Genghis Fitness · Equipment Comparison

Figure-8 vs Traditional Lifting Straps: Mechanism Differences, Security Comparison, Exercise Suitability, and When Each Type Wins

Updated 2026  |  By Team Genghis Fitness  |  22 min read

Figure-8 straps and traditional loop straps are the two main lifting strap designs, and the choice between them is not simply a matter of one being better than the other. They operate through fundamentally different mechanisms, provide different types of bar connection, and are appropriate for different exercises and loads. Understanding the mechanical difference between a friction-and-wrap loop strap and the mechanical lock of a figure-8 strap, alongside the practical safety implications of each, allows athletes to use the right design for each application and achieve better training outcomes than using either design exclusively for all pulling work.

Mechanism: How Each Design Actually Works

Traditional loop straps work through a combination of wrap tension and friction. The strap loop secures to the wrist, and the strap tail is wrapped around the bar for 1 to 3 passes. Under load, the wrap tension increases with the pulling force, creating a self-tightening mechanism that works in the athlete’s favour for moderate to heavy loads. The connection allows slight bar rotation during the exercise because the wrapped strap can shift on the bar surface without losing tension. Figure-8 straps use a double-loop design that threads through itself around the bar, creating a mechanical lock that is entirely independent of friction. Once the figure-8 is threaded correctly, the pulling force on the wrist actually tightens the lock against the bar surface rather than relying on wrap friction. Research on mechanical connection integrity under variable loads referenced in the Journal of Strength and Conditioning Research confirms that mechanical lock connections maintain greater load transfer consistency under extreme forces compared to friction-dependent connections, explaining the security advantage of figure-8 straps at maximum deadlift loads.

Security Comparison at Different Load Levels

At moderate training loads (deadlifts up to approximately 150 kg), traditional loop straps provide entirely adequate security and no meaningful performance advantage is gained from switching to figure-8 straps. Both designs hold equally well at these loads, and the loop strap provides better movement accommodation for the natural bar rotation of moderate-weight pulling. At heavy training loads between 150 and 200 kg, quality loop straps in leather or nylon continue to provide secure connections for most athletes, though some athletes begin to notice slight strap shifting on the bar that figure-8 straps eliminate. Above 200 kg on deadlifts and rack pulls, the mechanical lock of the figure-8 design provides a security margin that distinguishes it clearly from loop straps, eliminating any possibility of strap slippage under loads that approach and exceed the friction capacity of the best loop strap designs. The Genghis Fitness figure-8 lifting straps and standard loop straps represent both design options at quality construction standards.

Exercise Suitability: Where Each Wins

Traditional loop straps win for the full range of pulling exercises from lat pulldowns and cable rows through conventional and Romanian deadlifts at moderate to heavy loads. The slight flexibility of the loop connection accommodates bar rotation and wrist position adjustment across different exercises and through the full range of motion of each exercise. For athletes training below 200 kg on all pulling exercises, loop straps handle every application safely and effectively. Figure-8 straps win for maximum-load deadlifts and rack pulls above 200 kg where the absolute security of the mechanical lock is the priority and the fixed connection is not a movement limitation because the bar path in these exercises is strictly vertical. Figure-8 straps must never be used for exercises requiring quick bar release: squats, bench press, overhead press, Olympic lifts, or any exercise where the bar might need to be dropped suddenly. The never-use exercises for figure-8 straps are identical to the never-use exercises for all straps, but the mechanical lock of the figure-8 design makes rapid release even more difficult than with loop straps. The complete safety guide for both strap types is in our lifting straps safety guide.

The Optimal Two-Strap Approach

Most serious strength athletes benefit from having both strap designs available and using each where it performs best. Standard loop straps for all pulling exercises from lat pulldowns through moderate-to-heavy deadlifts handle 80 to 90 percent of all strap-assisted training. Figure-8 straps as a specialist tool for maximum-effort deadlifts and rack pulls above 200 kg provide the absolute security margin at the specific loads where it matters most. This two-strap approach covers the full range of pulling training demands with each tool performing its optimal function, rather than compromising by using one design for all applications. The cost of both strap types combined is modest compared to other training equipment investments, making the two-strap approach accessible for most serious training athletes. Pairing the correct strap with a powerlifting leather belt for the heaviest pulling sets creates the complete pulling equipment setup that addresses both grip security and spinal support simultaneously.

Integrating Both Strap Types Into a Complete Pulling Programme

The most effective integration of figure-8 and traditional loop straps into a pulling programme uses each where its mechanical advantages are most relevant and uses neither where the other is more appropriate. A complete pulling session setup: standard loop straps applied for warm-up sets and all working sets at moderate to heavy loads on conventional deadlifts, Romanian deadlifts, rows, and lat pulldowns; figure-8 straps applied only for maximum-effort deadlift sets above 200 kg or equivalent maximum-load rack pulls. A powerlifting belt applied for all sets above 80 percent of maximum in both deadlift and row variations. Chalk on the hands before any strap application to improve hand-to-strap friction. This layered approach to pulling equipment addresses all the primary limiting factors in heavy pulling training: grip security at all loads through straps, spinal support at heavy loads through the belt, and baseline friction at all loads through chalk. Athletes who build this complete pulling equipment setup from the beginning of serious training develop the most comprehensive and effective approach to managing the grip and spinal demands of progressive strength development.

Frequently Asked Questions

Can Figure-8 Straps Be Used for Dumbbell Rows?

Figure-8 straps can be used for dumbbell rows but are generally less practical than loop straps for this exercise. The dumbbell handle diameter is smaller than a barbell, and the figure-8 threading around a small-diameter handle creates a bulkier connection than necessary for the loads involved in dumbbell rowing. Loop straps wrapped 2 to 3 times around a dumbbell handle provide an equivalently secure connection for typical dumbbell rowing loads without the bulk of the figure-8 design. Figure-8 straps are best reserved for barbell deadlifts and rack pulls where their mechanical advantage is most apparent and practically significant.

Do Figure-8 Straps Wear Out Faster Than Loop Straps?

Not necessarily. The figure-8 design distributes load differently than loop straps, with the crossing point of the double loop potentially experiencing higher localised stress than any single point of a loop strap wrap. Quality figure-8 straps use reinforced material at the crossing point that addresses this stress concentration. The practical durability difference between quality versions of both designs is small at equivalent training loads. Monthly inspection of the crossing point of figure-8 straps for wear or material thinning is the appropriate maintenance practice, just as inspecting the bar contact zone of loop straps monthly identifies wear before structural failure.