Ozone Arc Speed Wing: Precision Performance for Speed Flying Enthusiasts
Elevate Your Flight: The Ozone Arc Speed Wing Experience
The thrill of speed flying reaches new heights with the Ozone Arc Speed Wing. Developed by Ozone’s world-renowned design team, this cutting-edge wing caters to pilots who crave the exhilarating rush of terrain-hugging descents, dynamic carving, and precision control. Every stitch and seam on the Arc has been engineered with one goal: delivering an uncompromised speed flying experience for pilots of all skill levels.
Crafted for those who demand agility, reactivity, and smooth energy retention, the Ozone Arc is not just a wing. It’s a ticket to pure flying freedom.
Ozone Arc Speed Wing Design Philosophy: Innovation in Every Detail
Lightweight Yet Robust Construction
Ozone has long been celebrated for its dedication to cutting-edge materials. The Arc continues this tradition, incorporating lightweight, durable fabrics that reduce pack weight while ensuring maximum strength during high-load maneuvers. This balance of performance and durability allows for easy handling without compromising safety.
Ozone Arc Speed Wing True Arc Planform for Consistent Pressure
Unlike traditional speed wings, the Ozone Arc features a distinct arc-shaped planform. This curvature maintains even internal pressure across the wing span, promoting uniform energy distribution. The result? A ride that is steady yet reactive, aggressive yet refined.Ozone Arc Speed Wing
Ozone Arc Speed Wing Compact Cell Configuration
The wing incorporates a tight cell structure that enhances profile precision. Each rib is optimized for consistent airflow, granting the pilot smoother transitions during steep dives, sharp carves, and high-speed glides.
Unmatched Flight Dynamics
Precise Handling Across the Speed Range
Whether you’re foot-launching from alpine ridges or soaring above coastal cliffs, the Ozone Arc Speed Wing delivers an exceptionally wide speed range. Its dynamic handling allows you to engage sharp banking turns and technical terrain flying with remarkable ease.
Energetic Retention for Swooping Excellence
Built to retain energy through maneuvers, the Arc offers swooping potential that inspires creativity and exploration. It loads and releases energy in a way that remains intuitive even at high wing loading, giving you complete control of your line.
Low Drag, High Stability
Through streamlined design, reduced line drag, and profile optimization, the Ozone Arc achieves remarkable stability even in turbulence. As a result, pilots experience less pitch movement and more control, especially during aggressive runs.
Who It’s For: Built for Every Adventure
Accessible for Intermediate Pilots
While experienced speed flyers will relish its responsiveness, the Arc is forgiving enough for intermediate pilots stepping into dynamic flying. Its intuitive behavior inspires confidence during early sessions while scaling brilliantly with your progression.
Versatile Use Scenarios
From alpine descents to quick hike-and-fly sessions and canyon runs, the Arc adapts seamlessly. Its packability and low weight make it an ideal companion for missions that demand speed, performance, and portability.Ozone Arc Speed Wing
Compatibility With Harness Systems
Whether you’re flying with a mountaineering harness or a full-featured speed flying rig, the Arc integrates effortlessly. Its riser system supports modern harness attachments and provides a clean, tangle-free setup.Ozone Arc Speed Wing
Ozone Arc Speed Wing Highlighted Product Features
- True Arc Planform: For uniform internal pressure and balanced energy flow
- Optimized Cell Count: For increased aerodynamic precision
- Lightweight Fabric Technology: Balancing minimal weight with maximum durability
- High-Efficiency Line Layout: Reducing drag while enhancing responsiveness
- Intuitive Brake Pressure: Progressive control from input to action
- Wide Trim Range: Adapt to varied terrain and wind conditions
- Compact Pack Size: Perfect for hike-and-fly missions
- Precision-Tuned Energy Retention: Ideal for carving, swooping, and technical descents
- Multiple Size Options: Tailored for different pilot weights and styles
- Modern Riser System: Compatible with multiple harness types
Technical Specifications (Size Options)
| Size | Flat Area (m²) | Span (m) | Cells | Weight (kg) | Pilot Weight Range (kg) |
|---|---|---|---|---|---|
| 9 | 9 | 5.2 | 26 | 2.4 | 50-75 |
| 11 | 11 | 5.8 | 26 | 2.7 | 60-90 |
| 13 | 13 | 6.3 | 26 | 3.0 | 70-105 |
| 15 | 15 | 6.9 | 26 | 3.3 | 85-115 |
astering the Arc: Tips for Optimal Flying
Pre-Flight Setup and Checks
- Lay out the wing with minimal tension to prevent line twists.
- Confirm brake settings before takeoff.
- Use lightweight harnesses to maintain optimal loading.
- Check riser connections and ensure speed system functionality.
- Inspect weather and wind conditions thoroughly.
Launching Techniques
- In nil wind, apply a committed, symmetrical pull for clean inflation.
- In strong wind, consider reverse launches for better control.
- Keep eyes on the wing to identify early asymmetry during inflation.
- Maintain a low and forward stance to counter wind drag.
In-Flight Handling
- Coordinate weight shift with brake input for responsive carving.
- Manage energy through progressive inputs—avoid abrupt commands.
- Use the speed bar sparingly on steep terrain or when trimming for glide.
- Stay terrain-aware, scanning ahead to pre-plan your lines.
Landing Approaches
- Identify your landing zone early and set up with altitude awareness.
- Use deep brake pressure gradually to flare.
- Avoid aggressive flares that can lead to deep stalls.
- Consider top-landing in moderate headwinds for more flexibility.
Safety & Progression Tips
- Always fly within your skill zone and work gradually into steeper terrain.
- Attend speed flying clinics or workshops to sharpen technique.
- Fly with a buddy or local group when exploring new locations.
- Record flights to review performance and learn from feedback.
Use Guide: Getting Started With the Ozone Arc Speed Wing
Step 1: Choose the Right Wing Size
- Refer to the technical specifications chart to match your all-up weight to the correct wing size.
- Consider your experience level—smaller sizes offer faster, more dynamic handling.
- Larger sizes provide more stability and slower descent rates, ideal for progression.
Step 2: Prepare Your Gear
- Lay out the wing in a wind-protected area with lines clear and untangled.
- Check the risers, brake toggles, and connection points.
- Fit your harness securely and double-check leg/chest straps.
- Conduct a pre-flight inspection following Ozone’s checklist.
Step 3: Launch Safely
- In nil wind, perform a strong forward launch with arms wide.
- In strong conditions, use a reverse launch with smooth control.
- Ensure the wing inflates symmetrically and maintain balance through the launch run.
Step 4: In-Flight Management
- Use coordinated weight shift and brake input for turns.
- Apply gentle inputs; the wing responds quickly.
- Maintain visual contact with terrain and keep a mental map of escape routes.
- Monitor wind direction and lift patterns if ridge soaring.
Step 5: Approach and Landing
- Choose open, obstacle-free landing zones.
- Initiate landing setup early to manage descent energy.
- Flare progressively using both brake handles to soften touchdown.
Step 6: Post-Flight Care
- Lay the wing flat, then gently fold to prevent fabric stress.
- Store in a dry, cool environment.
- Periodically inspect stitching, lines, and risers for wear.
Note: Always consult Ozone’s official manual for detailed recommendations and local flying schools for skill development.
Comparison: Ozone Arc vs Other Speed Wings
| Feature | Ozone Arc | Traditional Speed Wing | High-Aspect Mini Wing |
| Planform Shape | True Arc | Standard Elliptical | Elliptical/High Aspect |
| Cell Count | 26 | 22-28 | 30+ |
| Wing Loading Range | Wide | Moderate | Narrow |
| Handling Style | Reactive + Stable | Agile but Twitchy | Efficient but Demanding |
| Energy Retention | Excellent | Moderate | High |
| Terrain Flying Capability | Exceptional | Good | Fair |
| Brake Pressure Feel | Progressive | Variable | Light but Sharp |
| Stability in Turbulence | High | Moderate | Low to Moderate |
Why Choose Ozone Arc Speed Wing?
Commitment to Research and Innovation
Ozone consistently leads the way in paraglider and speed wing design. Their commitment to R&D and pilot feedback ensures that every product is not just a wing, but a next-level flying tool.
Ozone Arc Speed Wing Trusted by Athletes Worldwide
From Red Bull athletes to mountain adventurers, Ozone wings are trusted by those who fly hard, explore far, and demand the very best.
Ozone Arc Speed Wing Designed, Tested, and Built with Passion
With every product developed and tested in the French Alps, Ozone delivers wings that are born from real-world experiences. Their design philosophy marries engineering precision with flying passion.
Ozone Arc Speed Wing Paraglider – Ignite Your Adrenaline with Every Flight
The Ozone Arc Speed Wing Paraglider isn’t just a wing—it’s a revolution in high-energy, precision-driven paramotor and speed flying. Because performance is paramount, and because thrill-seekers demand responsiveness and speed, the Arc delivers an unrivaled experience. Not only does it carve effortlessly through the sky, but it also provides unmatched handling and aerodynamic efficiency, making it a go-to choice for progressive pilots.Ozone Photon
Built for Speed, Designed for Control
Firstly, the Arc’s compact and high-aspect-ratio design ensures that pilots experience razor-sharp handling. Additionally, because of its dynamic profile and shorter lines, responsiveness is elevated to an entirely new level. Consequently, pilots can transition between tight turns and fast descents with zero hesitation. In fact, every movement becomes deliberate and precise, which not only increases performance but also boosts confidence.
Moreover, the SharkNose technology enhances stability at all speeds. Because of this innovation, pilots can push limits without sacrificing safety. Furthermore, the wing remains composed in turbulent air, allowing you to soar with stability even during aggressive flying.
Lightweight Structure, Heavyweight Impact of Ozone Arc Speed WingÂ
While the Ozone Arc Speed Wing Paraglider is exceptionally lightweight, its impact on performance is anything but subtle. Notably, the wing is built using Ozone’s ultra-durable, lightweight fabric. Consequently, it offers better launch characteristics and inflates easily, even in low wind. Because every ounce matters when hiking or traveling, this glider gives you performance without compromise.
In addition, the streamlined riser system allows for efficient brake toggling and precise pressure feedback. Because of this, you’ll always feel connected, even during demanding maneuvers. Also, due to its minimalistic yet functional structure, pilots can expect effortless control under pressure.
Why Choose the Ozone Arc Speed Wing Paraglider?
Because you’re not just looking to fly—you’re looking to fly fast, with style, and with confidence. The Ozone Arc Speed Wing Paraglider is tailored for those who thrive on adrenaline-fueled descents and rapid decision-making. Additionally, it’s perfect for mountain descents, foot-launched soaring, or rapid terrain exploration.
And let’s not forget—because it’s from Ozone, you know it’s been tested, trusted, and tuned for performance. Ultimately, the Arc isn’t just a wing—it’s a commitment to pushing boundaries, chasing horizons, and enjoying every second of the ride.
- Optimized for big-mountain riding
- Highly stable at low angles of attack and steep lines
- Short line length, long trim range
- Rapid, reliable inflations on launch
- Capable and comfortable in foot-launch applications
- Light but durable design, with sheathed lines
Specifications Ozone Arc Speed Wing
| Sizes | 6.5 | 8 | 10 | 12 | 14 |
|---|---|---|---|---|---|
| Number of cells | 27 | 27 | 27 | 27 | 27 |
| Projected area (m2) | 5.8 | 7.1 | 8.9 | 10.6 | 12.4 |
| Flat Area (m^2) | 6.5 | 8 | 10 | 12 | 14 |
| Projected Span (m) | 4.01 | 4.45 | 4.98 | 5.45 | 5.89 |
| Flat Span (m) | 4.77 | 5.29 | 5.92 | 6.48 | 7 |
| Projected Aspect Ratio | 2.8 | 2.8 | 2.8 | 2.8 | 2.8 |
| Flat Aspect Ratio | 3.5 | 3.5 | 3.5 | 3.5 | 3.5 |
| Root Chord (m) | 1.64 | 1.82 | 2.03 | 2.23 | 2.41 |
| Glider Weight (kg) | * | 1.93 | 2.16 | 2.45 | 2.7 |
| Load Test | EN-926 | EN-926 | EN-926 | EN-926 | EN-926 |
| In-flight Weight Range (kg) | 50-95 | 50-95 | 50-97 | 50-97 | 50-97 |
| EUR RRP | €2,400.00 (including VAT) | €2,400.00 (including VAT) | €2,400.00 (including VAT) | €2,400.00 (including VAT) | €2,400.00 (including VAT) |
| U.S. RRP | $2,400.00 | $2,400.00 | $2,400.00 | $2,400.00 | $2,400.00 |
* Weights may vary up to 50gm per size due to slight variations in the manufacturing of the fabric used.used paragliding gear
Colour Options Of Ozone Arc Speed Wing
Inflation & Launch
The Arc launches rapidly. It has the predictable and dependable launch behavior that is critical for dropping into steep big mountain lines. It inflates quickly even from a compressed layout.
On Snow
The Arc’s brake range is very long, longer than almost any speed wing we have flown. Its deep brake behavior allows you to make powerful inputs without stalling or over-controlling the wing. This same characteristic makes rapid disconnects and re-landings easy on steep lines, and enables freestyle maneuvers such as riding switch and taking grabs accessible earlier in a pilot’s skill-progression.
Trim Range & Glide
The Arc has the longest trim-range of any of Ozone Speedwing. With trims fully released, its glide is very steep. Because the trim range is so extensive, it ships with the final 3cm of trim-range stitched closed. It is up to the pilot to cut the stitching to access the full trim range.With trims pulled in, the Arc’s max glide is impressive for a ski-specific wing – it is comparable to the Dragonfly series.
Foot-launch Flights
Although designed with the Speedrider in mind, the Arc’s significant trims-in launch capability make it a fun, safe, and stable wing for foot-launched speed flying. Many pilots prefer the feel of both the lighter weight fabric and risers, as well as the shorter line-lengths for intermediate-to-advanced level classic speedflying.
Materials & Design Of Ozone Arc Speed WingÂ
A lighter system means lower sail inertia which means better behavior when navigating technical terrain at low speed with the wing unloaded due to the pilot riding on the surface. Light risers and fabric help the canopy to remain overhead at low airspeeds. Sheathed lines provide durability and a new neoprene brake-handle design is optimized for gloves, with classic snaps rather than magnets.used paragliding gear
used paragliding gear The Pilot
The Arc serves a broad range of beginner to advanced speedriding pilots who want a wing capable of true speed riding. It is recommended for those with prior piloting paragliding or speed riding experience. It is available in three sizes: 12m / 10m / 8m / 6.5m used paragliding gear
Materials
- Top Surface Cloth: Dominico N20D
- Bottom Surface Cloth: Dominico N20D
- Rib cloth: Dominico 30D (hard)
- Upper lines: Liros DSL 70
- Mid lines: Liros DSL140
- Lower Lines: Edelrid 6843-240/200
eu glove size chart (EU Sizing)
To ensure comfort and precision when flying, your gloves should fit snugly without restricting movement. Use this chart to find your ideal size based on hand circumference.eu glove size chart
| EU Size | Hand Circumference (cm) | US Equivalent | Suggested Fit |
| 6 | 15 – 16.5 | XS | Very Slim Hands |
| 7 | 16.5 – 18 | S | Slim Hands |
| 8 | 18 – 19.5 | M | Average Hands |
| 9 | 19.5 – 21 | L | Large Hands |
| 10 | 21 – 22.5 | XL | Very Large Hands |
| 11 | 22.5 – 24 | XXL | Extra-Wide Hands |
Tip: Measure your dominant hand at the widest part (excluding the thumb) with a soft tape measure. Round up if you’re between sizes, especially when wearing liners or winter gloves.eu glove size chart
Frequently Asked Questions
Is the Ozone Arc suitable for beginners?
It is best suited for intermediate to advanced pilots. While it is forgiving, speed flying inherently requires a foundational level of glider control.
Can I use the Arc for hike-and-fly missions?
Absolutely. Its low weight and compact packing make it ideal for alpine speed flying adventures.
Which size should I choose?
Choose based on your all-up weight and your preferred flight dynamics. Lighter wings fly faster and more aggressively.
Does the Arc require special risers?
No, the Arc uses a modern, versatile riser system compatible with most speed flying harnesses.
lbf kgf Unit Conversion: lbf and kgf Explained
Understanding load forces is essential when evaluating wing performance and gear ratings. Here’s a simple conversion overview:
- lbf (Pound-force): A unit of force in the imperial system. 1 lbf is the force needed to accelerate a mass of 1 pound at 32.174 ft/s².
- kgf (Kilogram-force): A metric unit of force. 1 kgf is the force exerted by gravity on a 1-kilogram mass (standard gravity = 9.80665 m/s²).
Common Conversions
| Force | Equivalent |
| 1 lbf | ≈ 0.4536 kgf |
| 1 kgf | ≈ 2.2046 lbf |
Tip: When comparing equipment rated in lbf or kgf, always convert consistently and understand the safety margins involved. Manufacturers often specify maximum load ratings in one or both units depending on market region lbf kgf
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