Description

Used Ozone Zeolite 2 GT MS 80–95KG Glider — A Precision Wing Designed for Ambitious Pilots

Choosing the right high-performance paraglider can reshape the way you explore the sky. The Used Ozone Zeolite 2 GT MS 80–95KG Glider offers an uncommon blend of responsiveness, efficiency, and agility that appeals to recreational adventurers and competitive XC pilots alike. Because it balances cutting-edge design with dependable stability, this wing helps more pilots experience advanced performance without sacrificing approachability. Moreover, its lightweight build and glide efficiency make it a compelling option for anyone who wants to elevate their flying goals while keeping comfort front and center.

Although this is a used model, it maintains the hallmark qualities that define the Zeolite series—precision handling, low drag, exceptional climb rates, and a purposeful structure built for challenging XC environments. Many pilots appreciate how the Zeolite 2 GT encourages progression. Instead of overwhelming the flyer, it provides nuanced feedback and smooth reactions that support confidence in a wide variety of conditions. Because of this balance, the wing stands out as a reliable choice for pilots who value efficiency and predictability while still craving sport-grade performance.

In order to give you a complete understanding of what you can expect from this glider, the following sections explore every aspect of the Used Ozone Zeolite 2 GT MS 80–95KG Glider—from the engineering behind its design to how it behaves in real-world environments. You’ll also find guidance on who this wing suits best, why used models offer exceptional value, and how this specific size range fits different pilot profiles.

Why the Used Ozone Zeolite 2 GT MS 80–95KG Glider Stands Out

When pilots evaluate a wing from the Zeolite family, several qualities rise to the forefront: reduced weight, exceptional performance, and refined control authority. Because these characteristics influence every moment of flight, the Used Ozone Zeolite 2 GT MS 80–95KG Glider consistently appeals to performance-oriented pilots who want a dependable wing capable of handling extended cross-country tasks.

Additionally, the MS (medium-small) size range is engineered for pilots who fall within an all-up weight range of 80–95 kilograms including equipment. This size window provides a lively yet balanced character. Most pilots feel its dynamic energy without experiencing instability or turbulence amplification. By positioning itself in the middle of the available sizes, the MS model serves a broad audience of flyers who want an all-purpose XC machine suitable for intermediate and advanced adventures.

Responsive Handling With a Focus on Control

The Zeolite line is widely recognized for its remarkably clean sail profile and reduced line consumption. These innovations contribute to a glider that slices through the air with impressive coordination. Because the canopy responds quickly to pilot input, flyers often describe the handling as intuitive. Additionally, the glider transmits feedback through subtle, informative pressure changes rather than abrupt movements. This allows pilots to make small corrections effortlessly while remaining connected to the air around them.

Even though the wing has been used, the essential structure remains true to Ozone’s performance philosophy. The internal spanwise tensioning and carefully crafted cell openings promote consistent inflation characteristics and resilient behavior in variable lift. While newer models may incorporate incremental refinements, the Zeolite 2 GT still offers an excellent balance of sensitivity and stability, which many pilots appreciate when thermalling in tight cores or making strategic XC decisions.

Lightweight Construction That Enhances Efficiency

Another reason the Used Ozone Zeolite 2 GT MS 80–95KG Glider retains its value lies in the ultralight materials and thoughtful construction. Lightweight wings ascend more efficiently, launch with less effort, and remain easy to manage during ground handling. Because the Zeolite 2 GT uses a hybrid mix of durable lightweight fabrics, it delivers all the benefits of a featherweight wing without compromising structural integrity.

Moreover, the weight reduction increases flight performance. Lighter canopies reduce inertia, making it easier to center thermals, adjust glide angles, and maintain better control when conditions shift. Pilots who enjoy long XC flights especially appreciate this feature, since lower weight directly reduces fatigue during extended hours in the harness.

The used nature of this wing provides an opportunity to access advanced lightweight technology at a significantly reduced cost. While brand-new ultralight wings often command premium pricing, well-maintained used models give you entry into the same performance category with noticeably less investment—an appealing advantage for community-minded, budget-conscious, and progression-oriented flyers.

Performance Highlights of the Used Ozone Zeolite 2 GT MS 80–95KG Glider

Understanding this glider’s performance profile helps you evaluate how it fits into your personal flying goals. Because the Zeolite 2 GT is engineered for adventure-oriented pilots, its design emphasizes speed, glide performance, and stability on demanding routes. However, its usability remains inviting enough for newer XC pilots stepping up from lower-level performance wings.

Below is a closer look at core performance attributes.

Efficient Launch Characteristics

Pilots frequently highlight how predictably the Zeolite 2 GT inflates. Even in variable or crosswind launch environments, the canopy rises evenly with minimal overshooting. Because the tension distribution is designed to encourage uniform airflow across the leading edge, the wing maintains form during inflation even when lift patches feel inconsistent.

Launch Benefits Overview

Smooth inflation without aggressive surge
Lower physical effort due to lightweight materials
Predictable overhead behavior, even in tricky terrain
Reliable rise in slight or intermittent winds
Confidence-inspiring early flight control, especially for XC-focused pilots

When pilots combine these benefits with improved ground handling agility, they gain the confidence needed to launch successfully in more diverse environments. This characteristic often matters most to hikers, vol-biv explorers, and pilots who regularly operate from alpine takeoff sites.

Excellent Climb Behavior in Thermals

Thermalling performance significantly influences XC capabilities. Fortunately, the Used Ozone Zeolite 2 GT MS 80–95KG Glider excels at transforming vertical lift into upward movement. Since the wing has a streamlined profile and a reduced line footprint, drag decreases dramatically. As a result, the glider climbs more efficiently, particularly in weaker lift.

Additionally, the canopy communicates air movements clearly through the brakes and risers. This helps pilots maintain awareness without feeling overwhelmed by unnecessary turbulence feedback. Because of this nuanced handling, you can adjust your bank angle smoothly and remain centered in narrow cores where lift may shift unpredictably.

Climb Performance Summary

Outstanding sensitivity to subtle lift changes
Easy centering in turbulent or narrow thermals
High climb efficiency across a range of conditions
Reduced drag that supports vertical progress
Comfortable feedback levels for intermediate and seasoned pilots

This combination makes the used Zeolite 2 GT an excellent choice for anyone seeking consistent thermalling performance during long flights.

Impressive Glide Ratio for Cross-Country Efficiency

Another area where the Zeolite 2 GT shines is glide performance. Because Ozone optimizes line layout and sail tensioning, the wing produces significantly less parasitic drag compared to similar performance wings. The result is a smoother glide that conserves altitude during transitions.

This efficiency helps pilots connect distant thermals with fewer altitude losses, allowing longer XC flights on days with challenging lift distribution. Even when flying accelerated, the wing maintains a cohesive structure that supports predictable behavior at higher speeds.

Glide Advantages at a Glance

High glide efficiency that maximizes altitude conservation
Stable accelerated flight, even in active air
Clear feedback that prevents unnecessary pilot workload
Optimized line geometry for reduced drag
Confidence-boosting performance in long transitions

Pilots stepping up from a mid-level wing often notice a significant improvement in glide efficiency when switching to a Zeolite.

Who Benefits Most From the Used Ozone Zeolite 2 GT MS 80–95KG Glider

While the Zeolite 2 GT offers a broad range of advantages, its performance-oriented nature means it’s designed with specific pilot profiles in mind. Because of its predictable handling and efficient behavior, the glider suits a diverse range of flyers who wish to expand their horizons.

Ideal for Ambitious XC Pilots

Pilots who enjoy cross-country flying will appreciate how this glider handles extended tasks. Since it glides efficiently, climbs well, and remains stable at accelerated speeds, it gives XC-focused pilots the tools needed to tackle longer routes.

Why XC Pilots Choose the Zeolite 2 GT

Long-distance capability for serious cross-country flights
Efficient thermalling behavior for staying in lift longer
Reduced physical strain thanks to light build and smooth handling
Confidence during transitions across varied terrain
Predictable reactions that help maintain control throughout demanding tasks

Because of these strengths, the used Zeolite 2 GT delivers exceptional XC performance without requiring the same investment as a new model.

A Great Choice for Hike-and-Fly and Vol-Biv Adventurers

Pilots who enjoy hike-and-fly or multi-day vol-biv journeys often prioritize the lightest gear possible without sacrificing performance. The Zeolite 2 GT strikes an excellent balance: it’s light enough for long ascents but strong enough to handle real XC routes.

Ozone Zeolite 2 Advantages for Adventure Flyers

Lightweight pack size that’s comfortable during long climbs
Durable fabric construction appropriate for rugged missions
Efficient takeoff behavior in variable mountain wind conditions
Stable performance during long days covering diverse terrain
Reliable control when landing in restricted or remote areas

Even used, the Zeolite retains its adventure-friendly qualities, making it an excellent value for pilots who spend time exploring varied landscapes.Ozone Zeolite 2

Suitable for Advanced Intermediates Ready to Step Up

Stepping into a higher-performance glider can feel intimidating. However, the Zeolite 2 GT eases the transition thanks to its predictable feedback and efficient handling. Advanced intermediates who have mastered mid-B or high-B wings often find the Zeolite to be an accessible next step.Ozone Zeolite 2

Qualities That Make This Step-Up Manageable

Smooth and intuitive handling
Forgiving inflation behavior
Clearly communicated feedback
Efficiency improvements without dramatic jumps in difficulty
Light brake pressure that encourages long-duration comfort

The used status of this wing makes it especially attractive for pilots upgrading on a budget.

Why Buying a Used Zeolite 2 GT Is a Smart Investment

Used wings often present a unique opportunity for pilots to access high-quality equipment at significantly lower prices. Because Ozone builds its wings with long-lasting materials and robust internal structures, the Zeolite 2 GT maintains excellent performance even after careful use.

Below are some reasons why purchasing this used model makes sense for many pilots.

Cost Efficiency Without Compromise

Buying a used Ozone Zeolite 2 GT MS 80–95KG Glider gives you the chance to enjoy high-end performance without the premium cost. Many pilots appreciate how the reduced price enables them to allocate more of their budget toward harness upgrades, safety gear, or training.

Ozone Zeolite 2 Financial Benefits

Lower purchase price compared to a new model
High retained performance due to Ozone’s design quality
Better overall value for XC and adventure-oriented pilots
Access to advanced features without financial strain
Ideal choice for pilots experimenting with higher-class gear

Reliable Construction Means Long-Lasting Value

Even used, Zeolite wings maintain shape and structural tension quite well. Because the wing employs high-quality stitching, reinforced leading-edge materials, and carefully selected lightweight fabrics, it continues performing reliably through thousands of meters of ascents, thermals, and transitions.Ozone Zeolite 2

Used wings with proper inspection notes give pilots peace of mind that they’re investing in a well-maintained piece of equipment. This makes the used Zeolite 2 GT an appealing entry point into high-performance flying.Ozone Zeolite 2

Engineering Excellence Behind the Ozone Zeolite 2 GT

High-performance paragliders thrive on innovative engineering. Because Ozone consistently refines its design philosophy, the Used Ozone Zeolite 2 GT MS 80–95KG Glider benefits from several notable advancements. The engineering team behind the Zeolite series focused on aerodynamic purity, structural stability, and ultra-light efficiency. As a result, the glider offers a remarkably smooth experience that rewards active pilots without overwhelming them.

Although the Zeolite 2 GT belongs to a high-performance category, its design remains approachable. Instead of demanding constant input, the canopy stays well-balanced across a large range of conditions. Additionally, the sail tensioning structure promotes consistent performance even after long-term use. That combination helps pilots feel both supported and in control.Ozone Zeolite 2

Because many performance gliders lean heavily toward extreme responsiveness, some can feel sharp or sensitive in rough air. This model avoids those pitfalls through a refined wing profile that encourages predictability rather than abrupt shifts. Pilots seeking a glider that grows with their skill level will find the Zeolite 2 GT especially rewarding.

Advanced Aerodynamic Profile

The aerodynamic shaping of the Zeolite 2 GT sits at the heart of its performance. Ozone’s engineers created a wing with an elongated, efficient form optimized for high lift-to-drag ratios. Although the wing maintains a healthy aspect ratio, it doesn’t push into unwieldy territory. Its balanced proportions help reduce pilot workload while enhancing glide efficiency.Ozone Zeolite 2

Because the profile is designed to manage airflow cleanly across the entire canopy, pilots experience reduced turbulence feedback and improved stability during transitions. Additionally, the wingtip shaping minimizes induced drag and promotes smoother energy retention through turns.Ozone Zeolite 2

Leading-Edge Precision

The leading edge of the Zeolite 2 GT incorporates lightweight reinforced nylon rods that help maintain structural accuracy. Rather than collapsing or deforming under variable air pressure, the edge stays uniform. This improves inflation reliability and ensures consistent pressurization throughout flight.

Benefits of the Leading-Edge Structure

Improved pressure retention during accelerated flight
Clean internal airflow, promoting predictable reactions
More efficient glide across long transitions
Enhanced durability, even in used condition
Reliable inflation in both strong and weak winds

Pilots transitioning to this wing often comment on how confidently the canopy rises and settles into a stable overhead position.

Ozone Zeolite 2 Optimized Trailing Edge

Just as important as the leading edge, the trailing edge of the Used Ozone Zeolite 2 GT MS 80–95KG Glider contributes to refined control. Ozone incorporates mini-ribs and strategic tensioning to create a crisp, responsive brake range. Because the trailing edge resists flutter and stays tight, pilots enjoy remarkably clean handling.Ozone Zeolite 2

Trailing-Edge Advantages

Crisp and predictable brake authority
Smooth energy transitions during directional changes
Reduced canopy flutter, extending wing lifespan
Low-fatigue controls for multi-hour flights
Enhanced precision when thermalling close to terrain

This careful engineering creates a wing that behaves like a performance machine without demanding excessive strength or constant attention.Ozone Zeolite 2

Lightweight Material Selection

Because the Zeolite series targets hike-and-fly and XC adventurers, Ozone selected light yet durable fabrics. Even in used condition, these materials hold up extremely well when the wing has been properly maintained. Instead of compromising strength, the fabric layout uses reinforcement exactly where it’s needed while minimizing unnecessary weight.Ozone Zeolite 2

Ozone Zeolite 2 Hybrid Fabric System

The glider uses a hybrid skin configuration that balances weight, durability, and longevity. Lighter materials are used across the majority of the surface, while slightly stronger fabrics support high-stress zones such as the leading edge, cell walls, and line anchor points.

Key Material Qualities

Light canopy weight reduces inertia during flight
High-strength fibers preserve internal pressure
UV-resistant coatings maintain fabric longevity
Tear-stable weaves protect against accidental snags
Smooth surfaces reduce drag for improved glide

This thoughtful material selection makes the Zeolite 2 GT notably resilient despite its lightweight classification.

Ozone Zeolite 2 Long-Term Durability

Pilots often assume ultralight wings degrade quickly, yet Ozone’s construction methods demonstrate otherwise. The stitching, reinforcements, and alignment techniques maintain structural stability through many seasons of flying. Because this used model retains excellent airworthiness, pilots can trust that the wing continues to perform its primary function: delivering clean, efficient lift in varied environments.

Even the line system, with its reduced total length, suffers less aerodynamic drag while maintaining resistance to stretching. Proper line maintenance ensures that trim remains consistent, preserving handling quality even after extended use.

Internal Structure and Load Distribution

Inside the Zeolite 2 GT, numerous structural elements work quietly to maintain canopy stability. While pilots never see this complex internal system, they experience the benefits every time the wing handles turbulence or compresses into tight thermals.

Diagonal Ribs and 3D Shaping

The use of diagonal ribs helps distribute load evenly across the wingspan. Instead of allowing pressure pockets to concentrate in specific cells, the internal webbing spreads lift forces strategically. Because of this, the canopy maintains its intended geometry even under demanding XC conditions.

Additionally, Ozone’s implementation of 3D shaping along the canopy surface reduces wrinkles and distortions. The airflow moves more cleanly across the wing, creating a smoother and more efficient lift curve.

Benefits of Internal Load Distribution

Reduced canopy deformation during active air
Stable pressure retention across the span
Improved pitch control, especially when accelerated
Consistent internal geometry for predictable responses
Better long-term tensioning, even for used wings

Many pilots appreciate how these internal features translate to a calmer, more confident flying experience.

Riser System and Control Dynamics

Because risers form the connection between pilot and wing, their design deeply influences control. The Used Ozone Zeolite 2 GT MS 80–95KG Glider employs a sleek, functional riser system that supports both precise steering and efficient speedbar use. Although lightweight, the risers remain robust enough for demanding XC environments.Ozone Zeolite 2

Speedbar Efficiency

Performance-oriented pilots frequently rely on their speedbar to navigate transitions more effectively. Ozone’s speed-optimized risers maintain clean geometry throughout the accelerated range. Because stability is preserved, pilots feel confident flying at higher speeds without experiencing uncomfortable pitch movements.Ozone Zeolite 2

Ozone Zeolite 2 Speed System Benefits

Smooth acceleration with consistent tension
Predictable handling at high speed
Minimal pitch adjustments needed
Clear feedback when conditions shift
Efficient glide across long distances

This system supports ambitious XC performance goals without requiring excessive force or advanced technical skill.

Rear-Riser Steering

Rear-riser steering has become increasingly popular among performance pilots. Instead of relying solely on brake input, pilots can use the rear risers to make subtle corrections during accelerated flight. The Zeolite 2 GT’s riser setup encourages this technique and provides responsive tension feedback.Ozone Zeolite 2

Ozone Zeolite 2 Rear-Riser Advantages

Reduced drag compared to brake input
Smoother glide during transitions
Less altitude loss when making small adjustments
Better energy retention in active air
More control for experienced pilots

Rear-riser steering also helps reduce pilot fatigue during extended tasks.

Line Geometry and Drag Reduction

The Zeolite 2 GT features an exceptionally efficient line layout. Ozone works relentlessly to trim unnecessary line length and streamline overall geometry. Because drag reduction directly enhances glide performance, this design strategy contributes significantly to the glider’s XC strengths.Ozone Zeolite 2

Optimized Line Profile

The combination of unsheathed lines and minimal total line length improves aerodynamic purity. While unsheathed lines require careful handling, they reward pilots with noticeable performance gains. Additionally, the lines retain robust tensile strength and remain resistant to stretch when properly maintained.

Line Layout Advantages

Low drag improves glide across transitions
Clear communication through risers and brakes
Cohesive structural tension across the wingspan
Lightweight design enhances launch efficiency
Long-lasting strength when inspected regularly

Pilots stepping up from a beginner or intermediate wing will immediately notice the cleaner, more efficient feel of this line system.

Safety Characteristics and Stability

Although the Zeolite 2 GT belongs to a performance category, it demonstrates notable stability for its class. Because the wing is engineered to remain cohesive under pressure, it handles turbulence with calm predictability. Rather than snapping or pitching aggressively, the canopy behaves with a composed and reassuring character.

Pitch Stability and Energy Management

Pitch movements can challenge pilots, especially during accelerated flight. Fortunately, the Zeolite 2 GT’s aerodynamic shaping and internal architecture minimize unwanted forward or backward surges. Pilots can transition through varied air masses while maintaining better control and smoother pitch progression.

Pitch Stability Benefits

Reduced oscillation in active air
Predictable energy retention when exiting thermals
Clean transitions at different airspeeds
Lower pilot workload, especially on long flights
Improved overall comfort during rough conditions

This stability makes the used model especially appealing to pilots seeking dependable performance without sacrificing confidence.

Collapse Behavior and Recovery

Although collapses can occur on any paraglider, the Zeolite 2 GT handles them with efficiency and composure. Because the wing has been designed to reinflate cleanly, recovery happens quickly once the pilot applies the appropriate input. Moreover, the canopy conveys enough feedback to alert the pilot to changes in pressure before issues arise.

Ozone Zeolite 2 Recovery Characteristics

Fast inflation after asymmetric collapses
Clear tactile feedback before pressure loss
Reinforced leading edge helps maintain shape
Minimal yaw deviation during recovery
Reassuring behavior for performance-minded pilots

These recovery qualities contribute to a safer, more approachable high-performance experience.

Control Sensitivity and Brake Precision

Pilots often praise the Zeolite 2 GT for its direct, elegant brake handling. Although responsive, the brake pressure stays manageable across long flights. Because the feedback is well-balanced, pilots can make subtle inputs that translate instantly to canopy behavior.

Ozone Zeolite 2 Primary Brake Range

The primary brake zone feels smooth and progressive. Instead of jumping abruptly into turns, the glider eases into directional changes with controlled energy. This helps pilots fine-tune their movements in thermals and remain comfortably centered in narrow lift bands.

Primary Brake Feel

Linear tension that encourages precision
Soft initial range for micro-adjustments
Stronger mid-range authority during carving turns
Minimal lag between input and reaction
Efficient lift retention throughout the brake stroke

Pilots enjoy the methodical responsiveness that supports advanced flying techniques.

Deep Brake Range and Stall Characteristics

Although this wing is not intended for extreme maneuvers, the deep brake range maintains predictable behavior. Pilots practicing controlled stalls or steep spirals will find that the canopy communicates clearly as it approaches stall points. With proper training, this encourages better mastery of advanced control.

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