Most bricklayers don't think about fitness as something that applies to them specifically. They work hard all day, they're not sat behind a desk — that's fitness enough, right? Not quite. Working hard is not the same as training smart. The repetitive loading patterns in bricklaying — the same grip, the same shoulder position, the same forward lean — accumulate into overuse injuries that generic gym advice never addresses.
The bricklayers who make it to 55 still sharp on the trowel have figured out what to reinforce and what to protect. This guide is built around exactly that.
Wrist and Forearm Tendon Health: The Number One Issue
Laying bricks requires constant gripping, rotating, and loading of the wrist and forearm. You're spreading mortar with a trowel, picking up bricks, tapping them into position, and doing it over and over all day long. The tendons in the forearm — specifically the wrist flexors and the common flexor tendon at the medial elbow — are under sustained load for eight-plus hours. That kind of repetitive micro-stress causes tendinopathy: the tendon fibres degrade faster than they repair.
The fix is not to avoid loading these tendons — it's to load them properly outside of work so they adapt and strengthen. Eccentric and isometric exercises are the evidence-backed approach for tendon health, not stretching.
Reverse wrist curls. Hold a light dumbbell (3–5kg), rest your forearm on your knee with your palm facing down, and curl the wrist upward. Three sets of 15, slow on the way down. This directly strengthens the wrist extensor tendons — the ones most underdeveloped in bricklayers because you're almost always gripping (flexion) rather than extending.
Dead hangs. Hang from a pull-up bar for 30–45 seconds. This decompresses the wrist and elbow joints after a day of loading, and builds the grip endurance that protects the forearm tendons from fatigue-induced injury. Three sets at the end of any gym session or evening at home.
Rice bucket training. A bucket of dry rice sounds odd, but plunging your hands in and rotating your fingers against the resistance of the rice trains the small stabilising muscles of the hand and wrist that get neglected entirely. Five minutes, three times a week. Physios use this specifically for repetitive-strain hand injuries.
See our full guide to tradie wrist pain for a deeper breakdown of what causes forearm tendinopathy and how to manage it.
Shoulder Endurance for Overhead Course Work
When you're laying the upper courses of a wall — working at or above shoulder height — the rotator cuff and shoulder stabilisers take a sustained pounding. Arms partially raised, holding mortar weight, controlling placement with precision. This position is exhausting for the rotator cuff, and over a career, it's a reliable path to shoulder impingement, rotator cuff tears, and chronic shoulder pain.
Most bricklayers have overdeveloped anterior (front) deltoids and underdeveloped posterior (rear) rotator cuff muscles. That imbalance is what causes impingement — the shoulder mechanics drift forward, pinching the supraspinatus tendon with every arm raise.
Face pulls. Using a cable machine or resistance band at face height, pull the handles toward your face with elbows high and wide. This trains the external rotators and rear delts — exactly the muscles that get neglected in overhead work. Three sets of 15–20, twice a week. This single exercise does more for shoulder longevity than almost anything else for tradies working overhead.
Band pull-aparts. Hold a resistance band at chest height with both hands, arms extended, and pull it apart until your arms are straight out to the sides. This reinforces the same external rotation pattern as face pulls. Do 20 reps as a warm-up before any upper body session. Low load, high value.
Scapular push-ups. In a push-up position, without bending your elbows, protract and retract your shoulder blades — push the floor away, then pinch them together. This strengthens the serratus anterior, which controls scapular stability and directly affects how the rotator cuff performs under overhead load. Three sets of 10, twice a week.
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Lower Back Protection from Constant Bending
Bricklaying involves a near-constant forward lean. You're reaching into the mortar tub, placing bricks, checking level — all in a position that loads the lumbar spine under repeated flexion. Over time, this weakens the posterior chain (glutes, hamstrings, erector spinae) and tightens the hip flexors, creating the conditions for disc problems and chronic lower back pain.
The McGill Big 3 — the bird-dog, the curl-up, and the side plank — are the exercises most consistently recommended by sports medicine for lower back rehabilitation and prevention. They build lumbar stability without loading the spine in flexion, which is exactly what bricklayers need.
Bird-dog. On hands and knees, extend opposite arm and leg while keeping your lower back flat. Hold for 8–10 seconds. Three sets of 5 each side, daily. This trains lumbar stability and co-contraction of the deep spinal stabilisers.
McGill curl-up. Lie on your back, one knee bent, one leg flat. Place your hands under your lower back to maintain the natural curve. Lift only your head and shoulders — not a full sit-up. Three sets of 6, daily. This builds anterior core strength without spinal flexion loading.
Hip hinge pattern. The Romanian deadlift — a hip hinge with a barbell or dumbbells — teaches your body to load through the hips and posterior chain instead of the lower back. Start with light weight, focus on form: push your hips back, keep the bar close, feel the hamstrings stretch. Three sets of 8–10, twice a week. This is the single most effective movement for building the posterior chain strength that protects bricklayer lower backs.
Our guide to back pain exercises for tradies covers the full McGill protocol and how to progress it week by week.
Knee Health from Kneeling
Bricklayers spend a significant portion of every shift kneeling — cutting, checking courses, working at low levels. Sustained kneeling compresses the prepatellar and infrapatellar bursae (fluid sacs in front of and below the kneecap), and can cause bursitis — painful swelling that's slow to heal and prone to coming back.
Knee pads are the obvious compliance fix — wear them, full stop. But the fitness component matters too. Stronger quads and glutes reduce the compressive force through the knee joint, and better ankle mobility reduces the torque that creates knee pain when kneeling on uneven surfaces.
Wall sits. Stand with your back against a wall, slide down until your thighs are parallel to the floor, hold for 30–60 seconds. Three sets, twice a week. This builds quad strength under sustained isometric load — exactly the muscle that protects the knee from repetitive kneeling stress.
Terminal knee extensions. Using a resistance band looped around a post at knee height, step back so the band is taut and flex your quad to straighten the knee from a slightly bent position. Three sets of 15 each leg, twice a week. This directly strengthens the VMO (vastus medialis oblique) — the teardrop-shaped quad muscle that stabilises the kneecap.
For a deeper breakdown of knee pain causes and solutions, read our guide on tradie knee pain.
High-Calorie, High-Protein Fuelling for Repetitive Physical Work
Bricklaying burns between 400–600 calories per hour of active work — a full shift easily hits 3,500–4,500 calories. Most bricklayers underestimate this and eat like a sedentary person, which means their body starts breaking down muscle tissue to fuel the work. That's the opposite of what you want when muscle is what's protecting your joints.
The target is 1.8–2.2g of protein per kilogram of bodyweight per day, distributed across meals rather than crammed into one sitting. For an 85kg bricklayer, that's 153–187g of protein every day. Most are hitting less than half that.
Before the shift. 40–50g of protein before work is not optional — it's the foundation. Four scrambled eggs with two slices of toast and a protein shake gets you there in under 10 minutes. Or a large bowl of Greek yoghurt (400g) with oats and banana.
On site. Meal prep a large container of rice, diced chicken or mince, and roasted vegetables on Sunday. This holds in the van fridge, heats in two minutes, and gives you 50–60g of protein at lunch without a single decision. A handful of nuts and a protein bar at mid-morning covers the gap between breakfast and lunch.
Grip recovery nutrition. Collagen peptides — 10–15g in a hot drink once a day — support tendon repair directly. Vitamin C taken alongside it increases collagen synthesis. This is one of the most targeted nutritional interventions for the forearm tendon issues bricklayers face. Not expensive, takes 30 seconds, and has solid evidence behind it.
For cheap, high-protein meal strategies that work around a full week on site, see our tradie meal prep guide.
Grip Recovery: What to Do After a Full Day on the Trowel
After eight hours of gripping a trowel, your forearms are pumped, your tendons are fatigued, and your hands feel like they belong to someone else. Most bricklayers do nothing — sit down, eat, watch TV, sleep. That's not enough recovery for the volume of loading those tendons have taken.
Contrast soaking. Fill two bowls — one with hot water, one with cold ice water. Alternate your forearms in each for 30 seconds at a time, ending on cold. This promotes blood flow and flushes inflammatory metabolites from the forearm muscles. Five minutes, done.
Passive stretching. Hold each forearm in a passive wrist extension stretch (palm flat, fingers back) for 30–45 seconds, twice each side. Not as a warm-up — as a cool-down. This is where passive stretching is actually useful.
Self-massage. A foam roller or massage ball on the forearm, pressed firmly and rolled slowly, breaks up adhesions in the muscle belly and reduces next-day stiffness. Two minutes per arm, every evening.
Combine these with adequate sleep (7–8 hours is a non-negotiable for tissue repair) and the tendon health exercises above, and the cumulative effect over a career is significant.
The Long Game for Bricklayers
Bricklaying is skilled work that takes years to master. A body that fails at 45 writes off that investment. Tendon health training, shoulder prehab, lower back stability, knee protection, and smart fuelling — none of it is complicated or time-consuming. Twenty minutes a few times a week, applied consistently, is the difference between a bricklayer who's still productive and earning well in his 50s and one who's off the tools with chronic injury in his early 40s.
The work doesn't have to wreck you. Manage it properly and it won't.
Browse the full range of tradie fitness programmes and nutrition guides at TradieFit — all built for blokes doing physical work for a living.