Deadlift Grip Types: Double Overhand, Mixed, Hook Grip & Straps
Your grip is often the first thing to fail on a heavy deadlift — well before your legs, back, or glutes reach their limit. Understanding when and why to use each grip type is essential knowledge for every deadlifter. This guide covers every option with biomechanical detail, practical recommendations, and a clear progression path.
Why Grip Matters More Than You Think
Grip strength is the weakest link in the chain for most deadlifters. Research by Ratamess et al. (2007) found that grip strength is a significant predictor of deadlift performance, particularly at loads above 80% 1RM. When your grip fails, your nervous system involuntarily reduces force output — even if your legs and back could lift more.
The solution is not to always use the strongest grip. Instead, use a progression system that builds raw grip strength while ensuring your grip never limits your pulling sessions.
1. Double Overhand Grip (DOH)
Both palms face you. Thumbs wrap around the bar on the same side as your fingers.
Advantages
- Perfectly symmetrical — no rotational force on the torso or bar
- Safest grip — zero bicep tear risk
- Builds raw grip strength because it is the weakest grip, forcing your forearms to work harder
- Ideal for beginners learning the movement pattern
Disadvantages
- The bar tends to roll out of your fingers at heavy loads — grip typically fails at 1.2–1.5× bodyweight
- Not viable for near-max singles or competition lifts for most lifters
- Requires chalk to be competitive even at moderate weights
When to Use
Use double overhand for every warm-up set and for all working sets where you can maintain the grip. This builds grip strength over time. Only switch to a stronger grip when DOH genuinely fails — not when it merely feels "hard." The difference between uncomfortable and failing is important.
Grip-Boosting Tip
Place the bar in your fingers, not deep in your palm. Then close your fingers around the bar and wrap your thumb over. The "finger grip" is actually stronger than a palm-based grip because the bar sits in the crease of the proximal phalanges — a natural hook.
2. Mixed Grip (Over/Under)
One palm faces you (pronated), one faces away (supinated). Prevents the bar from rolling in one direction.
Advantages
- Very secure — the opposing hand orientations cancel bar roll
- No break-in period — feels strong immediately
- Most popular competition grip among powerlifters historically
- Can typically hold 20–30% more than DOH
Disadvantages
- Bicep tear risk on the supinated arm — the bicep is in a lengthened position under extreme load. Rare but serious. Most documented deadlift bicep tears occur with mixed grip.
- Creates asymmetrical loading — the bar can rotate slightly toward the supinated hand, causing uneven lat engagement
- Over years of one-sided use, can contribute to muscular imbalances
Reducing Bicep Tear Risk
- Lock your elbows: Keep both arms perfectly straight throughout the lift. Never allow the supinated arm to bend.
- Alternate sides between sets: If you use mixed grip for 3 working sets, do sets 1 and 3 with left hand supinated, set 2 with right hand supinated (or vice versa).
- Use mixed grip only for top sets: Warm up with DOH and only switch to mixed for your heaviest sets.
When to Use
Mixed grip is appropriate when double overhand fails and you either cannot tolerate hook grip or have not learned it yet. Many world-class lifters use mixed grip successfully for their entire career — the bicep tear risk is small in absolute terms, but it is non-zero.
3. Hook Grip
Both palms face you (like DOH), but the thumb is trapped between the bar and the index/middle fingers. The thumb acts as a strap.
Advantages
- Symmetrical like DOH — no rotational force, no asymmetric loading
- Very secure — as strong as or stronger than mixed grip
- Zero bicep tear risk — both arms pronate equally
- Preferred by Olympic weightlifters and increasingly by powerlifters
- Once adapted, requires less conscious effort than mixed grip
Disadvantages
- Painful — the thumb is compressed between the bar and your fingers. The adaptation period typically takes 2–4 weeks of consistent practice.
- Lifters with small hands or short thumbs may find it less effective
- Thumb skin can become raw or callused during the break-in period
- Uncomfortable for high-rep sets (5+ reps)
How to Hook Grip Correctly
- Wrap your thumb around the bar first — the thumb pad should press firmly against the knurling.
- Close your index and middle fingers over the thumb — these two fingers lock the thumb in place. The ring and pinky fingers wrap the bar normally.
- Pull the slack out gradually — do not jerk with hook grip. Gradual tension protects the thumb.
Breaking In the Hook Grip
The first 2–4 weeks are uncomfortable. Here is how to adapt:
- Start using hook grip on warm-up sets only (light weights) for 2 weeks
- Use athletic tape around your thumbs to reduce skin irritation during the break-in period
- Gradually extend hook grip to heavier sets over weeks 3–4
- After 4 weeks, most lifters report the pain becomes "background noise" and stops being a limiting factor
4. Lifting Straps
Fabric or leather straps that loop around the bar and your wrist, mechanically binding your hand to the bar.
Advantages
- Completely eliminates grip as a limiting factor
- Allows you to focus entirely on the target muscles (back, glutes, hamstrings)
- Essential for high-rep pulling work (8+ reps) where grip fatigues before the target muscles
- No asymmetric loading, no bicep risk
Disadvantages
- Not allowed in powerlifting competition — you must develop a competition grip
- Does not build grip strength — can create a dependency if overused
- Slightly slower to set up between reps
- Some lifters feel less connected to the bar
When Straps Are Appropriate
- Romanian deadlifts (RDLs): RDLs are a hamstring exercise. Grip should not limit hamstring stimulus.
- High-rep back-off sets: After your heavy competition-grip sets, straps allow you to accumulate more volume without grip fatigue.
- Hypertrophy blocks: When the goal is muscle growth (6–12 rep range), grip endurance often fails before the target muscles.
- Injured hand/fingers: Straps can allow you to continue pulling while a hand injury heals.
Recommended Grip Progression
Here is the grip progression I recommend for most deadlifters:
Months 1–6
Double Overhand only
Build raw grip strength. Use chalk from day one. Every warm-up and working set with DOH.
When DOH fails (~1.2–1.5× BW)
Add Hook Grip OR Mixed Grip
Use DOH for all warm-ups. Switch to hook/mixed for working sets above DOH capacity. I recommend hook grip if you can tolerate the adaptation period — it is symmetrical and eliminates bicep tear risk.
Intermediate (6+ months)
DOH warm-ups → Hook/Mixed for top sets → Straps for back-off volume
This system builds grip, protects joints, and ensures grip never limits muscle development.
Advanced/Competition
Competition grip (hook or mixed) for all comp-specific work. Straps for supplemental volume.
Your competition grip should be practiced year-round so it never feels unfamiliar on the platform.
Building Grip Strength Independently
If grip is a persistent weak point, add dedicated grip training 2–3 times per week:
- Static barbell holds: Hold your top deadlift weight (DOH) at lockout for 10–15 seconds. 3 sets at the end of your session.
- Farmer's walks: Walk with heavy dumbbells or a trap bar for 30–40 meters. 3 sets, 2× per week.
- Fat Gripz: Attach these to the bar for warm-up sets to increase the bar diameter, forcing your hands to work harder.
- Plate pinches: Pinch two 10 lb plates together (smooth sides out) and hold for 20–30 seconds.
Analyze your grip-to-deadlift ratio with our Grip Strength Calculator.
References
- Ratamess, N.A., et al. (2007). The effect of rest interval length on performance. Journal of Strength and Conditioning Research, 21(4), 1236–1247.
- Cronin, J.B., Lawton, T., Harris, N., Kilding, A., & McMaster, D.T. (2017). A brief review of handgrip strength and sport performance. Journal of Strength and Conditioning Research, 31(11), 3187–3217.
- Kompf, J. & Arandjelović, O. (2016). Understanding and overcoming the sticking point in resistance exercise. Sports Medicine, 46(6), 751–762.