Lifting Straps for Back Hypertrophy: Cheating or Smart? What the Research Says

Lifting straps are not cheating, and they can help your back training when your grip is what ends the set. But the research on lifting straps for back hypertrophy is thinner than most gym advice suggests, and the benefits show up mainly on heavy deadlift-style pulls, not everywhere.

This article is part of our complete back training guide. Here we sort out what straps actually do, what the studies found (including the ones that did not find much), which type to buy, and when to leave them in your bag.

Are lifting straps cheating?

No. “Cheating” in the gym means changing the movement so the target muscle does less work, like swinging a curl. A strap does not change the movement at all. It holds the bar to your hand so your fingers and forearms are not the limiting link.

Think about what you are trying to do on back day. You want your lats, mid-back and traps to work hard close to failure. Your forearm flexors are a much smaller muscle group with a different job. If your hands open on rep 6 while your lats could do 10, the set ended for the wrong reason.

The most common mistake here is treating grip as a moral test of the back workout. Grip is a separate skill, and you can train it separately.

What does the research say about lifting straps for back hypertrophy?

Here is the honest picture. Nobody has yet run a long training study comparing back growth with and without straps. What we have is short, small, mostly acute studies, and a 2026 narrative review that tried to separate evidence from gym belief.

That review concluded that straps can enhance maximal strength and grip perception, but for pulling and back exercises no consistent effects have been observed. It also says straps may increase mechanical work in the deadlift but, contrary to common belief, appear not to increase muscle recruitment, and that no scientific evidence supports chronic effects of strap use, so those remain a hypothesis (Martins et al., 2026).

That is a more cautious conclusion than “straps unequivocally build a bigger back”. Let’s look at the individual studies.

Lat pulldown: no clear benefit

In a randomized trial, 12 resistance-trained men (about 6.6 years of training) performed the lat pulldown with and without straps. Sessions were 3 sets to concentric failure at 70% of 1RM with 60 seconds of rest. Pulldown 1RM was 96.5 kg with straps and 96.6 kg without. Reps per set, total reps and lat activation did not differ either (Valério et al., 2021).

Why might that be? The study did not test a reason, but a likely one is that at these loads and set lengths, grip simply was not what limited these experienced lifters. That is one trial in 12 men, so treat it as a sign, not a law.

Deadlift: this is where straps shine

The deadlift is the movement where grip most often fails first, and the studies line up with that.

• In 16 men doing 4 sets of 4 at 80% of their no-straps 1RM, straps allowed greater mean and peak bar velocity, lower grip fatigue, lower perceived exertion and higher perceived grip security (Jukic et al., 2021). The authors suggested straps allow better maintenance of grip strength and faster grip recovery.
• In 11 trained lifters doing 3 sets to failure at 90% of 1RM, straps were associated with 20-28% greater force, longer concentric phases and lower bar speed, and, the authors concluded, more work performed by the target muscles (Coswig et al., 2015).
• In 10 women (about 3 years of training experience) doing 3 sets of as many reps as possible at 80% of 1RM, straps allowed significantly more reps with no difference in barbell velocity, and grip strength loss was smaller (Trahey et al., 2023).

Notice the caveats. Samples are small (10 to 16 people), the protocols are single-session, and the deadlift is a whole-body lift. Whether extra deadlift reps translate into more back growth over months has not been tested. If you want to see how the deadlift fits into a back plan, read our conventional deadlift stimulus-to-fatigue breakdown.

Why grip failure can cap your back training

The logic behind straps is a weak link argument. Forearm flexors are small and fatigue quickly under heavy, long-duration holds. If they fail before your back does, your lats and mid-back did less total hard work than they could have.

That matters because muscle growth responds to close-to-failure work, but not in a strictly linear way. A meta-analysis found no evidence that training to momentary muscular failure beat stopping short of it for hypertrophy (Refalo et al., 2023). So you do not need to chase failure on every set. The practical point is narrower: a set that ends at “hands gave out” while your back had 4 reps left is a set that probably left some stimulus on the table.

Here is a quick test. After a back set, ask what ended it:

• Lats and upper back burning, rep speed slowing: good, a back-limited set.
• Fingers uncurling, bar slipping, forearms cramping while your back feels fresh: grip-limited.
• Lower back or hamstrings tired on a hinge-style row: that is a different limiter, and a chest-supported row fixes it better than straps do.

Using straps for lat pulldown and rows

Let’s be practical, exercise by exercise.

Lat pulldown. Start bare-handed. The one trial we have found no benefit from straps at 70% of 1RM to failure, so there is no reason to add them by default. If your hands genuinely fail first on heavy sets, they are a reasonable option. For setup details on grip choice, see wide vs close vs underhand pulldown grips.

Seated cable rows and chest-supported rows. Long sets with a heavy stack can fry the forearms, especially with a thick handle. Straps (or a pulling hook-style aid) can help here. See seated cable row attachments for which handles are easier on the hands.

Barbell and T-bar rows, RDL-style pulls and shrugs. These are the heavy, long-hold movements where grip fails first. Straps are most defensible here. There is no row-specific strap trial in the abstracts we reviewed, so this is coaching logic built from the deadlift data.

Pull-ups. Most lifters never need straps here, because bodyweight is a light enough load and the movement is short. If you are adding serious weight and grip fails first, it is your call.

Figure 8 vs lasso straps: which is better?

We could not find published studies comparing strap types, so this comes from how they work, not from research.

Strap type	How it works	Good for	Trade-off
Lasso (looped)	A single strap threaded into a loop around your wrist, then wrapped around the bar	Deadlifts, rows, shrugs, adjustable fit	Slower to set up, needs some practice
Figure-8	A closed double loop: hand goes through, strap wraps the bar	Heavy rows, shrugs, deadlifts, maximum security	Hard to release fast, so avoid on lifts you may need to bail out of
Hook or grip-pad style	A pad or hook that attaches you to the bar	Quick use on rows and pulldowns	Less common, can limit hand position

For most people, either lasso or figure-8 will do the job. Pick the one that sits comfortably under your wrist and that you can set up before your set rather than during it. Budget straps in India are inexpensive, and a cheap cotton pair that does not dig into the wrist is better than an expensive stiff one.

Will straps weaken my grip?

This is the common fear, and honestly there is no direct evidence either way. The 2026 review says chronic effects are unproven. What we do know is how grip adapts: it responds to being used. If every pulling set is strapped, your hands see less stimulus on those lifts.

The sensible fix is not to ban straps. It is to separate the goals.

1. Use straps where grip would cap back volume.
2. Do 1-2 short direct grip blocks a week: dead hangs, farmer carries, thick-bar holds.
3. Keep some lighter pulls bare-handed.

Our guide to grip strength types gives specific protocols, and if you want bigger forearms specifically, see forearm flexor and extensor training.

How to use lifting straps safely

• Wrap before you lift, with the strap snug against the wrist, not twisted or loose.
• Keep the bar in your fingers and palm. Straps are a backup, not a replacement for a good hold.
• Know how to let go. On very heavy pulls where dropping the bar is not safe, think twice about locking yourself to it.
• Skip them when the weight is light and your grip is fine. More hand time is useful.
• If you get wrist, elbow or hand pain, or numbness or tingling in the fingers that does not settle, stop and see a doctor or physiotherapist. Do not train through it.

Safety data on straps is limited, and the 2026 review lists it as one of the gaps in the literature.

A simple back day with straps

Here is an example of how this looks in practice. It is illustrative, not a prescription.

1. Heavy row or deadlift-pattern pull, 3 sets: straps on.
2. Chest-supported or cable row, 3 sets: straps only if grip fails first.
3. Lat pulldown, 3 sets: bare-handed.
4. Light single-arm row or face pull: bare-handed.
5. Dead hang or farmer carry, 2 sets: no straps, because this is your grip work.

For where this fits in a full week, see our guide to complete back workout design, and pair it with the training volume calculator to check your weekly sets. If you want a ready-made session, our pull day plan is free.

The bottom line

Straps are a legitimate tool, not a cheat code. Trials show clear benefits on the deadlift, little to no benefit on the lat pulldown, and no long-term study yet shows they build a bigger back. Use them when grip, not your back, ends a heavy set, and train your grip on its own so you do not trade one weak link for another.

If you have persistent hand, wrist or forearm pain, or any numbness, check with a doctor before changing your training.