You’ve worked hard programming an intense session for your client, only to have them walk into the gym clutching a crumpled radiology report and saying, “My physio says it’s a TFCC tear.” It’s normal for trainers to freeze at a point somewhere between concern, confusion, and “Wait… what complex?” before realising that all your programming effort has been for nothing. The Triangular Fibrocartilage Complex isn’t something most PT courses spend much time discussing (to be honest, it’s hardly mentioned in a physio degree either,) yet ulnar-sided wrist pain is something every coach will eventually see at some point in their career, especially in lifting populations. In this guide, I’ve broken down what you need to know when training clients with TFCC injuries, what’s within and outside your scope of practice, and how to keep people moving safely and maintain progress. This will allow for their wrist to settle and strengthen, facilitating their return to normal training as quickly as possible.
TFCC Injuries 101 for Fitness Professionals
The Triangular Fibrocartilage Complex (TFCC) is essentially the “meniscus of the wrist.” It sits on the little-finger side (ulnar side) and acts as a shock absorber, stabiliser, and load distributor for the distal radioulnar joint (DRUJ). When gripping, rotating, weight-bearing, or pushing through the hand, the TFCC plays a significant role in maintaining alignment, support, and pain-free movement.
It’s made up of:
- the fibrocartilage disc itself
- several ligaments – dorsal and volar radioulnar ligaments
– the ulnocarpal collateral ligament (often referred to as the ulnar collateral ligament)
– the ulnolunate and ulnotriquetral ligaments - the sheath around the extensor carpi ulnaris (ECU) tendon
- other small stabilising structures around the DRUJ
Common mechanisms of a TFCC injury include:
- heavy axial loading through the wrist (think handstands, front squats, farmer’s carries)
- twisting or torque under load (opening a tight jar, sounds harmless, but is surprisingly common)
- falls onto an outstretched hand (often referred to as a FOOSH, the natural reaction when falling is to reach out with the hand to protect the body)
- degenerative thinning of the structures in people who lift a lot (whether that be in training or in their occupation) or are over 40 years of age.
Symptoms your clients may describe:
- pain on the ulnar side of the wrist
- pain with gripping, pushing, twisting or weight-bearing
- decreased confidence in their hand
- clicking or a feeling of instability
- weakness when holding anything heavy or dropping objects
As a trainer, you don’t need to diagnose the exact structure – leave that to the doctors and physios. But understanding what aggravates the area helps you program around it effectively.
Scope of Practice: What Trainers Can (and Can’t) Do
What you CAN do
- Modify exercises to reduce the load placed on the wrist
- Adjust grip position, implement choice, angles and loading patterns
- Maintain full-body training while taking pain into consideration
- Reinforce the physio’s protocols and loading guidelines where applicable
- Educate clients on pacing and symptom monitoring/management
- Help build strength, capacity, and confidence in the rest of the body
What you CAN’T do
- Diagnose a TFCC tear
- Provide manual therapy or treatment
- Overrule medical advice – “I know your physio says avoid twisting, but let’s try front squats anyway because that’s what I had programmed”
- Push through sharp, localised wrist pain
- Promise certain timelines – healing varies a lot between individuals, every client, and every injury is different
Your job is to keep your client training safely and productively while the medical team handles treatment and recovery specifics.
Key Programming Principles When Working Around TFCC Issues
Here’s where things get practical. In my experience, these are the best steps to take when working with these clients:
- Reduce axial load through the wrist
Anything that pushes straight down through the wrist into the hand can irritate symptoms: push-ups, handstands, front rack work, heavy carries.
Modify or replace these movements until they are tolerated, and once reintroduced, start with reduced loads and progress gradually, monitoring for any returning symptoms.
- Limit end-range supination and pronation under load
I find that twisting the wrist while gripping something heavy is one of the biggest pain triggers.
Avoid:
- rope climbs
- heavy barbell cleans
- twisting kettlebell movements
- high-rep or high-load dumbbell snatches (particularly the lowering phase)
- Maintain pain-free lower-body and cardio intensity
Good news: legs don’t care about wrists. This is the perfect time to build leg strength and cardio endurance. However, you may need to think outside the box as to how to add load. Swap front squats for goblet squats or back rack positions, which are often better tolerated. If you can help your clients make improvements in other areas of their strength/fitness, it can distract them from their wrist injury recovery, which can sometimes be slow and frustrating.
- Smart load management
A few principles that I try and follow:
- Pain should stay ≤ 3/10 during training
- There should be no worsening of pain or other symptoms 24 hours later
- Watch out for fatigue. Wrist control can deteriorate quickly during training and can regress into poor movement patterns. This is a sign to stop or reduce the load
- Progressions need to be weekly, not session-to-session. This allows for surveillance of latent pain (pain that pops up after a session)
- Avoid prolonged gripping
Time under tension matters. Swap out movements that require extended squeezing (e.g., long farmer’s carries) until they’re comfortable again. This might impact cardio training, such as rowing, as well. Encourage a relaxed grip where possible
- Prioritise neutral wrist positions
Neutral = friend.
Bent, twisted, torqued = foe (for now).
Upper-Body Exercise Modifications (Push, Pull, Carry)
This is what most trainers want to know about when managing training clients with TFCC injury… what can be programmed? While by no means exhaustive, I’ve tried to cover the main upper body movements. So, let’s break it down clearly into each movement and potential modifications.
PUSHING MOVEMENTS
Goal: Remove axial load and wrist extension.
Best wrist-friendly options:
- Landmine press (using a neutral or pronated grip)
- Dumbbell floor press
- DB bench press with neutral grip
- Cable chest press with neutral handles
- Sled push (hands high, elbows extended)
- Shoulder press with neutral-grip DBs (if pain-free)
Temporarily avoid or heavily modify:
- Push-ups
- Planks (use elbows and forearms instead of the high plank position)
- Burpees
- Barbell bench (unless neutral grips or fat bars reduce the pain)
- Front squats
- Handstands or wall walks
Helpful equipment:
- Push-up handles (keep wrist neutral)
- Fat Gripz
- Wrist straps/sling straps that allow hanging push-ups without hand loading
- Neutral-grip attachments for cable machines
PULLING MOVEMENTS
I find that pulling is often easier than pushing due to less pressure through the wrist. It is still advisable to monitor for any increase in pain or other symptoms with pulling movements.
Good options to try:
- Chest-supported row, e.g. lying prone on a bench
- Bent over rows
- Seated row with neutral handles
- Cable lat pulldown (neutral or pronated grip)
- Single-arm cable row (let the wrist stay neutral)
- TRX row without bending the wrist
Be cautious with:
- Heavy deadlifts
- Farmer’s walks
- Kettlebell swings (pronation + load + velocity is a potentially rough combo)
- High-rep pull-ups if the client over-grips
Coaching tip:
Instead of saying “Squeeze the bar!”, try: “Hold with enough pressure to keep control – not a death grip.”
CARRYING & GRIP-HEAVY WORK
In my experience, this is where clients often notice the most pain.
Modify with:
- Straps for deadlifts and other barbell movements.
- A Fat bar or Axel bar for a neutral wrist angle and a wider grip.
- Sled drags instead of carries.
- Double kettlebell front rack holds using the forearm/elbow rack to support, not the wrist.
Good alternatives to keep intensity high:
- Suitcase carries on the non-injured side.
- Zercher carries.
- Sandbag shoulder carries – with care taken when lifting and placing the sandbag.
These let clients keep the “carry stimulus” without aggravating the wrist.
Lower-Body and Cardio... Where You Can Keep Pushing Hard
This is where training clients with TFCC injury becomes slightly simpler: it’s time to unleash the legs and the engine. Just be careful with incidental movements that still rely on the wrist, e.g. loading a barbell onto a squat rack or adding plate weights to a bar/machine
Lower-body options (go wild):
- Squats (try back rack squats, goblet if tolerated, safety bar if you have one available)
- Lunges
- Step-ups
- Deadlifts with straps
- Leg press
- Hip thrusts
- Glute bridges
- RDLs with straps
Conditioning options:
- Bike
- Rower (monitor tolerance with gripping the handle)
- Ski erg (can hold handles lightly or strap hands in)
- Treadmill or walk/run intervals
- Sled push/pull
- Assault bike (excellent option, but keep grip loose)
This is a great opportunity to keep clients progressing:
VO₂, leg strength, and aerobic work can all continue uninterrupted.
Communicating with the Treating Physio or Surgeon
Your collaboration can make your client’s rehab process faster and smoother. When you’re training clients with TFCC injury, a quick email or phone call to the treating physio is often very helpful and much appreciated. I personally love it when a coach/trainer contacts me to discuss a shared patient, and I think it shows great initiative. While it’s always a good idea to ask for physio instructions from your client, they might not always relay accurate information or may miss out a crucial detail. With your client’s consent, go directly to the source for the best handover. It also demonstrates your engagement in your client’s training beyond your session with them, which is always a bonus.
Ask for clarity on:
- Yellow-light movements – (okay in small doses)
- Red-light movements – (avoid completely)
- Recommended load tolerance and time frames, e.g., “avoid axial loading for 4–6 weeks”
- Any splints or supports they want used
- Expected flare-up patterns to watch out for
Share with the physio:
- What your client wants to continue training for
- Any movements that seem to irritate their symptoms
- Any compensations you’re noticing
- The plan you intend to use
Physios love trainers who work with them, not around them.
Surgical Intervention for TFCC Injuries
When conservative management doesn’t resolve symptoms, some people may require surgical intervention for a TFCC injury. Depending on the type and location of the tear, surgeons may use arthroscopic repair, arthroscopic debridement (cleaning up damaged tissue), or ulnar-shortening procedures if the tear is related to ulnar-positive variance. Surgery is usually performed arthroscopically through small incisions, which reduces tissue trauma and speeds up recovery. Most people can expect 6–12 weeks for initial healing, with progressive return of strength and function over 3–6 months, guided by physiotherapy. While outcomes are generally good, recovery can be slow, and full return to heavy lifting or high-load wrist work may take several months, making structured rehab essential. Ask your client for a clear outline of post-op orders from their surgeon; they are often quite routine and set out in weekly/monthly timelines.
Case Study: Zara, 42, Busy Professional & Recreational CrossFitter
Zara presents with:
- Ulnar-sided wrist pain
- Pain aggravated by front squats, burpees, heavy KB swings and wall walks
- MRI suggests a small degenerative TFCC tear
- Physio advice: no axial loading through the wrist for 4 weeks; neutral grip only; avoid twisting under load
Week 1–2 Adjusted Program
Upper body:
- Landmine press
- Chest-supported row
- Neutral-grip cable press (light-moderate load)
- TRX row
Lower body:
- Safety bar squat
- Walking lunges
- Hip thrusts
- Leg press
- Calf raises
Conditioning:
- Bike 20–30min intervals
- Sled pushes
Outcome: Pain remains <2/10 with no flare-up of symptoms during or after training sessions.
Week 3–4 Progressions
- Introduce DB bench press (neutral grip)
- Increase pulling volume
- Add deadlifts with straps
- Gradual re-introduction of kettlebell carries on her non-injured side
- Add ski erg intervals if tolerated
Outcome: Confidence begins returning; grip endurance improving.
Week 5–8
- Progress load on pressing movements
- Introduce modified push-up using handles
- Add farmer’s carry with light weight and neutral wrist
- Gradual re-exposure to front rack positions using straps or zombie squats
- Begin small doses of twisting movements only under physio guidance
Outcome: Back to 80–90% functional capacity with no major symptoms.
Training clients with TFCC injury doesn’t need to derail their program — or your coaching confidence. When you understand the basic anatomy, stick to your scope, modify sensibly, and collaborate with the treating clinician, your client can maintain meaningful progress while their wrist settles.
Your role isn’t to fix the TFCC itself.
Your role is to keep clients moving, strong and training in a smart, pain-respectful way.
With smart modifications, clear communication, and a solid understanding of programming principles, you can continue delivering high-quality coaching for clients working around wrist injuries.
Thanks to Caroline Jones for this article.
Caroline is a physiotherapist with two decades of experience spanning acute hospital care, oncology rehabilitation and lymphoedema management. She is passionate about using exercise as medicine and getting patients moving, especially those living with chronic conditions.
She also holds a Level 3 Certificate in Personal Training, owns a CrossFit box with her husband, and enjoys being a below-average runner.
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