Five Grip and Forearm Accessory Lifts That Carry Over to Your Deadlift and Pull-up

If your deadlift stalls because the bar slips from your hands, or your pull-ups end when your grip gives out, the fix is not another heavy pulling session. It is targeted accessory work for your grip and forearms, programmed so it supports—rather than competes with—your main lifts. This guide breaks down five evidence-supported accessory lifts, explains the mechanism behind their carryover, and gives you a framework for slotting them into your training week.

The Critical Role of Grip Strength in Compound Lifts

Coaches and lifters repeat the adage that you are only as strong as your weakest link, and strength writer Cameron Gill argues in his grip training guide that grip strength can be the limiting factor in performance for many different strength athletes—powerlifters, strongman competitors, weightlifters, and recreational lifters alike. When your hands and forearms fatigue before your back and legs do, the prime movers never get the chance to work at their full capacity.

The logic of the carryover is straightforward. A stronger, more enduring grip delays the point at which your hands become the bottleneck, which lets the larger muscles—lats, traps, spinal erectors, biceps—continue producing force for more repetitions or heavier loads. Harvard Health's coverage of forearm training makes a similar point from the general-fitness side: strengthening forearm muscles helps you perform gripping and grasping movements more effectively and efficiently, and one study it cites found larger forearm muscles correlated with greater grip strength.

There is an important counterpoint to keep the case honest. Gymshark's exercise guide notes that you do train your forearms through many compound lifts, and cites a study of 43 male high school baseball players in which participants who did resistance training without forearm-specific exercises still made forearm gains. So direct work is not strictly essential for everyone. The case for dedicated accessory work is strongest when grip is measurably the limiting factor in your pulling performance, or when you need the endurance and wrist stability that general lifting does not fully build.

Evidence-Based Accessory Lifts for Enhanced Grip and Forearms

The five exercises below cover the main grip demands you will face in pulling movements: sustained holding (support grip), thumb-and-finger pressure (pinch grip), and wrist stability under load. Crunch's training blog highlights plate carries and reverse-grip work as especially useful for lifters chasing bigger pulls, while Gill's guide emphasizes heavy holds, grippers, and pinch work for deadlift-specific support grip.

Few of these require dedicated equipment. Dumbbells, weight plates, a pull-up bar, and an inexpensive hand gripper cover the entire list, which makes the program practical for both commercial and home gyms.

Comparative Guide to Grip and Forearm Accessory Lifts

Use this table to match an accessory to your specific weak point, target lift, and equipment. Each row classifies the exercise by grip type, the forearm muscles it emphasizes, its best carryover, and what you need to perform it.

Two coaching notes from the sources are worth applying immediately. On reverse-grip work, Crunch advises controlled reps without swinging, since momentum undermines the muscle engagement you are training for. And if your only goal is deadlift support grip over a training block, Gill notes that a low volume of more specific exercises such as heavy barbell holds can be a more efficient short-term choice than higher-volume gripper or wrist-curl work, because neural adaptations can show up faster than muscle growth.

Integrating Grip and Forearm Training into Your Routine

The programming rules are few, and each exists to protect your main lifts while the accessory work does its job. Crunch recommends adding forearm exercises two to three times per week within your upper-body strength sessions, while avoiding stacking heavy pulling days back-to-back so your forearms and grip can recover.

Placement matters most. Perform grip and forearm accessories after your main compound lifts, not before. If you pre-fatigue your grip, you risk shortchanging the very deadlifts and pull-ups you are trying to improve. Gill makes the same point from a time-management angle: when adding new exercises to an existing program, use non-competing pairings so the accessory work does not interfere with primary movements.

For loading, Gill suggests starting with weights that let you train wrist-dominant exercises in a moderate to moderately high rep range, roughly 10 to 25 reps per set, before progressing. Add a brief warm-up before the forearm work itself: Crunch recommends light wrist curls, resistance band work, or a short dead hang to improve blood flow and reduce injury risk.

Set expectations on the timeline. Crunch reports that most people notice improved grip strength within a few weeks of consistent training, while visible forearm muscle growth typically takes six to eight weeks with proper training and recovery. Grip, in other words, responds faster than size—so track performance first.

Maximizing Carryover to Deadlifts and Pull-ups

Here is how the five exercises connect back to the two lifts most lifters care about. For the deadlift, the demands are support grip under a heavy bar, a firm pinch between thumb and fingers, and a wrist that stays solid through the pull and lockout. Farmer's carries, plate pinches, and heavy gripper work train those demands directly; the reverse curl adds the wrist-stability layer that keeps your grip from leaking force on maximal attempts.

For pull-ups, the limiting factor is usually support-grip endurance—how long your hands can hold your bodyweight before your lats run out of work to do. Dead hangs build exactly that endurance, and farmer's carries reinforce it under heavy load. The mechanism is the same in both lifts: as Gill frames it, grip strength is the weak link for many strength athletes, and removing that bottleneck lets the prime movers demonstrate the strength they already have.

Crunch adds a useful caution against relying only on compound lifts to build this quality: deadlifts, pull-ups, and rows do challenge the hands, but they do not always fully train wrist flexion, extension, and pronation, which is where dedicated accessory work earns its place in the program.

One scope note: this framework targets compound strength lifts. If your goal is sport-specific grip demands such as climbing, the same exercises help, but the programming priorities may differ.

Unlock Your Full Lifting Potential: Implement Targeted Grip Training

Integrate 2–3 targeted forearm and grip accessory exercises into your training program, performed after main compound lifts, to directly improve performance in deadlifts, pull-ups, and other pulling movements. Pick from the table based on your weakest link: carries and pinches for deadlift support grip, dead hangs for pull-up endurance, reverse curls for wrist stability.

Then measure whether it is working. Monitor an increase in repetitions or weight lifted for compound pulling movements, or a reduction in grip fatigue during these lifts. If neither changes after a few consistent weeks of two-to-three weekly sessions, reassess your exercise selection rather than adding volume—the point of accessory grip work is to disappear as a limitation, not to become its own event.

Sources

• The Evidence-Based Guide to Grip Strength Training & Forearm Muscle Development — Stronger by Science
• Forearm workouts: Strengthening grip for everyday function - Harvard Health
• Forearm Exercises For Big Forearms And Grip Strength — Gymshark
• Forearm Strength Exercises To Improve Your Upper Body Lifts - Crunch