Jones Fracture and Fifth Metatarsal Base Fractures

The Plan

What Works

Ranked by how strong the evidence is. One thing to know before you read it: none of these are exercises. Across the 43 studies reviewed, not one tested an exercise program for this fracture. What is graded here is imaging, immobilization and loading.

Dark cinematic rendering of a foot in a walking boot under dramatic clinical lighting

Tier 1 — Strong Evidence

1. Get the foot X-rayed HIGH

Tenderness on the bone at the base of the little-toe bone, or being unable to take four steps, means you need a foot X-ray series. Not an ankle series. Where the break sits decides the entire treatment, and nobody can tell those apart by pressing on it.

When: immediately, before any treatment decision. The decision rule behind this catches fractures correctly about 98 times out of 100.

2. Near-end break: bandage and walk on it. No cast. HIGH

For a break at the near end of the bone, a bandage or soft support beat a below-knee cast on pain, on function and on how quickly people got back to work, with no difference in healing or re-breaking. This holds even when the break is in several pieces or has shifted.

How: bandage or soft support, weight through it as comfort allows. Expect: healing around 7 to 8 weeks on average, though the spread is wide.

3. Far-end stress version: get an orthopedic opinion HIGH

The break furthest along the bone, the one with a hard white rim around it that has been building for weeks, is the problem child. It takes longest to knit and it re-breaks roughly fifteen times more often than the near-end version. In one review across six different fracture sites, this was the only site where surgery genuinely produced better healing and function.

Who especially: anyone active. Expect: healing around 9 weeks on average without surgery, and a re-break rate near 9 percent.

Tier 2 — Moderate Evidence

4. Do not force yourself to stay off it unless you were told to MODERATE

Across 834 fractures with five years of follow-up, there was no difference in healing time between walking as comfort allowed and staying off it completely, in any part of the bone. Staying off it "to be safe" is not free, and it does not appear to buy healing.

Important: follow the instruction you were actually given. If a surgeon has told you to stay off it, that wins. If nobody has told you anything, ask rather than guessing in either direction.

5. After a screw, early walking in a boot looks safe MODERATE

Two separate studies found early walking did not delay healing. In one, every single patient healed, at an average of just under six weeks, on a protocol of immediate walking in a boot for two weeks, ordinary shoes from two weeks, and low-impact activity from two weeks.

Still: your surgeon's protocol is the one that counts. Do not restrict yourself below what they have cleared.

6. For a competitive athlete on a clock, surgery buys speed MODERATE

Return to play was about 99 percent with a screw against about 72 percent without one. Read that carefully though. It is a speed-of-return number generated on athletes, not a healing number generated on ordinary adults, and the non-surgical figure comes with such a wide margin of error that it is close to uninformative.

Typical return: around 8 to 13 weeks in professional sport. For everyone else: see The Nuance below, where the picture changes considerably.

What Doesn't Work

Calling it an ankle sprain. The most expensive mistake available here. The two feel nearly identical and they often happen together, so a convincing sprain does not rule out the fracture.
A full cast for the near-end break. Worse pain, worse function, a slower return to work, and no healing benefit at all. This is harm produced by caution.
Bone-healing ultrasound devices after surgery. Across 101 feet, no difference in getting back to running, getting back to sport, or healing on X-ray.
Any exercise program sold as treatment for the fracture. Not one exercise trial exists in the 43 studies reviewed. This is not weak evidence, it is no evidence, and a program can delay the referral that actually matters.
A reflex arch support. In lab testing on basketball movements, arch supports significantly increased the load going through this exact bone. That was a lab study with no patient outcomes, so it does not make them dangerous. It does mean this is not the automatic answer it is usually treated as.

Exercise Prescription

There is no exercise program for this fracture, and saying otherwise would be inventing one. Bone healing is what you are waiting on. What follows is what genuinely belongs to you during that wait.

Follow your weightbearing instruction exactly. Do not tighten it or loosen it on your own initiative.
Keep training everything the foot is not involved in. Upper body, seated work, the other leg. A fracture is not a reason to detrain the whole person.
Gentle ankle and toe movement, but only if your team allows the boot off. Point, flex, slow circles, wiggle the toes, a few minutes two or three times a day. This keeps the joints moving. It is not treating the fracture.
Do not start strengthening on your own, especially anything that turns the foot outward against resistance. One of the muscles that turns the foot out attaches right at the break. That waits until your team says the bone has knitted.
Build back in stages once you are cleared. Walking, then straight-line running, then cutting and jumping, then competition. The order matters more than the calendar.

Return to Training

The most dangerous moment in this whole injury is the day you go back to full sport. Treat it as a staged event, not a switch.

A treating clinician has identified where the break is and has cleared you
Evidence of healing on X-ray, or an explicit clearance that accepts a remaining line
No tenderness when you press the break site
Walking normally, with no limp
Pain-free single-leg heel raise and single-leg hop on that side
Pain-free straight-line running at full speed before any cutting work
Pain-free cutting and jump landing before any competitive exposure
No pain or swelling in the 24 hours after each of the above
Your first full-intensity outing is a training session, not a match
If this is a second fracture: someone has looked at your foot shape and told the treating team what they found

Red Flags — When to Get Seen

You are tender on the bone at the outer edge of your midfoot after rolling your ankle, and it has not been X-rayed. Ask specifically for a foot X-ray, not an ankle one. This is the single most important line on this page.
The pain comes back after it had settled, especially in the first few days back at sport. That is the classic re-break pattern. In one series of six re-breaks, three happened within a single day of returning to full activity.
You have broken this same bone before. A second break is usually about the shape of your foot, not about anything you did wrong, and it changes the plan.
Pain is getting worse rather than better after two weeks, or you cannot put weight on it at all.
You have diabetes or numbness in your feet and the foot is hot and swollen. That is a different and more urgent problem that needs same-week attention through another route.
Your X-ray shows a break further along the bone with a hard white rim around it. That is the slow-healing version. It takes longest to knit, re-breaks most often, and needs a specialist opinion rather than a wait-and-see.

Dark cinematic anatomical rendering of the outer foot highlighting the fifth metatarsal base

Where to go: your doctor or urgent care first, for the X-ray. Orthopedics, ideally foot and ankle, for the slow-healing far-end version, for any break that has not knitted, for a re-break, and for any second fracture of the same bone. Emergency department if you cannot bear weight at all, the foot looks deformed, or it is numb or cold.

Right now, run your thumb along the outer edge of your foot until you hit the bony bump about halfway back toward your heel. Press it. If that is the sore spot, and not the soft dip just in front of your ankle bone, you are pressing on bone rather than ligament. Ask for a foot X-ray before anyone calls this a sprain.

The Verdict

A rolled ankle can break a bone in your foot, and where it breaks decides everything.

Think of the blood supply to this bone like a garden hose that gets weaker the further you go from the tap. The near end, closest to your ankle, gets plenty of water, and a break there knits in about six weeks. But there is a stretch further along where two supplies meet and neither quite reaches. A break in that stretch is barely being fed, so it can sit for months, or never knit at all. Same bone, same accident, completely different outcome depending on which inch it snapped at.

What this actually is: a broken bone along the outer edge of your foot that feels almost exactly like a rolled-ankle sprain, and often happens in the very same moment as one.
What most people get wrong: they get the ankle X-rayed instead of the foot, or they get put in a full cast to be safe, and for the commonest version a cast gives you more pain and a slower return to work than a simple bandage does.
Start here: press the bony bump on the outer edge of your midfoot, and if that is the sore spot, ask for a foot X-ray before anyone settles on the word sprain.

Best for

Anyone with pain on the outer edge of the foot after rolling an ankle, and any runner or lifter with weeks of outer-foot ache and no injury at all.

Skip if

You have diabetes or numbness in your feet and the foot is hot and swollen, or you cannot put weight on it at all. Both need urgent medical attention through a different route.

Want the evidence behind all of this, and where it disagrees with itself? Keep scrolling.

⌄

How Confident Are We

Conviction: MODERATE

Moderate overall, but that average hides a wide spread. Some parts of this are about as settled as foot and ankle evidence gets. Others are one study standing against a published recommendation.

Strong: where the break sits decides the outlook HIGH · bandage rather than cast for the near-end break HIGH · X-ray any bone tenderness there HIGH · the far-end version carries the highest re-break risk HIGH

Middling: surgery speeds return in competitive athletes MODERATE · walking as comfort allows is not worse than staying off it MODERATE · early walking after a screw is safe MODERATE

Weak or absent: surgery improves healing in ordinary adults LOW and trending toward no difference · arch supports increase load on this bone LOW · bone-healing ultrasound LOW · any exercise dose at all: no data exists

What would change our mind on surgery for ordinary adults

A large trial in ordinary adults rather than athletes, comparing an early screw against simply walking on it, in at least 250 middle-zone fractures, measuring both return to normal activity and re-breaks at two years. If it showed no re-break difference and no more than a two-week difference in getting back to normal, the default for the middle zone would become "do not operate", the same as the near end.

What would change our mind on staying off it

A proper randomized comparison of walking as comfort allows against staying off it entirely, in middle-zone and far-end fractures managed without surgery, in at least 150 people, with healing at 12 weeks as the main measure. Right now this rests on one large look-back study standing against a published recommendation, which is enough to stop enforcing the old rule and not enough to overturn it.

Go Deeper

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The Full Picture — Anatomy, Diagnosis & Evidence

What's Actually Going On

The fifth metatarsal is the long bone running along the outer border of your foot, from the bump behind your little toe back toward your ankle. Three structures attach at its base, and they split the bone into zones that behave nothing alike.

Dark cinematic anatomical rendering of the fifth metatarsal and its attachments

The near end gets pulled off by the band of tissue running along the sole of your foot when you roll the ankle inward. It has a generous blood supply and it heals reliably.

The middle zone, the true Jones fracture, sits at a watershed where the blood supply is thin. That thin supply is the entire reason slow healing and failed healing cluster here rather than a centimetre further back. Worth knowing how rare it actually is: of 2450 fifth metatarsal fractures at one hospital over a decade, only 166 were true middle-zone fractures. Most of what gets called a Jones fracture is not one.

The far end is not an accident at all. It is a stress fracture that has been building for weeks, showing a thin dark line with a hard white rim around it and a narrowed channel inside the bone. It arrives with no dramatic moment, which is exactly why it gets dismissed.

Why do some feet break this bone and others never do? Three structural things keep showing up: a forefoot that turns inward, a high-arched foot that rolls outward, and simply having a longer fifth metatarsal. None of them can be changed with exercise. Someone who breaks this bone twice does not have a discipline problem. They have a foot shape, and that is worth saying out loud to them.

How to Identify It

Dark cinematic clinical rendering of a foot examination under dramatic lighting

The tenderness is over bone on the outer border of the midfoot, not over the soft ligaments in front of and below the ankle bone. That single distinction is most of the diagnosis available at the bedside.

Ottawa Ankle Rules, midfoot part

CATCHES ~97.6%MANY FALSE ALARMS

Bone tenderness at the base of the fifth metatarsal, plus foot pain, means a foot X-ray. Across 27 studies and roughly 15,581 patients, the full rule caught about 97.6 percent of fractures. It also sends a lot of people for normal films, and that is deliberate. It is built to almost never miss, at the cost of being over-cautious.

Four-step weightbearing test

MOST SENSITIVE PART

Can you take four steps? Limping counts. It is the single most useful component of the rule, and skipping it is the commonest way a safe rule turns into a missed fracture.

Any hands-on test that tells you which zone it is

NO DATA

There is none, and this is not a gap waiting to be filled by a cleverer test. The zone is a finding on a radiograph, and the zone is the only thing that changes the treatment. Pressing on the foot tells you to get an X-ray. It does not tell you what you have found.

What it is not

$Dark cinematic comparison rendering of lateral ankle and midfoot structures$

The things this gets confused with, and the tell for each: a lateral ankle sprain is tender over the ligaments below and in front of the ankle bone, not over the midfoot bone, and the two coexist constantly. Peroneal tendon problems hurt along the tendon running behind the ankle bone and light up on resisted turning-out. Cuboid or midfoot joint injury is tender further in, over the joint line. A Lisfranc injury centres on the second toe's base with bruising on the sole. And in anyone with diabetes or numb feet, a hot swollen foot is a different and far more urgent problem entirely.

The Debate

There is no formal treatment guideline from any of the major bodies for this condition, which is worth stating plainly. The de facto authority is a zone classification carried in review articles, and the evidence below actively argues with it.

The established position: surgery is decisively better. Return to play 98.4 percent with surgery against 71.6 percent without, across 646 fractures (2021).

The newer finding: no difference at all. Healing time 12.7 against 12.8 weeks, X-ray healing 13.2 against 11.7 weeks, and 96 percent healing in both groups, across 121 true middle-zone fractures at an average age of 46 (2024).

Why they disagree: this is a population difference, not a contradiction. The first study enrolled athletes only and measured how fast they got back on the field. The second enrolled ordinary adults and measured whether the bone healed. Different questions, different people, both answers correct.

The established position: keep weight off a true Jones fracture, because weightbearing has been linked to a higher risk of it never knitting (2022 review).

The newer finding: no difference in healing time between walking as comfort allows and staying off it completely, in any zone, across 834 fractures followed for at least five years (2022).

Why they disagree: the old rule traces back to small early series where the zones were poorly separated. The 834-fracture study is the only one large enough to test it directly. Not settled, but the burden of proof has moved.

The established position: do not go back to sport before the X-ray shows full healing, because of re-break risk (2013).

The newer finding: professional footballers returning at 8 weeks or less had a lingering line on X-ray in 24 percent at three months, but it did not stop them playing and did not raise the eventual failure-to-heal rate, which stayed at 3 percent (2019).

Why they disagree: both are right about different things. X-ray healing lags behind feeling better. But re-breaking is genuinely real, and it clusters at the moment of return rather than across the recovery. Six athletes re-broke after both the exam and the X-ray said healed, and three of those did it within one day of going back.

Honest Limitations

This is an athlete literature wearing a general-population label

What the studies showed: the strongest pro-surgery numbers come from 25 NFL players, 10 NBA players, 37 professional footballers, 30 university soccer players and a pooled athlete series.

The gap: the largest comparison in ordinary adults, average age 46, found no difference on any healing measure. A professional's cost of waiting is a lost season. Yours probably is not.

The classification everything rests on is barely reproducible

What the studies showed: treatment recommendations presented as though the zone were a simple objective fact.

The gap: orthopedic residents agreed with foot-and-ankle specialists on the right treatment only 43.98 percent of the time, with no improvement from seniority and none from having done a foot and ankle rotation. Treat a zone on a report as a working assumption, not a fact.

The healing timelines have a spread nearly as wide as their averages

What the studies showed: healing at around 7.5, 7.7 and 9.2 weeks for the three zones, and 12.7 weeks for clinical recovery from a true Jones fracture.

The gap: the variation around those figures runs to 7 or 8 weeks either side. Quote the average as a promise and a large minority of people will think they are failing when they are entirely normal. Give the range with the slow tail attached.

The Nuance

Dark cinematic rendering of divergent clinical pathways through the foot skeleton

Here is the honest version of the surgery question, because it is the one people actually want answered.

In an ordinary adult, this fracture heals about 96 percent of the time whether or not anyone operates, and it takes roughly the same three months either way. The 2021 comparative study shows this happening inside a single dataset: the surgical group scored better at three months, and by twelve months the difference had vanished completely. The advantage in getting back to work was about a week and a half.

So the pro-surgical case is real, but it is a case about speed and predictability in athletes, not about healing in humans. If you are paid to run, buying six weeks is worth an operation. If you are not, you are being offered a procedure to solve a problem you may not have.

The far end of the bone is the genuine exception. There the re-break rate is close to nine percent against roughly half a percent at the near end, healing is slowest, and in a review spanning six different fracture sites this was the only one where surgery produced genuinely better healing and function. If your X-ray shows that version and you are active, the conversation is different and it should happen with a foot and ankle surgeon.

One last thing worth saying, because nobody says it. If you have broken this bone twice, the question is not what you did wrong. Certain foot shapes load this bone harder than others, and fixing only the break does not address the reason it broke. That belongs in the referral.

Sources

Return to play and fracture union after the surgical management of Jones fractures in athletes, 2021, American Journal of Sports Medicine. Meta-analysis, 22 studies, 646 fractures. Return to play 98.4 percent overall, 71.6 percent without surgery. PMID 33740393.
Clinical and radiographic healing of nonoperative and operative treatment of Jones fractures, 2024, Foot & Ankle International. 121 true Jones fractures screened from 2450, average age 46.5. No difference in healing, 96 percent both groups. PMID 38546126.
Proximal fifth metatarsal fractures: 834 fractures with minimum 5-year follow-up, 2022, Foot & Ankle International. Healing 7.5, 7.7 and 9.2 weeks by zone. Re-break 0.6 percent against 8.9 percent. No difference between walking and staying off it. PMID 35125016.
Acute fractures to the proximal fifth metatarsal bone: classification and treatment recommendations, 2012, Injury. Systematic search of six prospective trials. Near-end heals functionally; casting delays return. PMID 22465516.
Interventions for treating proximal fifth metatarsal fractures in adults, 2011, Foot and Ankle Surgery. Meta-analysis, 6 studies, 330 patients. Bandage beat below-knee cast on function, pain and return to work. PMID 22017907.
Factors influencing treatment recommendations in orthopaedic residency programs, 2020, Foot and Ankle Surgery. 72 residents, 14 cases. Agreement with specialists 43.98 percent, no improvement with seniority. PMID 31196695.
Refracture of proximal fifth metatarsal fracture after intramedullary screw fixation in athletes, 2000, American Journal of Sports Medicine. Six re-breaks after documented healing; three within one day of returning to full activity. PMID 11032233.
Early return to professional football following fixation of fifth metatarsal stress fractures, 2019, KSSTA. 37 players. Returning at 8 weeks or less gave a lingering line in 24 percent without raising eventual failure to heal. PMID 30167755.
Effects of foot orthosis with medial arch support on fifth metatarsal loading and ankle inversion angle, 2007, Journal of Orthopaedic & Sports Physical Therapy. 14 subjects. Arch supports significantly increased load at the fifth metatarsal base. Lab study, no patient outcomes. PMID 17469671.
Low-intensity pulsed ultrasound after intramedullary screw fixation, 2021, BMC Musculoskeletal Disorders. 101 feet. No difference in running, return to sport or healing. PMID 34425817.
Ottawa Ankle Rules systematic review, 2003, BMJ. 27 studies, roughly 15,581 patients. Caught about 97.6 percent of fractures, with low specificity by design. PMID 12595378.
Surgical enhancement of fracture healing: operative against nonoperative treatment, 2021, Injury. Review of eight high-level studies across six fracture sites. Jones fractures were the only site where surgery produced significantly better healing and function. PMID 33234264.

Full evidence trail: 43 papers reviewed, 35 cited, every citation verified against a PubMed identifier. This page is educational self-management guidance, not personalized medical treatment. A suspected fracture needs imaging and a clinician.