How Soon Can You Walk After Ankle Hardware Removal?

Most people begin some form of protected walking within the first one to two weeks after ankle hardware removal, but full, unrestricted weight-bearing typically takes around six weeks. The timeline varies considerably depending on what was removed, how many screw holes were left behind, and how well the bone and soft tissue heal. Because the surgery leaves empty holes in the bone that temporarily weaken it, the recovery is not as simple as “the metal is out, so you’re good to go.”

The General Timeline

Ankle hardware removal is considered a relatively minor outpatient procedure compared to the original fracture repair, but surgeons still enforce a structured recovery because of the stress risers left in the bone. A stress riser is simply a weak spot where a screw used to be. After removal of plates and screws from an ankle fracture, most protocols call for about six weeks of immobilization or protected weight-bearing, followed by progressive loading and physical therapy.¹ In practice, those six weeks break down roughly like this:

Days 1–14: Non-weight-bearing or toe-touch weight-bearing in a splint or boot. The surgical wound needs to heal, and sutures or staples are usually removed around the two-week mark.
Weeks 2–4: Transition to partial weight-bearing in a walking boot or cast. Some surgeons allow earlier loading if only a single small screw was removed.
Weeks 4–6: Progressive weight-bearing, often transitioning out of the boot and into a supportive shoe. Physical therapy usually begins or intensifies during this window.
Weeks 6–12: Return to full activity, including longer walks and light exercise. High-impact activities like running or jumping are often held off until the 8- to 12-week mark.

These windows are guidelines, not guarantees. Your surgeon will adjust based on imaging, how the incision looks, and how your bone is responding. A person who had a single syndesmotic screw removed may progress faster than someone who had an entire plate and six screws taken out of the fibula.

Why Screw Holes Slow Things Down

The reason surgeons are cautious about early walking isn’t the soft tissue incision, which heals in a couple of weeks. It’s the bone itself. Every screw that gets removed leaves behind an empty drill hole, and those holes meaningfully weaken the bone until they fill in with new bone tissue. A cadaver study on fibulas found that a single 3.5-mm drill hole reduced the bone’s resistance to bending forces to roughly 60% of the intact bone’s strength.² That’s a substantial drop from a single hole. When you consider that a typical ankle plate might leave four, five, or six holes, the bone is temporarily quite vulnerable.

Bone does fill these holes in over time, but the process takes weeks. This is why the six-week protected period exists: it gives enough time for the empty screw tracts to consolidate with new bone and regain much of their original strength. Pushing too hard too fast risks a refracture through one of those weak spots, which would be a far bigger setback than the original hardware removal.

When the Hardware Removal Typically Happens

Understanding the removal timeline matters because it affects how healed your bone already is when the screws come out. Hardware removal after ankle fracture repair is generally recommended only after the fracture has fully united on X-rays, which is usually about a year after the original surgery.³ By that point, the bone is solid and has been bearing load through the metal for months. The hardware is no longer doing structural work; it’s just sitting there.

Not everyone needs hardware removed at all. The current consensus leans toward removing implants only when they’re causing problems, such as pain over the plate, irritation from a prominent screw head, or restricted motion. Some studies have noted that patients who were pain-free before removal occasionally developed new complaints afterward, which has pushed the field toward a more conservative approach: remove only when symptomatic, and only after thorough informed consent.⁴

Syndesmotic Screws Are a Different Story

If your hardware removal involves a syndesmotic screw specifically, your situation has its own set of considerations. Syndesmotic screws hold the tibia and fibula together at the ankle joint, and they’ve historically been removed earlier than other hardware, often between 8 and 12 weeks after the original surgery, before full weight-bearing begins. The logic was that leaving a rigid metal screw across a joint that naturally has a small amount of play could cause the screw to break or erode the surrounding bone.

There’s an older school of thought that the syndesmotic screw should come out before you start bearing weight to prevent breakage and bone erosion. One study found no difference in functional outcomes or range of motion between patients who had the screw removed before weight-bearing and those who kept it in, but the retained-screw group had significantly more screw breakage and bone erosion around the screw.⁵ That finding pushed many surgeons toward early removal.

However, a more recent meta-analysis found that functional outcomes and complication rates were similar whether the syndesmotic screw was removed at 8 to 12 weeks or left in place permanently.⁶ This is one of those areas where surgeon preference and patient anatomy still drive the decision. If you’re told your syndesmotic screw needs to come out, the walking timeline after that specific procedure follows the same general pattern: protected weight-bearing for several weeks, then gradual return to full loading.

Boot Versus Cast After Surgery

Your walking timeline is also shaped by whether your surgeon puts you in a removable boot or a plaster cast after the procedure. A large randomized trial compared a removable air boot against a traditional plaster cast starting two weeks after ankle fracture surgery. The functional scores at seven weeks were slightly better in the boot group, though the difference was small enough that it didn’t cross the threshold for clinical significance.⁷ Boot users did show better ankle motion, particularly dorsiflexion (pulling the foot up toward the shin), which matters a lot for comfortable walking.

The qualitative side of the same trial is worth noting: patients in the boot reported feeling more independent and empowered to manage daily life, including family responsibilities and social activities, compared to those stuck in a cast.⁸ From a practical standpoint, being able to remove the boot to shower, sleep more comfortably, and do gentle range-of-motion exercises at home makes the early weeks considerably more tolerable. If your surgeon gives you a choice, this trial suggests neither option is medically superior, so your own comfort and lifestyle may reasonably tip the decision.

Complication rates were low in both groups, though slightly higher in boot users. All complications were minor except for one deep vein thrombosis in the boot group.⁷ The slight uptick in minor issues may simply reflect that boot wearers move around more, which is both the benefit and the trade-off.

Complications That Can Delay Walking

Hardware removal is often described as a “simple” or “minor” procedure, but the complication rates are higher than many patients expect, and any complication will push your walking timeline back. A large review covering over 13,000 hardware removal procedures found a complication rate of about 10%, with wound-healing problems and infection being the most common issues.⁹ That same review reported unexpected reoperations in about 2.5% of cases and bone fracture in about 0.5%. Life-threatening complications were rare but not zero.

Infection rates specifically for implant removal below the knee ran around 12% in one study, with a prior wound infection from the original surgery being a significant risk factor.¹⁰ A smaller series focused on ankle fracture hardware removal reported a 14% complication rate, including nerve injuries, skin blistering, and skin necrosis.¹¹

If an infection develops, you’ll be on antibiotics and possibly restricted from weight-bearing until it clears. If a nerve gets irritated during surgery, you might have numbness or tingling on the top of the foot that makes walking uncomfortable for months. These aren’t reasons to avoid hardware removal if you need it, but they’re worth knowing about so you can plan your life around realistic possibilities rather than best-case scenarios.

Nerve Injury and Its Effect on Recovery

Nerve injury deserves its own mention because it’s more common in certain types of hardware removal than people realize. A study of hardware removal after Lisfranc (midfoot) joint injury found that 23% of patients had nerve injury following the removal procedure, compared to 11% during the original surgery.¹² When patients who already had nerve damage from the first surgery were excluded, the new-injury rate after removal dropped to about 15%, which still isn’t trivial. About 71% of nerve injuries persisted at a minimum of 15 months of follow-up.

This data comes from midfoot procedures rather than ankle-specific removals, and the anatomy differs, but the principle applies broadly: scar tissue from the original surgery makes the second operation trickier. Nerves that were safely pushed aside during the first procedure may now be embedded in scar, making them harder to identify and protect. If you develop numbness, burning, or weakness in the foot after removal, report it early. Some nerve injuries improve on their own, but many do not, and early recognition gives you the best shot at managing it.

What to Expect for Pain and Function After Removal

For most people, the reason they’re getting hardware removed in the first place is pain, stiffness, or discomfort, so the relevant question isn’t just “when can I walk?” but “will walking feel better than it did before?” The answer, for the majority, is yes. In a study of 80 cases where hardware was removed after confirmed bony union, pain scores dropped substantially, about 73% of patients reported improved ankle stiffness, and roughly 81% had less discomfort walking on uneven ground. About 81% were satisfied with the decision to have the hardware removed.³

Those numbers mean about one in five patients wasn’t fully satisfied, which is a meaningful minority. Some people have residual pain from the original injury that the hardware wasn’t actually causing, and removing it doesn’t change anything. Others develop new symptoms from the surgery itself. Going in with realistic expectations matters: hardware removal relieves hardware-related symptoms, but it doesn’t reset your ankle to its pre-fracture condition.

Factors That Affect Your Personal Timeline

The six-week guideline is a population average. Several factors can make your timeline shorter or longer:

Amount of hardware removed: A single screw leaves one hole. A plate with six screws leaves six holes plus the plate’s footprint. More holes mean more temporary weakness and a longer protected period.
Fracture type and stability: A stable, low-energy fracture that was fixed with simple lag screws may allow earlier weight-bearing than a complex fracture-dislocation that required extensive hardware.¹³
Bone quality: Older adults, people with osteoporosis, smokers, and those with diabetes tend to heal bone more slowly. If your surgeon knows your bone quality is compromised, expect a more conservative timeline.
Wound healing history: If you had a wound infection or healing problem after the original fracture surgery, you’re at higher risk for wound complications after removal, which means a higher chance of delayed weight-bearing.¹⁰
Surgeon philosophy: Some surgeons are aggressive about early mobilization and will have you in a boot bearing weight within days. Others take a more protective approach. Both are defensible, and the variation is real.

The Financial and Practical Side of Recovery

Something rarely discussed before surgery is how much the recovery period costs you in terms of time and money. Beyond the surgical bill itself, hardware removal means missed work days, restricted driving (usually for at least two to four weeks depending on which foot), and the cost of follow-up visits and physical therapy. A study of syndesmotic screw removal found that the average operating room cost per patient was about $3,600, and total institutional billing averaged over $3,300 per patient even for what is considered a straightforward procedure.¹⁴ That’s before you add in the physical therapy sessions, the boot, and however many weeks of reduced or lost income.

If your hardware is causing genuine problems, the cost is usually worth it. But if the discomfort is mild and you’re on the fence, the total disruption to your life, typically six to eight weeks of limited mobility, is worth weighing honestly against your symptoms. The trend in orthopedic practice is moving away from routine removal and toward symptom-driven removal for exactly this reason: when the hardware isn’t bothering you, the surgery may cost more than it gives back.

Physical Therapy and Getting Back to Normal

Walking is just one milestone. Getting back to walking comfortably, on uneven terrain, up and down stairs, and eventually back to exercise requires structured rehabilitation. Most surgeons prescribe physical therapy starting around the four- to six-week mark after hardware removal, once protected weight-bearing has begun. Early PT focuses on restoring ankle range of motion, particularly dorsiflexion, which tends to stiffen after any period of immobilization. Without adequate dorsiflexion, your gait will be compensatory: you’ll limp, shift weight to the other leg, and eventually start feeling it in your knee or hip.

Strengthening the peroneal muscles along the outside of the lower leg, the calf complex, and the small stabilizers of the foot is the next phase. Balance work comes in shortly after, since the ankle’s proprioceptive system, its ability to sense its position in space, gets disrupted by both the original injury and the second surgery. For most people, the PT phase runs from about week 4 or 6 through week 12 or beyond, depending on goals. Someone who just wants to walk comfortably at work may finish earlier than someone aiming to return to recreational sports.

The ankle recovery trial data is relevant here too: patients who used a removable boot and started exercises earlier had better ankle motion, particularly those with more complex fracture patterns and older patients.⁷ Early movement, within the limits your surgeon sets, appears to help rather than hurt. The key is controlled early motion, not unsupervised early loading.

1
PubMed Central. Routine Removal of Syndesmotic Screws After Tibiofibular Syndesmosis Fixation Does Not Affect Patient Function and Is Associated with a Higher Risk of Postoperative Complications
2
The Journal of Foot and Ankle Surgery. The effect of screw holes on bone strength
3
PubMed Central. Is Hardware Removal Recommended after Ankle Fracture Repair?
4
PubMed. Indications for implant removal after fracture healing: a review of the literature
5
PubMed. Syndesmotic screw fixation in Weber C ankle injuries–should the screw be removed before weight bearing?
6
The Foot. Is routine removal of syndesmotic screw justified? A meta-analysis
7
PubMed Central. The Ankle Recovery Trial (ART): clinical outcomes and patient experience of a pragmatic multicentre RCT comparing cast with removable boot for early mobilization after ankle fracture surgical fixation
8
PubMed. Use of removable support boot versus cast for early mobilisation after ankle fracture surgery: cost-effectiveness analysis and qualitative findings of the Ankle Recovery Trial (ART)
9
Journal of Bone and Joint Surgery. Complications of Hardware Removal
10
The Open Orthopaedics Journal. High Rates of Postoperative Wound Infection Following Elective Implant Removal
11
Journal of Orthopaedics. Complications of implant removal in ankle fractures
12
PubMed. Deep Peroneal Nerve Injury Following Hardware Removal for Lisfranc Joint Injury
13
Orthopaedics and Trauma. Malleolar ankle fractures. A guide to evaluation and treatment
14
PubMed. Economic impact of syndesmosis hardware removal