What Bicep Exercises Can I Do With Tennis Elbow?

You can train your biceps with tennis elbow, but the exercises need to be modified in ways that reduce stress on the inflamed tendons at the outer elbow. The key is managing grip demand, controlling tempo, and choosing loading strategies that let the biceps work without flaring up the wrist extensors that share real estate around the lateral epicondyle. Several well-studied approaches, from isometric holds to slow eccentric curls to blood flow restriction training, give you practical options at different stages of recovery.

Why Tennis Elbow Complicates Bicep Training

Tennis elbow, or lateral epicondylitis, centers on the tendons that attach the wrist and finger extensor muscles to the bony bump on the outside of your elbow. The primary physical impairment is a deficit in grip strength, driven mostly by pain and its downstream effects on how the muscles around the elbow coordinate with each other.¹ That matters for bicep work because almost every curl variation requires you to grip a dumbbell, barbell, or cable handle. Gripping hard activates the very muscles whose tendons are irritated, so even though the biceps themselves may be perfectly healthy, the act of holding the weight can reproduce or worsen your elbow pain.

This does not mean you have to stop training your biceps entirely. It means you need to be strategic about how much grip is involved, how heavy the load is, and how quickly you move through each rep. Therapeutic exercise is the mainstay of successful management for this condition, provided it does not provoke pain.¹ That “not pain provocative” guideline is the thread running through every exercise choice below.

Isometric Bicep Holds as a Starting Point

If your elbow is still quite irritable, isometric exercises are a sensible first step. An isometric hold means you contract the muscle without moving the joint. For the biceps, this looks like holding a light dumbbell or even just pressing your palm up against the underside of a table with your elbow bent at roughly 90 degrees. You hold the contraction for 20 to 45 seconds, rest, and repeat.

Isometric training has been studied across several types of tendinopathy, including lateral elbow tendinopathy. A systematic review found that isometric regimens appear tolerable and may provide short-term pain relief, although their long-term effectiveness compared to eccentric or isotonic protocols is still uncertain.² The practical takeaway is that isometric holds are unlikely to aggravate your elbow and can serve as a bridge when dynamic movements still hurt. They keep the biceps engaged and may take the edge off pain before a workout, which is why some therapists use them as a warm-up strategy before progressing to through-range exercises.

A study specifically on lateral elbow tendinopathy found that a combined isometric and eccentric-concentric program produced greater improvements in pain and pain-free grip strength at both four and eight weeks compared to groups that did only one type of exercise.³ So isometrics work best not as the entire plan, but as the opening phase that you combine with controlled movement once pain allows.

Slow, Controlled Curls With an Eccentric Focus

Once isometric holds feel comfortable, the next progression is a full-range bicep curl performed at a deliberately slow tempo. The eccentric phase, the lowering portion where the muscle lengthens under load, is where much of the therapeutic benefit comes from in tendon rehabilitation. Eccentric training has shown real promise for tendon problems around the elbow. In a case involving a high-level athlete with distal biceps tendinosis, an eccentric training program over four weeks led to decreased pain, improved elbow flexion and forearm supination strength, and clinically meaningful improvement in functional scores.⁴

A practical tempo to aim for is about three seconds on the way up and three seconds on the way down. Research comparing elastic band and dumbbell bicep curls used a pace of one repetition per six seconds, split evenly between the concentric and eccentric phases, with four to six reps per set.⁵ That slow, controlled pace is useful for two reasons: it reduces the momentum and jerking that spike stress on the elbow, and it lets you stop the rep instantly if pain starts creeping in. If a three-second lowering phase is comfortable, you can gradually extend that to four or five seconds as the tendon adapts.

Use a weight you could comfortably do for 15 or more reps, even though you are only doing four to six at this slow tempo. The goal is to load the biceps and the surrounding tissue progressively without crossing your pain threshold. You are training the tendon to handle stress again, not testing your one-rep max.

Resistance Bands Instead of Free Weights

Elastic resistance bands offer a genuinely different loading profile than dumbbells. A band provides minimal tension at the bottom of a curl, where the elbow is extended and the forearm tendons are most stretched, and peak tension at the top, where the tendons are in a shorter, less vulnerable position. This natural loading curve can make band curls more tolerable than dumbbell curls for people whose pain is worst in the early part of the movement.

In a randomized controlled trial comparing elastic band bicep curls to dumbbell bicep curls, both groups performed standing elbow flexion using the same controlled tempo of three seconds up and three seconds down.⁵ The dumbbell group showed a significant increase in concentric elbow flexor force, while the band group’s changes were more modest. From a rehab standpoint, that is not necessarily a disadvantage. If your priority is keeping the biceps active without overloading the elbow, bands let you stay in the game at a lower overall stress level. You can always transition to free weights as pain decreases.

Bands also have a practical advantage: you can loop one around a door anchor or under your foot and perform a curl with an open grip, wrapping the band loosely around your palm or wrist rather than squeezing it. That open-hand approach reduces the grip demand that triggers pain for many people with tennis elbow.

Blood Flow Restriction for Low-Load Bicep Work

Blood flow restriction training involves wrapping a specialized cuff or band around the upper arm to partially restrict venous blood flow while you exercise at very light loads, typically around 20 to 30 percent of the weight you could lift for one rep. The reduced blood flow creates a metabolic environment that stimulates muscle growth and strength gains at loads far too light to achieve those results under normal conditions.

For tennis elbow specifically, this approach has been tested. A study comparing blood flow restriction training to conventional high-intensity resistance exercise in people with lateral epicondylitis found that the blood flow restriction group had better outcomes for grip strength and forearm functional ability over a four-week period.⁶ A case report that incorporated wrist extensor exercise with blood flow restriction as part of a broader upper-limb program found substantial improvements in pain intensity, pain-free grip strength, and self-perceived recovery at three, six, and twelve weeks. The report also documented a measurable reduction in pressure pain thresholds at the lateral epicondyle immediately after the exercise session, suggesting a local analgesic effect.⁷

Applied to bicep curls, blood flow restriction means you can curl a very light dumbbell, something as light as two to five pounds, for sets of 15 to 30 reps with the cuff on your upper arm. The biceps get a meaningful training stimulus while the tendons at the elbow see far less mechanical stress than they would with heavier loads. If you go this route, use a purpose-built BFR cuff with a pressure gauge rather than wrapping a knee wrap around your arm. Proper cuff pressure matters for both safety and effectiveness, and a clinician or experienced trainer should help you set it up the first time.

Choosing Your Curl Variation

Not all bicep curls stress the elbow equally. The position of your shoulder during the curl changes where the mechanical demand falls along the muscle, and this has practical implications when you are nursing lateral elbow pain.

Preacher curls, where the arm rests on an angled pad in front of you, place the biceps in a shortened position at the shoulder and create peak tension when the elbow is more extended. Research comparing preacher curls to incline curls found distinct growth patterns: preacher curls produced greater increases in muscle thickness near the elbow, while incline curls (where the arm hangs behind the body on an inclined bench) produced more growth higher up the arm.⁸ That difference in where the tension peaks matters for tennis elbow. Preacher curls put more stress through the distal end of the biceps and across the elbow joint at the most vulnerable part of the range. Incline curls, by contrast, stretch the biceps at the shoulder and shift peak tension away from full elbow extension.

For most people with tennis elbow, incline curls or standing curls with the elbows slightly in front of the body will feel better than preacher curls. Hammer curls, where you hold the dumbbell with a neutral grip (thumbs up, palms facing each other), are another good option because the neutral wrist position puts less demand on the wrist extensors than a fully supinated, palms-up grip. If you find that supinated curls aggravate your elbow but hammer curls do not, that is not a coincidence. It reflects the reduced involvement of the forearm extensor muscles that are at the root of your problem.

Why Thicker Grips Are Probably Not the Answer

You might come across the suggestion to use fat grip attachments on dumbbells or barbells as a way to “spread the load” across more of the hand. The logic sounds reasonable, but the research tells a more complicated story. A study measuring muscle activation with and without fat grip attachments found that the thicker grip significantly increased forearm and shoulder muscle activity while actually decreasing upper arm muscle activity during exercises like rows and curls.⁹ In other words, fat grips force your forearm muscles to work harder while your biceps actually do less.

For someone with tennis elbow, that is exactly the wrong trade-off. You want more bicep stimulus with less forearm strain, not the reverse. Fat grips also significantly reduced the maximum weight participants could lift across all tested exercises.⁹ So you end up weaker on the exercise while asking more from the very muscles you are trying to protect. If anything, a standard or even slightly thinner grip that lets you hold the weight without white-knuckling it is the better direction.

Practical Pain Monitoring During Curls

A useful rule of thumb borrowed from tendon rehabilitation research is the “traffic light” system. Pain at or below about a 3 out of 10 during the exercise is generally considered acceptable, a green light. Pain between 4 and 5 is a yellow light: you can finish the set but should reduce weight or volume next time. Anything above a 5 is a red light, meaning stop and modify. Equally important is what happens afterward. If your elbow pain is meaningfully worse the morning after a training session compared to where it was before you started, the load was too high, regardless of how it felt during the workout.

This monitoring approach matters because it is tempting to test the elbow aggressively on a good day. Tennis elbow tends to fluctuate, and a low-pain morning might encourage you to grab heavier dumbbells or add extra sets. The evidence consistently supports gradual loading over ambitious jumps. The goal is progressive tolerance: slightly more weight, slightly more reps, or slightly more difficult variations over weeks, not days.

A Sample Progression

Putting this together into a practical sequence gives you something to work with as your elbow heals:

Weeks 1-2: Isometric bicep holds at 90 degrees of elbow flexion, 3 to 5 sets of 20 to 45 second holds, using a light dumbbell or pressing up against a stationary surface. Monitor pain before, during, and the next morning.
Weeks 2-4: Slow eccentric hammer curls with a light resistance band or very light dumbbell. Three seconds up, three to five seconds down, 4 to 6 reps per set, 3 to 4 sets. Keep the wrist neutral (thumbs up).
Weeks 4-6: Progress to standing dumbbell curls or incline curls with a controlled tempo. Gradually increase weight in small increments, staying below a 3 out of 10 pain level. You can introduce supinated (palms-up) grip if the neutral grip is now comfortable.
Weeks 6 and beyond: Continue progressive loading. You can start reintroducing barbell curls or cable curls if grip is no longer a limiting factor. Blood flow restriction can be layered in at any phase if you want to keep loads low while still getting a strong training stimulus.

These timelines are rough guides, not fixed rules. Some people progress faster, others need more time at each phase. The pain response, not the calendar, should dictate when you move forward.

When the Problem Might Not Be Tennis Elbow

Outer elbow pain during curls is not always lateral epicondylitis. Radial tunnel syndrome, a condition caused by compression of a nerve in the proximal forearm, can mimic tennis elbow closely. The pain location overlaps, and both conditions can be aggravated by gripping and forearm rotation. Radial tunnel syndrome is thought to result from intermittent compression of the posterior interosseous nerve associated with repeated supination and pronation, and its diagnostic criteria are purely clinical, meaning there is no definitive imaging test that confirms it.¹⁰

The distinction matters because nerve compression responds differently to exercise than tendinopathy does. Loading a compressed nerve harder can make things worse. If your pain during curls is more of a deep ache or burning sensation in the forearm muscle belly rather than a sharp tenderness right on the bony point of the outer elbow, or if it tends to worsen specifically with turning movements like turning a doorknob or a screwdriver, it is worth getting a clinical evaluation before pushing through a progressive loading program. A physical therapist or sports medicine physician can usually distinguish the two with a few targeted physical exam tests, and getting the right diagnosis early saves you weeks of training around the wrong problem.

Exercises to Pair With Your Bicep Work

Bicep curls in isolation will not resolve tennis elbow. The wrist extensors, the muscles directly involved in the condition, need their own progressive loading program. Most rehabilitation protocols for lateral epicondylitis include wrist extension exercises, often with an eccentric emphasis, alongside forearm pronation and supination work. The case report involving blood flow restriction, for example, used wrist extension exercises as the primary therapeutic tool, combined with a two-stage progressive loading program for the upper limb that produced improvements lasting through the twelve-week follow-up.⁷

Think of your bicep exercises as the part of training you are protecting while you recover, and the wrist and forearm exercises as the part that is directly treating the problem. Both can coexist in the same session. A common approach is to do your forearm rehab exercises first, when the tissue is fresh and you can focus on form, then move to your bicep work using one of the modified approaches described above. Over time, as the tendon heals and your grip strength returns, the modifications become less necessary, and your bicep training starts looking more like it did before the injury.

1
Elsevier / Man Ther. Lateral epicondylalgia: a musculoskeletal physiotherapy perspective
2
PubMed. Isometric Exercises for Tendinopathies: A Systematic Literature Review
3
BMJ Open Sport & Exercise Medicine. Effectiveness of isometric exercise in the management of tendinopathy: a systematic review and meta-analysis of randomised trials
4
PubMed Central. Eccentric training for the rehabilitation of a high level wrestler with distal biceps tendinosis: a case report
5
PubMed Central. Concentric and Eccentric Force Changes with Elastic Band and Isotonic Heavy Resistance Training: A Randomized Controlled Trial
6
Bali Medical Journal. The Efficacy of Blood Flow Restriction Training for Grip Strength and Disability in Lateral Epicondylitis
7
PubMed Central. Wrist Extensor Training With Blood Flow Restriction for the Management of Lateral Elbow Tendinopathy: A Case Report
8
PubMed. Distinct muscle growth and strength adaptations after preacher and incline biceps curls
9
Ovid / The Journal of Strength & Conditioning Research. Impact of Fat Grip Attachments on Muscular Strength and Neuromuscular Activation During Resistance Exercise
10
PubMed Central. Radial tunnel syndrome in an elite power athlete: a case of direct compressive neuropathy