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Why this article matters

Calef Letorney’s article is about what happens after the pleasant fiction of smooth soaring breaks down. A collapse by itself is not always catastrophic, but once a cravat or riser twist enters the picture, the problem stops being a simple wing recovery and becomes a fast-moving fight for control, altitude, and clarity. The article’s value is that it does not romanticize those moments. It treats them as messy, physical, and time-sensitive, then gives pilots a mental model for staying useful instead of freezing.

The piece begins with Letorney’s deliberately playful “yeeeeehaw” framing, but the joke carries a serious point. Pilots do not get to choose whether an incident feels dramatic; they do get some influence over whether they meet it with panic or with a practiced response. The article is really about replacing shock with sequence.

First priority: stop feeding the turn

The core lesson is that a cravat is dangerous not only because part of the wing is trapped, but because the glider wants to keep turning toward the damaged side. That turn builds energy, increases G-load, tightens the problem, and can rapidly turn a manageable incident into a spiral or auto-rotation. For Letorney, this makes the first decision obvious: forget about “fixing” anything until the wing is flying as straight as possible.

That sounds simple, but the article explains why it is not. Pilots tend to stare at the damaged side, pull the wrong brake, or bounce between contradictory inputs when the first correction does not work immediately. Letorney pushes the opposite mindset. Weight-shift away from the cravat. Keep the healthy wing in view. Use the brake or rear riser on the good side to hold heading. Eliminate unnecessary brake input on the bad side. Above all, stay consistent long enough for the correction to matter. The practical wisdom here is that indecision can be more dangerous than an imperfect but coherent response.

Clearing the cravat is a process, not a magic move

Once the glider is under directional control, the article shifts into troubleshooting mode. Letorney does not present a single universal fix because cravats come in different forms and because the right technique depends on altitude, wing type, and how stable the situation is. Instead, he lays out a toolkit: induced deflations, deep brake pumps, brief spin-style inputs on the cravated side, and stabilo-line pulls for pilots who know exactly what they are doing.

The broader message is more important than any one maneuver. Recovery is often iterative. A pilot may need to try one technique, reassess, then cycle to another without letting the glider regain energy or drift back into an uncontrolled turn. That keeps the article grounded in reality. Rather than promising a clever trick that solves everything, it argues that pilots need enough familiarity with these tools to choose and sequence them under pressure.

Twists change the equation fast

The riser-twist section sharpens the tone. Letorney treats twists as a major escalation because they can lock in bad inputs, limit access to the controls, and make reserve deployment harder if the situation continues to worsen. The article therefore puts strong emphasis on prevention: if the risers start to twist, pilots should try to interrupt that motion immediately by separating the risers before the twist sets.

If the twist is already there, the piece becomes much less optimistic about casual recovery. A pilot with lots of altitude may be able to unwind and keep control, but the article makes clear that this is no place for wishful thinking. If the wing starts diving and control is deteriorating, reserve deployment is not an embarrassing last resort. It is the correct tool.

The real skill is judgment under stress

What makes the article stronger than a checklist is its repeated focus on judgment. Letorney is honest that soaring experience alone does not prepare pilots for extreme incidents. The gap between routine flying and violent collapse management is exactly why SIV training matters. Reading and visualizing can help, but the article repeatedly points back to supervised practice as the only reliable way to shorten the delay between surprise and useful action.

Its clearest takeaway is that safety in these moments depends less on bravado than on sequencing. Make the wing fly straight. Do not let it build energy. Try deliberate recovery techniques. Reassess landing options. And do not miss the window for a clean reserve throw just because pride or hesitation makes the pilot wait too long.

Short summary

This article argues that cravats and riser twists are dangerous mainly because they can quickly turn a wing problem into an energy-management problem. Letorney’s central lesson is to regain directional control before attempting any repair, then use deliberate recovery tools without letting the glider spiral or the pilot’s thinking fragment. The article ultimately frames reserve deployment not as failure, but as part of competent incident management, and makes a strong case that SIV training is what turns these ideas from theory into usable reflexes.