Parakite vs. Paraglider
For many pilots, a paraglider is the top choice for thermaling, cross-country flights, and versatile mountain flying. A parakite opens up a different style of flying: Depending on the model, linked control systems—operated via the handles—also influence the angle of attack and speed. Its focus is often on dynamic soaring and the conscious management of flight energy.
At first glance, both aircraft appear similar. Under the canopy, however, their controls, feedback, and areas of use differ significantly. A Parakite is therefore not just a regular paraglider with more speed. Even an experienced paraglider pilot must specifically learn the new control logic.
This comparison will help you understand the differences. You’ll learn how the handling changes, what prerequisites are important, and which models from the paragliding24.ch lineup are suitable for different flying goals.
Table of Contents
- Basic Principles and Differences
- Controls and Handling
- Takeoff, Flight, and Landing
- Applications and Areas of Use
- Pilot Level and Suitability
- Safety and Certification
- Selection and Recommended Products
- Frequently Asked Questions
What is a parakite, and how does it differ from a paraglider?
A classic paraglider is a flexible wing that can be launched from the ground. Depending on its design, it enables training flights, soaring, thermal flying, hike-and-fly, and performance-oriented cross-country flying. The range extends from easily accessible training gliders to challenging competition wings.
A parakite combines the characteristics of a paraglider with control concepts from kitesurfing. In the designs discussed here, a linkage between the control lines and the harness system alters the wing’s geometry. As a result, hand movements affect not only the braking effect but also the wing’s angle of attack. The specific implementation varies by manufacturer and model.
The term therefore does not refer to a uniform performance class. A parakite designed for skill progression and a model heavily geared toward dynamic flight can have very different requirements. Therefore, always compare the specific wing, its size, the manufacturer’s specifications, and its intended use.
Parakites, miniwings, and speedflyers are different concepts
These terms are sometimes used interchangeably in everyday language. Put simply, a miniwing is a compact wing whose characteristics depend heavily on its construction and wing loading. A speedflyer is designed for fast, dynamic flight. Speedriding refers to the combination with skiing.
Among the models presented, a parakite is characterized in particular by its coupled control system. It is not defined solely by a small wing area. There may be overlaps in usage; however, this does not imply that training, flying techniques, or equipment are interchangeable.
Parakite vs. Paraglider: A Direct Comparison
| Feature | Classic paraglider | Parakite |
|---|---|---|
| Typical Focus | Training, thermals, XC, hike & fly, and soaring | Depending on the model: dynamic soaring and high-energy flying |
| Hand controls | Primarily brake control; additional riser control depending on the model | Coupled systems affect brake effectiveness and angle of attack |
| Speed control | Brakes and, on many models, a foot accelerator | In the systems under consideration, speed is largely controlled via hand position |
| Thermals and distance | A wide range of models specifically designed for this purpose | Not a universal substitute for a thermal or XC glider |
| Flight feel | From subdued to highly dynamic | Often strongly influenced by control position and energy management |
| Pilot requirements | From flight students to competition pilots | Model-specific training or conversion training is crucial |
| Safety assessment | Consider the EN flight behavior class, model, and intended use together | Read the test type carefully; structural certification is not an EN-A-through-D classification |
| Selection | Takeoff weight, class, skills, and flight destination | Additionally, pay special attention to the control system, wing loading, and training program |
Controls: Why a Parakite is controlled differently
With paragliders, brakes and weight shifting are the primary controls
You use the brakes to change the rear section of the wing’s profile. In combination with weight shifting, you steer turns, center thermals, and react to canopy movements. On many paragliders, the foot-activated accelerator changes the riser geometry and increases speed.
Modern paragliders may also feature a B-brake or a combined B/C-brake system. These, too, allow you to influence the angle of attack. The difference between a Parakite and other paragliders is therefore not simply that only a Parakite allows for angle-of-attack control. What matters is how this control is integrated into everyday handling.
You can learn more about this in the comparison of 3-line and 2-line paragliders.
With the Parakite, the control position and flight state are more closely linked
In systems such as the PKS on the Niviuk Jester or the FLARE system, the designated hand movements influence multiple functions. Through pulley systems, the control movement is coupled with a change in the wing’s angle of attack. The range of motion and effect must therefore be interpreted differently than with a brake line alone.
With the Jester, for example, Niviuk explains that raising your hands accelerates the glider and releases brake pressure. Further down within the intended control range, the relationship between wing angle and braking effect changes. Pulling the handles too far can also lead to a stall here.
Consequently, there is no universal guideline along the lines of “hands up is safe” or “hands down is slow and docile.” The significance of a hand position depends on the model, its setup, and the flight conditions. You must familiarize yourself with the neutral position, the permissible control range, and emergency procedures by consulting the current documentation and receiving hands-on instruction.
An important feature of the Jester: According to the manual, control must not be exercised exclusively via the main brake line. The intended combination of system lines and brake lines is an integral part of the control concept.
Handling: Canopy Feedback, Turns, and Flight Energy
How does a Parakite feel in flight?
With a paraglider, you assess the canopy through brake pressure, risers, harness movements, and its position above you. With the Parakite, these sensations remain important. Added to this is the conscious correlation between hand position and changes in flight state.
You must recognize whether the wing is accelerating, changing its flight path, or converting energy into a different movement. A compact, seemingly stable wing can still be traveling at high speed. The subjective feeling of stability therefore says little about how much room for maneuver you actually have.
Turn Control and Dynamics
In both concepts, asymmetrical control inputs and weight shifts work together. With the Parakite, the coupling of the controls can additionally influence how speed and flight path develop during a turn. A hand movement familiar from paragliding therefore does not necessarily lead to a familiar reaction.
Tight turns and rapid changes in direction can significantly alter altitude and energy. Especially when switching to a parakite, it’s important to first get to know the effects of small inputs under guidance and with sufficient space. The most spectacular maneuvers in a manufacturer’s video are not a useful benchmark for your first flights.
What does energy management mean?
Kinetic energy increases with the square of the speed for a given mass. Doubling the speed thus results in four times the kinetic energy. This explains why a high-speed flight condition must be planned well in advance.
Depending on the model, a Parakite can build up speed and partially convert this into altitude during a recovery turn. This brief climb does not equate to consistently good thermal performance. It results in a conversion of existing energy; without an updraft, the glider will continue to sink in the long run.
Therefore, flight planning depends on more than just the current altitude. Direction of travel, speed, distance from the terrain, and a clear path for evasion or landing are also important.
Takeoff, Ground Handling, and Landing
Ground handling forms the basis for taking off
A smaller glider is not automatically easier to control. Launch behavior, pull, lateral stability, and response to gusts depend on the design and conditions. The method for a controlled launch is also model-specific.
First, learn how to organize and check the entire system. This includes control line routing, pulley systems, handles, and the correct basic setup. Tangled handles or control lines that have been shortened without authorization can alter handling and are not minor adjustments.
A suitable practice area offers ample space, clear conditions, and no obstacles in the direction of flight. The first exercises should be part of a professional briefing. Anyone who cannot yet reliably control the canopy on the ground should not attempt a flight.
Launch technique and abort procedures must be suited to the model
During launch, the pull-up, control phase, and acceleration must be coordinated. The required hand position and the correct sequence differ between systems. A movement that is automated on a paraglider may have a different effect on a parakite.
It is particularly important to have a predetermined abort procedure. Under strong pull, it is too late to think about the correct method. Your instructor should therefore not only teach you how to launch successfully but also how to safely abort a failed launch.
The landing begins with planning the approach
With a classic paraglider, the approach and flare depend on the model, wind, and wing loading. With the Parakite, the specific control logic comes into play. Too much speed, an unsuitable flight path, or a poorly timed input cannot be compensated for by a pronounced flare alone.
Plan your first landings on a spacious, obstacle-free area under supervision. Get to know how the controls work before considering small open spaces or complex terrain. Specific handle heights and timing for pulling the handles are part of model training.
Application: Which aircraft is best suited for which mission?
Thermals and Cross-Country Flying
If you want to reliably use thermals, plan valley crossings, and undertake long XC flights, there’s a strong case for a paraglider specifically designed for these purposes. Climb rate, glide ratio, and handling suited to your skill level are the key factors here.
A Parakite can also climb in thermals under suitable conditions. However, this does not mean it is equivalent to a thermal glider. Assess its actual suitability based on the model itself, not on individual videos showing impressive altitudes.
Slope Soaring, Coastline, and Dunes
This is an important area of use for many Parakites. Steady, dynamic updrafts allow for longer flight phases along a terrain edge. The linked control system enables a different approach to speed and flight path.
A classic paraglider can also soar exceptionally well. The difference lies in the flight concept and the control options. Whether you need a Parakite for this depends on whether you specifically want to learn this discipline.
Even along a coastline, the wind isn’t automatically laminar. Buildings, valleys, dune formations, and other obstacles can create turbulence. A seemingly ideal soaring setting is no substitute for assessing the site.
Hike & Fly and Alpine Descents
For hikes followed by a flight, weight, pack size, takeoff performance, and the reachable landing area are key factors. A lightweight paraglider may be the more versatile choice here. A low glide ratio or high sink rate can make a landing area unreachable, even if it appears close visually.
A Parakite is only an option if the model, flight route, and your training level are a good match. The possibility of a steep descent is not a free pass for flying over unfamiliar terrain. Also consider alternatives in case the wind or visibility at the launch site are unsuitable.
Contour flying and low-altitude flying
The SHV explicitly distinguishes between soaring in steady winds and fast contour flying close to the terrain. The same wing can have a very different risk profile depending on how it is used.
The closer you are to the ground, the less time you have to react in the event of a misjudgment, a gust, or a disturbance. Good glider control on the ground or near the ground is therefore crucial. A reserve parachute cannot compensate for this lack of altitude. Flying close to the ground should therefore not be considered a necessary part of parakiting.
Pilot Level: Who Is a Parakite Suitable For?
This question cannot be answered with a fixed number of flight hours. Certainly, a Parakite is only suitable for experienced paragliders. But even more crucial are active flying experience, reaction time, paraglider skills, flight frequency and consistency, an understanding of wind and weather, and a willingness to adapt to a different control system.
| Your Skill Level | Useful Guidance |
|---|---|
| No flight training yet | Work with a qualified flight school to map out your training path; do not attempt to fly any Parakite on your own |
| Newly certified paraglider pilot | Solidify your fundamentals and get a personalized assessment before switching to a different glider |
| Regular recreational pilot | Check your current takeoff, landing, and ground handling skills; plan targeted transition training |
| Experienced soaring pilot | Well-suited for training, but must learn the new system logic and wind limits |
| Experienced XC or competition pilot | Recognize performance flying experience, but do not automatically assume Parakite proficiency |
| Already an experienced Parakite pilot | Re-evaluate the new model and different size in terms of control, energy, and use |
Terms such as “Intermediate” or “first Parakite” describe the positioning within a manufacturer’s product line. They are neither an EN class nor a general approval for beginner pilots.
Kitesurfing experience can aid in understanding wind and control. However, it is no substitute for flight training: airspace, landing procedures, and handling of disruptions present additional challenges.
Safety: Stability, Certification, and Swiss Regulatory Framework
Collapse resistance is not the same as passive safety
A profile that appears stable can inspire confidence. However, this does not describe how the wing will react after a disturbance. Control errors, insufficient speed, line tangles, or loss of control also remain relevant issues.
The right question, therefore, is: What errors can occur, how does this specific model react, and am I prepared for them? A blanket ranking such as “parakites are safer than paragliders”—or vice versa—does not help with the selection process.
EN 926-1 and EN 926-2 are distinct
EN 926-1 concerns the strength of paraglider structures. A corresponding certification does not indicate that a wing is classified as EN-A, EN-B, EN-C, or EN-D in terms of flight behavior. The flight behavior test according to EN 926-2 is relevant for this.
The Jester is described with a strength certification according to EN 926-1. It must therefore not be classified as an EN-A training wing. For each model, check which test has actually been conducted and what conclusions it allows.
Training and Classification in Switzerland
For speedflying and speedriding, the SHV requires a corresponding extension to the paragliding license. According to the SHV, the manufacturer’s designation of the wing is decisive in this regard.
This should not be interpreted as automatically equating all parakites with speedflyers, nor as granting a blanket exemption. Before using a specific model, check with a qualified Swiss flight school or the SHV to determine which requirements apply. Also verify insurance coverage, flying area regulations, and airspace restrictions.
The wind range is not a universal figure
A specification such as “up to 40 km/h” would be of little significance without information on the model, size, takeoff weight, and terrain. Average wind speed, peak gusts, shifts in wind direction, and turbulence must all be assessed together.
Furthermore, ground speed is not the same as airspeed. A strong headwind can reduce forward movement, while the wing continues to fly quickly through the air. A low ground speed therefore does not automatically make the flight low-energy or safe.
Choosing a Parakite or Paraglider: What Matters
Start by considering your intended use and your training. The size will follow from that; it shouldn’t be determined first by an attractive price or a wing that’s supposedly particularly sporty.
- Define your flying goals: Are thermals, XC, coastal soaring, or a specific new discipline your main focus?
- Have your piloting level assessed: Consult a flight school familiar with the system.
- Determine your total takeoff weight: Include your body weight, clothing, harness, reserve parachute, helmet, and all luggage.
- Consider the manufacturer’s specifications: Review the wing area, weight specifications, handling, and recommended uses together.
- Plan training and testing: Get to know the new model in suitable conditions and under appropriate supervision.
- Coordinate all equipment: The harness, connections, protector, and reserve system must be compatible.
With comparable designs, a higher wing loading tends to result in higher speed and more dynamic behavior. A smaller size is therefore not a simple way to achieve a more controllable strong-wind glider. Likewise, the largest available wing is not automatically the right choice for beginners.
The harness and accessories are part of the selection
Harness geometry affects feedback and weight distribution. Check which setup the manufacturer and your flight school recommend. An exceptionally lightweight harness without appropriate protection is not automatically recommended for dynamic flights.
Be sure to include a suitable helmet, gloves with a secure grip, and a properly installed reserve system. A compatibility check and ensuring the reserve handle is easily accessible are part of the setup process. Your equipment supports your reserves; it does not replace altitude or proper flight planning.
Suitable models at Paragliding24.ch
Niviuk Jester: Parakite with PKS control
The Niviuk Jester Parakite is an example of a design geared toward dynamic flying and soaring. Its Parakite system links control inputs to changes in angle of attack. It’s particularly interesting if you want to specifically learn or further develop this discipline with appropriate training.
Before your first flight, be sure to review Niviuk’s official instructions regarding the correct main brake line configuration. The default setting is part of the system and should be verified against the manufacturer’s current manual. Changing the knot positions on your own is not a standard brake handle adjustment.
Ozone Vapor: An Intermediate and Sport-Class Parakite
The Ozone Vapor Parakite expands the lineup with a model designed for soaring and featuring Black Sheep Technology. Ozone positions it within the Parakite range in the intermediate/sport category.
It’s an interesting model for pilots who, after receiving proper instruction, want to more consciously control speed, flight path, and dynamics. The manufacturer’s positioning does not equate this model to an EN-B class. Discuss handling characteristics and size recommendations individually with your instructor.
Ozone Buzz Z7: Classic paraglider in the mid-EN-B range
If you’re looking for a versatile paraglider for recreational and thermal flying, the Ozone Buzz Z7 is a possible model to consider. It represents a different focus than the Parakites: classic paragliding with the corresponding control logic.
Even a mid-B wing must be suitable for your skill level. “Mid EN-B” is a standard market classification and not an additional official certification class.
Niviuk Ikuma 3: Paraglider for Ambitious XC Goals
The Niviuk Ikuma 3 is offered in the high EN-B segment and features a coupled C2B system. It’s an example of a performance-oriented paraglider if your focus is on further developing your cross-country flying skills.
Its riser control system does not make it a Parakite. Rather, it demonstrates why you should compare different designs based on their overall handling and intended use.
Decision Guide by Flying Goal
| Your primary goal | Obvious direction |
|---|---|
| Learning to fly | A glider suitable for training and a structured training program |
| Thermal flying and first cross-country flights | A suitable classic paraglider |
| Ambitious XC | A paraglider specifically designed for this purpose, tailored to your skill level |
| Dynamic soaring as a new discipline | Test the Parakite with model-specific instruction |
| Hike & Fly with varying landing options | Compare suitable lightweight paragliders and flight routes |
| Contour flying close to the ground | A particularly challenging application; not a beginner’s scenario |
| Take advantage of stronger winds | First, assess the weather, terrain, and your skill level; purchasing a new paraglider does not grant blanket approval |
Frequently Asked Questions About Parakites and Paragliders
Is a parakite a small paraglider?
Not exactly. Aside from wing area, the main difference between the models presented here is the linked control system. A small, classic paraglider does not have Parakite controls.
What’s the biggest difference in handling?
With a parakite, the hand position relative to the designated system also influences the angle of attack and thus the speed response. With a classic paraglider, the focus is on brakes, weight shifting, and, if applicable, speed bars or rear risers.
Can I fly a Parakite right away if I have paragliding experience?
Such experience is helpful but does not replace instruction. Movements you’re used to may have different effects. Have your skills assessed and learn how to fly the specific model under expert guidance.
Can you fly thermals with a Parakite?
Climbing is possible under suitable conditions. How suitable and efficient the model is for this varies. For regular thermal and cross-country flights, a paraglider specifically designed for this purpose usually provides a better foundation.
Is a Parakite collapse-resistant?
No. High basic stability or a reflex profile are no guarantee against collapses and other malfunctions. The model, flight state, conditions, and pilot behavior are decisive factors.
What size Parakite do I need?
That depends on your total takeoff weight, experience, model, and intended use. Refer to the manufacturer’s specifications and seek personalized advice. A one-size-fits-all recommendation based solely on your body weight would be insufficient.
Is parakiting the same as speedflying?
The concepts and areas of use may overlap, but they are not identical. For the requirements in Switzerland, the specific classification must be verified. The SHV guidelines for models explicitly sold as speedflying or speedriding wings must be observed.
Which parakites can I compare on Paragliding24.ch?
In our selection, you’ll find the Niviuk Jester and the Ozone Vapor. Both represent different manufacturer concepts. Choose based on your training level, intended use, and size recommendations—not solely on brand image.
Find the design that fits your everyday flying
If you want to use thermals and fly long distances, start by selecting a paraglider at Paragliding24.ch. If you’re interested in the unique handling and dynamics of parakiting, compare our parakites for soaring and sport flying.
Through our consultation and contact options, you can describe your flying goals, your total takeoff weight, and your level of experience. Combined with appropriate hands-on training, this will result in a well-informed selection for your next steps.
Have fun parakiting!
Best regards
Your Paragliding24.ch Team
We Love Paragliding ❤️
