The Epley maneuver is a series of five head and body positions designed to stop vertigo caused by BPPV (benign paroxysmal positional vertigo). Each position uses gravity to guide tiny displaced crystals in your inner ear back to where they belong. The whole sequence takes about two minutes, and a single session resolves symptoms roughly 63% of the time.
Why the Epley Maneuver Works
Inside each of your inner ears, tiny calcium crystals help your brain detect gravity and linear motion. Sometimes these crystals break loose and drift into one of the semicircular canals, the fluid-filled tubes that sense head rotation. When that happens, certain head movements cause the crystals to shift through the fluid, sending false signals to your brain that the room is spinning. This is BPPV, the most common cause of vertigo.
The Epley maneuver moves your head through a specific sequence of angles so gravity pulls these loose crystals out of the semicircular canal and deposits them back into a chamber called the utricle, where they can be reabsorbed. Each position in the sequence nudges the crystals a little farther along the canal until they exit. Once they’re out, the false spinning signals stop.
Identifying the Affected Ear First
Before performing the Epley maneuver, you need to know which ear is causing the problem. The maneuver is done toward the affected side, so doing it on the wrong side won’t help. A healthcare provider typically identifies this using the Dix-Hallpike test: you sit on an exam table, turn your head 45 degrees to one side, then quickly lie back with your head hanging slightly off the edge. If your eyes start making involuntary jerking movements (called nystagmus), the ear facing downward is the affected one.
If you’ve already been diagnosed and know which ear is involved, you can perform the maneuver at home. If you’re unsure, it’s worth getting the Dix-Hallpike test done first so you’re treating the correct side.
Step-by-Step Instructions
These instructions assume your right ear is the affected side. If your left ear is the problem, reverse every direction (swap “right” for “left” and vice versa). You’ll need a bed and a pillow placed so it will rest under your shoulders when you lie back.
Position 1: Sitting With Head Turned
Sit upright on your bed with your legs stretched out in front of you. Turn your head 45 degrees to the right, roughly halfway between looking straight ahead and looking over your right shoulder. Keep your head at this angle for the next step.
Position 2: Lying Back Quickly
Keeping your head turned 45 degrees to the right, lie back quickly so your shoulders land on the pillow and your head reclines past the pillow, resting on the bed itself. Your head should be slightly extended, angled a bit below the level of your shoulders. Hold this position for 30 seconds. You may feel a burst of vertigo here. That’s actually a sign the crystals are moving, which is what you want.
Position 3: Turning to the Opposite Side
Without lifting your head, turn it 90 degrees to the left. You’ll now be looking 45 degrees to the left. Your body stays flat on its back. Hold for 30 seconds.
Position 4: Rolling Onto Your Side
Turn your head and body another 90 degrees to the left so you’re lying on your left side with your face pointing mostly toward the floor. Your head and body should be aligned. Hold this position for 30 seconds.
Position 5: Sitting Up
Slowly push yourself up to a sitting position from your side. Keep your head level as you rise. Stay seated for a few minutes before standing.
Timing and Repetition
Hold each position for a full 30 seconds before transitioning to the next. Rushing through the positions doesn’t give the crystals enough time to settle. In clinical studies, about 63% of people experience complete resolution after a single attempt. If vertigo persists, repeating the maneuver a second time brings the cumulative success rate to roughly 82%. You can safely perform the maneuver up to three times in a row during one session, waiting a few minutes between attempts.
Some people need to repeat the maneuver over several days. If your vertigo returns after initially resolving, this often means a few crystals remained in the canal or new ones dislodged. Running through the sequence again usually takes care of it.
What to Expect Afterward
Mild unsteadiness or a faint sense of imbalance is normal for a day or two after a successful maneuver. This happens because your brain needs time to recalibrate after the false signals stop. Some people also experience brief nausea during or immediately after the procedure, especially during position 2 when vertigo tends to be strongest.
For the rest of the day after performing the maneuver, try to keep your head relatively upright. Avoid tilting your head far back (like at a hair salon sink) or bending forward with your head down. When sleeping that night, prop yourself up slightly with an extra pillow and try to avoid rolling onto the affected side.
When the Maneuver Doesn’t Work
If you’ve tried the Epley maneuver three or four times over the course of a week without improvement, several things could be going on. The most common reason is that the wrong ear was targeted. If you haven’t had a formal Dix-Hallpike test, this is worth investigating.
Another possibility is that the crystals are stuck to a structure inside the canal rather than floating freely through it. This variant responds better to a different repositioning technique that a provider can perform. In some cases, the crystals have migrated into the horizontal semicircular canal rather than the posterior canal, which is the one the Epley maneuver is designed to treat. Horizontal canal BPPV causes vertigo that behaves slightly differently: it’s often triggered by rolling over in bed rather than by looking up or bending down.
Rarely, persistent vertigo after repositioning attempts turns out not to be BPPV at all. Conditions like Ménière’s disease, inner ear infections, or other vestibular disorders can mimic BPPV symptoms. If repeated attempts aren’t helping, further evaluation can rule these out.
Who Should Avoid the Home Epley
The maneuver requires extending and rotating your neck through a fairly wide range of motion. If you have cervical spine problems, including severe arthritis in the neck, a history of cervical fractures, disc herniation, or rheumatoid arthritis affecting the upper spine, the neck manipulation involved could be harmful. In serious cases, forced neck rotation carries a small risk of vertebral artery injury or even upper spine dislocation.
People with these conditions can still be treated for BPPV, but they need a modified approach performed by a specialist who can adjust the positioning to protect the neck. If you have any known neck or spine condition, have the maneuver done in a clinical setting rather than at home.