3 Steps to Thermalling Like the Paragliding Pros

thermalling

3 Steps to Thermalling Like the Paragliding Pros

As thrilling as a gentle, point-to-point glide can be, it hardly compares to the experience of catching thermals and soaring like an eagle over expansive landscapes. This is what leads countless pilots towards cross-country flying, and why so many will happily spend a full day circling high above the city or countryside. Develop your paragliding thermalling skills, and you just might find yourself climbing upwards and drifting through the air with the ease of a bird.

 

1) Master the Art of Thermal Identification

Thermal pockets arise as a result of uneven surface heating from the sun’s energy, causing the warm air just above the ground to expand and rise. The first step in taking full advantage of these upwards-travelling columns is, quite simply, finding them.   There are a couple of ways to locate thermal pockets, some visual, some tactile. Because the rapid congregation of air brings together a lot of moisture, thermal columns are often topped with fluffy cumulus clouds, and these often make for a very good landmark to target. Large buildings and boulders often retain greater heat than the surrounding ground (which may be partially in the object’s shadow), and as such may host thermal columns themselves. Once you’ve entered suspected thermal territory, hold the brakes lightly and feel out whether there is increased lift on one side or the other. This will help you to pinpoint the exact centre of your goal.

 

2) Hone Your Control

Whether you’re circling a specific area or soaring far in a cross-country flight, the key to great thermalling is getting as much height as possible out of each pass-through by hitting the core. Learn to control the glider like an extension of your own body, and you’ll be amazed at the feats possible. Remember that there are three primary ways of controlling your rig: Braking the glider’s hand-held brakes are perhaps the easiest method of control, and offer the primary means of control. Pulling these cords will not only affect speed but also allow you to flare the wing. Weight shifting, while it requires a bit more physical effort than braking, learning to weight shift is crucial in developing full control over your glider’s flight path. Adjusting the load on different parts of the wing allows for subtle changes in wing shape that can completely change your orientation. The accelerator, also known as the speed bar, is a foot control that connects to the wing’s leading edge (usually through a pulley system), allowing manipulation of the wing’s angle of attack. Used in tandem with brakes, speeding up or slowing down at the right time is key to getting the craft where you want it.

3) Consider Investing in a Variometer

One thing that sets humans apart from our bird friends is the ability to directly sense altitude and climb rates: they’ve got it, we don’t. Instrument-free practice can hone your thermalling and altitude-maintenance skills quite impressively, but many professionals will make use of all the tools at their disposal to really maximise results, including the variometer (or vario). Invented in 1929, these are small devices easily mounted on the wrist, arm, or elsewhere on your body, which indicate your vertical climb rate through beeps and/or a visual display.

 

FAQs

Thermal pockets can be identified through both visual and tactile cues. Visually, cumulus clouds often form at the top of thermal columns due to moisture congregation, making them excellent landmarks for locating thermals. Additionally, large structures like buildings and boulders that retain heat can also indicate potential thermal sources.

Controlling a paraglider during thermalling involves three primary methods: braking, weight shifting, and using the accelerator or speed bar. Braking is the most straightforward method, allowing pilots to adjust speed and flare the wing. Weight shifting involves adjusting the body's position to change the wing's shape and orientation, providing nuanced control over the flight path.

A variometer is a valuable tool for paragliders as it provides real-time information on vertical climb rates and altitude changes. Unlike birds, humans cannot directly sense climb rates, so a variometer offers auditory and visual feedback to help pilots maintain optimal altitude. This device is particularly useful for maximising the efficiency of thermalling and ensuring safe, controlled flights.

Mastering thermalling offers several benefits for paragliders, including extended flight duration, increased altitude, and the ability to cover greater distances during cross-country flights. By effectively utilising thermals, pilots can soar like birds, enjoying the freedom and exhilaration of gliding over diverse landscapes.

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