The Best Gravity Boots, and the Risk a Table Doesn't Have

What Gravity Boots Are and How They Work

The name is misleading. You don’t walk in them, and they don’t replace your shoes.

Padded Cuffs, Hooks and a Bar

Teeter describes gravity boots as “padded cuffs that fit around your ankles and lower legs, allowing you to hang upside down from a bar or inversion rack,” connected to the bar through built-in hooks (Teeter, 2026). You strap one cuff around each ankle, get your feet up to a bar, seat both hooks over it, and lower your upper body until you hang head down. Getting down is the same in reverse, which means pulling yourself back up to the bar with your core and arms before you unhook.

What People Use Them For

Teeter markets the boots for two jobs. One is decompression: hanging lets your body weight pull on your spine instead of pressing down on it. The other is inverted exercise, such as crunches, sit-ups and leg raises done upside down (Teeter, 2026). The second use is the reason gym-goers buy them, and it is also where boots differ most from tables, since a table’s backrest gets in the way of that kind of movement.

Gravity Boots or Inversion Boots?

They are the same product. “Inversion boots,” “anti-gravity boots” and “gravity boots” all describe ankle cuffs with hooks that let you hang from a bar. Body-Solid calls its pair inversion boots, Teeter calls its pair gravity boots, and budget listings on Amazon often use every name at once. Everything on this page applies whichever label you searched for.

Are Gravity Boots Safe? The Risks Without a Backrest

Nobody has published a study of injuries from gravity boots specifically. What exists is evidence from inversion tables, and the mechanism it describes applies to boots with less protection in the way.

The Fall Is the Serious Risk

A 2021 report of three cervical spinal cord injuries from inversion table falls in South Korea describes the mechanism plainly: “once the ankle power is lost or it slips, the user will land on top of their head,” and the authors add that “falls from 1 or 2 feet high are by no means negligible” (Jung, 2021).

Three cases can’t tell you how common this is, and they involved tables, not boots. But the chain of events is the same: something at the ankles gives way and the head lands first. On a table, the frame and backrest are still underneath you. On boots, nothing is.

The Ankle Lock Is Where Things Fail

The product category has a record here too. In 2010 the U.S. Consumer Product Safety Commission announced a recall of about 33,000 inversion benches from three brands after 75 reports of the ankle clamp releasing or a rotation strap breaking, including 23 injuries, some to the head and neck (CPSC, 2010).

In 2015, DICK’S Sporting Goods recalled its Fitness Gear inversion table, noting that although the manual “clearly stresses the importance of ensuring the ankle locking systems are engaged, some customers have fallen and sustained injuries” (DICK'S, 2015).

Neither recall involved gravity boots, and neither says anything about the pairs on this page. They show where the weak point sits in any device that holds you by the ankles: the closure, and whether it is fully engaged.

No Recall Is on Record for Gravity Boots

The Consumer Product Safety Commission’s recall database lists the inversion table and bench recalls, including a 2008 Stamina recall of inversion tables whose center weld could fail when inverted. It returns no recall with “gravity boots” or “inversion boots” in the title (CPSC, 2008).

That is worth knowing, and it is not a clean bill of health. The absence of a recall is not proof that boots are safe: it means no formal CPSC recall is registered under those product names, not that no one has been hurt. The risk still has to be judged on the mechanism above, and on the hooks and closures in front of you.

Your Ankles Carry Everything

On a table, your back rests on a padded bed and your ankles share the load. On boots, your ankles and lower legs carry your whole body weight for the entire session. Innova’s owner’s manual lists “weak ankles and/or feet” among the conditions that should keep you off an inversion table without a doctor’s approval (Innova). If that applies on a table, it applies more on boots.

What Teeter Tells Boot Users to Do

Teeter’s own guidance is short and sensible. Check that the bar or rack is durable, properly installed and able to hold your weight. Check that both boots are fastened and that “each hook is fully engaged before hanging.” Start with a shorter session, have someone nearby for your first few, and when you come back up, “take your time and pause halfway” (Teeter, 2026).

Add one more from the fall report above: its authors recommend keeping sessions under one minute (Jung, 2021). That advice was written for tables, and it is their recommendation, not a clinical consensus, but nothing about boots makes a longer first session wiser.

The Bar Sets Your Limit, Not the Boots

This is the part most gravity boots buyers never check.

A Bar No Thicker Than 1.25 Inches

Teeter says its boots fit bars up to 1.25 inches in diameter and that the 2.5-inch hook length “allows the bar to sit deeper for a more secure attachment” (Teeter). For use on non-Teeter equipment, it adds: “Ensure a secure, durable platform before attempting inversion” (Teeter). In practice that means a bar that does not flex, rotate or shift under your full weight, mounted into something solid. A thick bar lets the hooks sit shallower, and a bar that moves is the start of the fall described above.

Teeter’s Own Chin-Up Rack Is Rated to 250 lb

Here is the detail that changes the math. Teeter rates the gravity boots themselves to 300 lb, but the doorway Chin-Up Rack it sells for using them at home is rated to 250 lb (Teeter).

The same logic applies to any bar: a pull-up bar, a power rack or a joist-mounted pipe has its own limit, and if its maker does not publish one, you don’t know it. If you weigh more than 250 lb, check the bar before the boots. If you are heavier than 300 lb, no gravity boots we found are rated for you, and a table built for your weight is the better route; our guide to the inversion table with a 400 lb capacity covers those.

Using the Boots on a Teeter Table

If you already own a Teeter table, the boots can hang from it. Teeter lists them as compatible with the FitSpine X1, EP-560, EP-860 and NXT-S, and with its own inversion racks and bars (Teeter). The FitSpine X3 and LX9 are not named on that page. That is not a statement that they are incompatible, only that Teeter does not list them there, so ask Teeter before you try it on either.

Best Budget Gravity Boots: Sutekus Anti Gravity Inversion Boots

If you have used gravity boots before and want the lowest spend, this is the pair we would look at, with the gaps spelled out.

Listed to 300 lbClaimed

by Sutekus

Best for people who have used gravity boots before and want the lowest spend.

Skip it if you are new to boots, near the top of the weight range, or want a company that documents its product and stands behind it with a warranty.

The cheapest pair here with a long record of buyers, at roughly a third of Teeter's price. There is no manufacturer spec sheet, no stated warranty and no FDA record: every figure comes from the listing.

Weight limit

300 lb

Price range

Budget

What we like

• Listed at 300 lb, the same figure as Teeter's boots
• Strap lock with 1.2 in foam padding
• Chrome-plated hooks that attach to most chin-up bars

Keep in mind

• No manufacturer spec sheet, only the Amazon listing
• No stated warranty and no FDA record
• No angle control: you go straight to full inversion

Check today's price on Amazon: Sutekus Gravity Boots (opens in a new tab)

Full specs

Price range

Budget

Weight capacity

300 lb

User height

Not stated

Angle control

No angle control: hanging from a bar puts you fully inverted at once

Ankle system

Strap locking system with 1.2" foam padding and chrome-plated hooks

Heat and massage

None

Warranty

Not stated

FDA

Not stated

ClaimedFrom the retail listing; no maker spec sheet

We may earn a commission. It never changes which table we pick, or the order they appear in.

What the Listing Says

The Sutekus listing claims a 300 lb capacity, a strap locking system with 1.2-inch foam padding, and chrome-plated hooks, and says the boots attach to most chin-up bars. It is sold as a budget pair for ab crunches, sit-ups and hanging, which is how most buyers use it.

What You Give Up

Three things, all of them about documentation. First, there is no manufacturer spec sheet: every figure above comes from the Amazon listing, so we can repeat it but can’t verify it the way we verified Teeter’s. Second, no warranty is stated. Third, there is no FDA record. None of that makes the boots unsafe, but it means that if something fails, you have less to fall back on.

The closure matters too. Teeter’s ratchet buckles lock in steps; a strap closure depends on you pulling it tight and checking it every time. Whatever pair you buy, the checks in the safety section above are not optional.

Sutekus or Teeter?

Pick the Sutekus if you already know how your body handles full inversion and the price gap matters more to you than a warranty. Pick the Teeter if you are new to boots, you are near the top of the weight range, or you want a company that documents its product and stands behind it for five years.

What Gravity Boots Can and Can’t Do for Your Back

It is worth being honest about the upside before you hang from a bar for it.

Traction, Not a Proven Treatment

Hanging from boots is a form of traction: your body weight pulls on the spine. The best summary of traction for back pain is a Cochrane review published in 2013 that pooled 32 trials with 2,762 people and found traction, alone or with other treatments, had “little or no impact” on pain, function or return to work (Wegner, 2013). That review covers traction in general, not inversion, and some smaller inversion studies are more encouraging. Our page on inversion table benefits sets out what the research does and doesn’t support.

No Study on the Boots Themselves

We found no trial of gravity boots for back pain and no study of injuries caused by them. The 1983 Klatz letter measured blood pressure and eye pressure in boots over three minutes, not back pain; the rest of what this page says about their effects comes from studies of inversion on other devices, which are the closest match. When you read that gravity boots “decompress the spine” or “relieve back pain,” that is the maker’s description, not a measured result. If you notice side effects such as headaches, eye pressure or worse back pain, stop and read our guide to inversion table side effects, which applies to boots as well.

The Honest Verdict

Gravity boots are a good tool for someone who already inverts, wants inverted exercise, and owns a solid bar rated above their weight. They are a poor first step for someone with back pain who has never been upside down. For that person, a table with a partial angle is the better buy, and the boots can come later.