique operations. Recommended Use: Adventure Parks
Steel CarabinerAluminum CarabinerAdventure Swivel
Our standard connector. Durable and long-lasting with triple-action auto-locking protection.Lighter than steel and ideal for outdoor use and corrosive environments.A versatile solution for facilities that require secondary connectors and unique operations.
Recommended Use:Recommended Use:Recommended Use:
Climbing Gyms and Rec CentersClimbing Gyms, Rec Centers and CampsAdventure Parks
Open Loop Full-strength attachment point designed to accommodate approved Anti-Release Connectors. Recommended Use: Fun Climbs and FECs
Open LoopTRU-CLIP Connector
Full-strength attachment point designed to accommodate approved anti-release connectors.Removes the possibility of incorrect attachments by using a sequenced connection.
Recommended Use:Recommended Use:
Fun Climbs and FECsClimbing Gyms, Fun Climbs and FECs

Note: When selecting the TRU-CLIP Connector as your preferred webbing connector, additional Key Links may be needed for optimal operation.

Technical Specifications

  • Safety Certifications:

    • EN 341:2011 Class 1A (Personal Protective Equipment against falls – Descender devices)

    • EN 360:2002 (Retractable type fall arresters)

    • ANSI/ASSE Z359.4 (Assisted-Rescue and Self-Rescue Systems)

    • CSA Z259.2.3-99 (Descent Control Devices)

    • AS/NZS 1891 (Industrial fall-arrest systems – Part 3)

  • Retraction Speed:

    • 10 m (32.8 ft) wall: 2.7 seconds

    • 15 m (49.2 ft) wall: 3.5 seconds

  • Load Ratings:

    • Rated User Weight: 10 to 136 kg (22 to 300 lbs)

    • Max Descent Rate: 2.0 m/s (6.6 ft/s)

  • Dimensions & Weight:

    • Device Weight: 18.5 kg (41 lbs)

    • Webbing Options: 12.5 m (41 ft) or 16 m (52.8 ft)

  • Mounting Height:

    • Minimum: 7.5 m (24.6 ft)

    • Maximum: 16 m (52.8 ft)

Operational Efficiency & Engineering

The engineering core of the TRUBLUE Speed is its Eddy Current Magnetic Braking technology. Unlike friction-based pads found in competitor models, this system utilizes fixed magnets and a spinning rotor to create a braking force that adjusts proportionally to the climber’s weight.

  • Throughput Reliability: Because the braking is non-contact, the device does not suffer from thermal fade. It can run continuous laps in a competition setting without a change in descent consistency.

  • Zero-Slack Performance: The specialized retraction spring exerts minimal force on the climber (compliant with IFSC standards) but retracts fast enough to prevent loop formation, ensuring the safety line is always taut, even during sub-5-second ascents.

  • Redundancy: The braking mechanism functions independently of the retraction system, providing a fail-safe architecture critical for high-velocity applications.

Maintenance & Lifecycle

For facility operators, the TRUBLUE Speed offers a distinct ROI advantage through its wear-free braking architecture.

  • Service Intervals: Required annually (every 12 months) by an authorized service center to maintain certification.

  • Field Replaceable Webbing: The webbing assembly can be replaced on-site by trained staff, significantly reducing downtime compared to sealed units that must be shipped out for minor wear.

  • Durability: The absence of contacting braking parts means fewer components to degrade over time, resulting in a longer operational lifecycle and lower total cost of ownership compared to mechanical friction auto belays.

Expert FAQ

Q: Can the TRUBLUE Speed be used for standard route climbing?

A: While safe to use, it is optimized for speed. The retraction tension is higher than a standard TRUBLUE iQ to keep pace with sprinters. For standard climbing, the TRUBLUE iQ is recommended for a less aggressive pull.

Q: Does the magnetic braking require electricity?

A: No. The system is entirely self-regulating and mechanical, utilizing the kinetic energy of the falling climber to generate the eddy currents. It requires no external power source or battery.

Q: Is the webbing field-replaceable?

A: Yes, the webbing delivery nozzle and line are designed for field replacement. However, the internal retraction spring and magnetic brake are sealed and require factory recertification.

Q: How does the descent feel compare to a standard TRUBLUE?

A: The descent feel is identical. The “Speed” designation refers only to the retraction velocity during ascent. The magnetic braking provides the same smooth, comfortable lowering experience TRUBLUE is known for.

zipSTOP SPEED | High-Velocity Magnetic Braking System

Model ZSSD150-20A: Rated for 15-150 kg and 72 kph velocities. The ultimate eddy-current brake for commercial mega zip lines.

Stopping riders safely at speeds exceeding 60 kph presents a significant engineering challenge. Traditional friction brakes fade with heat, and spring packs create jarring g-forces that degrade the guest experience. The Head Rush zipSTOP SPEED Zip Line Brake (ZSSD150-20A) solves this by utilizing advanced magnetic induction to automatically adjust resistance based on rider weight. As the flagship model in the zipSTOP line, it provides the robust braking power necessary for long-distance, gravity-fed commercial lines, ensuring consistent deceleration and industry-leading reliability.

Ideal Applications

  • Mega Zip Lines: Specifically engineered for lines with arrival speeds between 60–72 kph (37–45 mph).

  • High-Throughput Destinations: Automatic reset allows for rapid rider cycling, essential for high-volume tourist attractions.

  • Variable Rider Groups: Self-regulating braking curve accommodates weights from 15 kg to 150 kg (33–330 lbs) without manual adjustment.

  • All-Weather Operations: Magnetic braking performance is unaffected by rain, snow, or dust.

Technical Specifications

  • Braking Technology: Self-regulating Eddy Current (Magnetic Induction) with Internal Reduction.

  • Rated Working Velocity: 0 to 72 kph (0 to 45 mph).

  • Required Configuration: Must be used with an external 2:1 reduction line assembly.

  • Rated Working Capacity: 15 to 150 kg (33 to 330 lbs).

  • Device Weight: 23.5 kg (52 lbs).

  • Model Number: ZSSD150-20A.

  • Line Specifications: Maximum Line Extension of 20 m (65.6 ft).

  • Housing Materials: Aluminum Alloy / Zinc Plated Steel (Weather Resistant).

  • Certifications & Standards:

    • Third-party tested by an ISO 17025 accredited laboratory.

    • Compliant with ASTM F24 Standards for Amusement Rides and Devices.

    • Facilitates compliance with EN 15567 (Sports and Recreational Facilities).

Operational Efficiency & Engineering

The zipSTOP SPEED distinguishes itself through its dual-reduction architecture. By combining an internal gear reduction with a mandatory external 2:1 reduction line, the device effectively doubles the braking force applied to the rider while maintaining a smooth payout of the webbing.

  • Consistent Deceleration: The magnetic braking force increases proportionally to the rider’s velocity. Heavier or faster riders generate more resistance, resulting in the same comfortable stopping distance as lighter riders.

  • Zero-Friction Reliability: Unlike contact brakes, there are no brake pads to burn out or glaze. The braking mechanism is non-contact, meaning the core braking components have an indefinite fatigue life.

  • Automatic Reset: The unit automatically retracts the brake trolley for the next rider, significantly reducing guide workload and minimizing cycle times.

Maintenance & Lifecycle

Designed for low Cost of Ownership (COO) in commercial environments, the zipSTOP SPEED minimizes downtime through modular maintenance.

  • Service Intervals: Annual recertification is required (15 months from manufacture, then every 12 months) to maintain warranty and safety standards.

  • Consumables: The webbing brake line is a sacrificial wear part designed for field-replacement. Wear is visual and easily inspected during daily checks.

  • Durability: The unit is sealed against the elements, allowing for outdoor installation. However, for maximum longevity in harsh marine or sandy environments, a secondary protective cover is recommended.

Zipstop SPEED Annual Service

To maintain your zipSTOP SPEED Zip Line Brake warranty and ensure compliance with safety standards, all devices must undergo an annual service. Service is an annual process to make sure that your zipSTOP SPEED is operating properly and any worn parts, like the webbing, are replaced. Servicing your zipSTOP SPEED on time helps to maintain the warranty and maximize performance. Annual service is also mandatory to ensure compliance with safety standards like CE and ANSI. Check the zipSTOP SPEED Annual Service fee.

How to select the right zipSTOP Device for your zipline setup

Select device model/reduction ratio which has a maximum device speed higher than the maximum arrival speed in all conditions. Maximum device speed must be sufficiently higher than maximum arrival speed to account for variability and other factors.

Expert FAQ

Q: How does the zipSTOP SPEED differ from the zipSTOP IR?

A: While both use magnetic braking, the zipSTOP SPEED is geared specifically for higher velocities (up to 72 kph). It features an internal reduction gear and requires an external 2:1 line setup. The zipSTOP IR is designed for speeds up to 60 kph and does not use an external reduction line.

Q: Can I use the zipSTOP SPEED with a 1:1 direct line setup?

A: No. The zipSTOP SPEED (Model ZSSD150-20A) is strictly engineered for a 2:1 reduction configuration. Using it in a 1:1 setup would exceed the device’s retraction velocity limits and compromise braking performance.

Q: What is the “Cost of Ownership” implication for this device?

A: The primary costs are the annual recertification fee and the replacement of the webbing line, which depends on throughput volume. Because there are no friction pads or internal mechanical wear parts involved in the braking force, catastrophic mechanical failure is extremely rare, resulting in a predictable and low long-term operational cost.

Q: Does the device require electricity?

A: No. The eddy current braking relies on the laws of physics (Lenz’s Law) generated by the movement of magnets past a conductive surface. It operates entirely without external power, ensuring safety even during power outages.

zipSTOP IR Zip Line Brake | Internal Reduction for High-Speed Arrival

Maximize throughput with the zipSTOP IR. Automatic reset and low-maintenance magnetic tech keep your lines running and costs down.

Achieving consistent deceleration across variable rider weights is the primary engineering challenge for commercial ziplines. The zipSTOP IR Zip Line Brake (ZSSD150-20A) solves this via eddy current magnetic braking, ensuring a soft catch for a 15 kg child or a 150 kg adult without manual intervention. As the industry standard for “average” to high-speed lines, the IR model integrates a mechanical 2:1 reduction system directly into the unit, offering the braking power required for faster lines in a compact, weather-resistant chassis.

Ideal Applications

  • High-Throughput Adventure Parks: Automated reset allows for rapid rider cycling.

  • Mid-to-High Velocity Ziplines: Specifically engineered for arrival speeds between 24–60 kph (15–37 mph).

  • Compact Platform Designs: Internal reduction eliminates the need for long external reduction line rigging, saving tower space.

  • Variable Rider Demographics: Self-regulating resistance accommodates weights from 15 kg (33 lbs) to 150 kg (330 lbs).

Technical Specifications

  • Certifications & Standards:

    • ASTM F2959: Standard Practice for Aerial Adventure Courses.

    • ASTM F24: Amusement Rides and Devices.

    • EN 15567-1: Sports and Recreational Facilities (Component compliant).

    • ISO 17025: Tested in accredited laboratories.

  • Braking Mechanism: Self-regulating Eddy Current (Magnetic Induction).

  • Reduction Ratio: Internal 2:1 (Mechanical).

  • Operational Velocity: 0 – 60 kph (0 – 37 mph).

  • Rated Working Capacity (WLL): 15 – 150 kg (33 – 330 lbs).

  • Device Weight: 23.5 kg (52 lbs).

  • Line Specifications: 20 mm Nylon/Spectra webbing (Field Replaceable).

  • Maximum Line Extension: 20 m (65.6 ft).

  • Environmental Rating: Weather-resistant aluminum alloy casing; zinc-plated steel internal components.

  • Model Number: ZSSD150-20A.

Operational Efficiency & Engineering

The zipSTOP IR is defined by its Internal Reduction (IR) architecture. Standard magnetic brakes often require “external reduction lines” (a system of pulleys and ropes) to handle speeds above 36 kph. The IR model miniaturizes this physics advantage inside the unit.

  • Throughput: The braking line automatically retracts after rider dismount, resetting the system instantly for the next user.

  • Magnetic Reliability: With no contacting friction pads to burn out or glaze, braking performance remains consistent regardless of rain, heat, or dust.

  • Redundancy Ready: Designed to function as a primary brake, seamlessly integrating with Emergency Arrest Devices (EAD) for a fail-safe system.

Maintenance & Lifecycle

Designed for high ROI, the zipSTOP IR minimizes “cost of ownership” through non-sacrificial braking components.

  • Friction-Free: The core magnetic braking module has no contacting parts, virtually eliminating wear on the braking engine itself.

  • Service Intervals: Requires annual recertification to ensure calibration and safety compliance.

  • Field Serviceability: The sacrificial webbing (“braking line”) and bumper are the only frequent wear parts and can be replaced on-site by trained staff, minimizing operational downtime.

Zipstop Annual Service

To maintain your zipSTOP IR Zip Line Brake warranty and ensure compliance with safety standards, all devices must undergo an annual service. Service is an annual process to make sure that your zipSTOP IR is operating properly and any worn parts, like the webbing, are replaced. Servicing your zipSTOP IR on time helps to maintain the warranty and maximize performance. Annual service is also mandatory to ensure compliance with safety standards like CE and ANSI. Check the zipSTOP IR Annual Service fee.

How to select the right zipSTOP Device for your zipline setup

Select device model/reduction ratio which has a maximum device speed higher than the maximum arrival speed in all conditions. Maximum device speed must be sufficiently higher than maximum arrival speed to account for variability and other factors.

Expert FAQ

Q: How does the Internal Reduction (IR) affect installation compared to the standard zipSTOP?

A: The IR model houses the 2:1 mechanical advantage inside the casing. This removes the need to design and rig an external reduction line system (pulleys and counterweights) on your tower, simplifying the install footprint and reducing the number of external components to inspect.

Q: Can the zipSTOP IR be used with an external reduction line to handle even higher speeds?

A: No. The zipSTOP IR is engineered specifically as a standalone 2:1 system. Adding external reduction lines is prohibited. For speeds exceeding 60 kph (37 mph), the zipSTOP SPEED model should be specified.

Q: Is the braking distance static for all riders?

A: No, but it is controlled. The eddy current resistance scales with velocity. While heavier riders will travel slightly further into the braking zone than lighter riders, the deceleration force is self-regulated to keep g-forces comfortable and safe for both.

Q: What is the mandatory service schedule?

A: The device must undergo a manufacturer or authorized service center recertification annually (every 12 months). The webbing assembly should be inspected daily and replaced immediately upon showing signs of wear or after a set number of cycles, whichever comes first.