Between February and May 2026, our research team aggregated data from peer-reviewed clinical studies, national registries, and multicenter trials examining bunion surgery recurrence rates across all major surgical procedures. This report synthesizes findings from six primary datasets covering more than 150,000 hallux valgus (HV) procedures performed between 2000 and 2026.
Overall Bunion Surgery Recurrence Rates by Procedure Type, 2026
Recurrence rates differ sharply across surgical methods, from single digits at short-term follow-up to upward of 70% in long-term cohorts for certain techniques. The table below reflects data aggregated from clinical literature published between 2000 and 2026, with recurrence defined as HVA >20° unless otherwise noted.1,2,3
| Surgical Procedure | Short-Term Recurrence (1–2 yr) | Long-Term Recurrence (8–14 yr) | Revision Rate |
|---|---|---|---|
| 4th-Generation Minimally Invasive Surgery (MIS) | 2.2%⁴ | Limited data | <5%⁴ |
| Lapidus / First TMT Arthrodesis | ~9.0%⁵ | ~9.0%⁵ | 1–5%² |
| Scarf Osteotomy (Shaft) | 3.6–11.3%³ | 30–78%³ | 0–3%¹ |
| Chevron / Distal Osteotomy | 2.7–5.7%² | 64–73%⁵ | 0–3%² |
| Traditional Bunionectomy (Exostectomy) | 25–50%² | Up to 70%⁶ | ~14%² |
| Overall Average (All Procedures) | ~4.9%² | ~24.86%⁷ | 4.6%⁸ |
Key insights from this dataset:
- Short-term follow-up studies (the majority of published clinical data) consistently underestimate true recurrence. A 2024 PRISMA-compliant meta-analysis found shaft osteotomy recurrence rates that increased dramatically between the 4-year and 14-year marks.¹
- Fusion-based procedures (Lapidus) demonstrate more durable long-term correction than osteotomy-only approaches, maintaining comparable recurrence rates at both 8 and 11 years of follow-up.⁵
- Traditional bunionectomy carries the highest recurrence risk, up to 70% in some series, because it addresses only the visible bony prominence without correcting the underlying tarsometatarsal joint instability driving the deformity.⁶
Bunion Surgery Recurrence Rates by Follow-Up Duration, 2026
Follow-up duration is one of the strongest predictors of reported recurrence, more so than procedure type in some comparative studies. The data below illustrates how recurrence evolves across common osteotomy techniques over time.¹’³
| Follow-Up Period | Scarf Osteotomy Recurrence | Chevron Osteotomy Recurrence | Notes |
|---|---|---|---|
| 1–4 Years | 3.6–11.3%³ | ~5%² | Represents the majority of published clinical literature |
| 5–8 Years | ~17–30%¹ | ~17%⁶ | Recurrence begins to accelerate; many short-term “successes” show angular drift |
| 10–14 Years | 30–78%³ | 64–73%⁵ | Long-term recurrence approaches majority in some cohorts |
| 20-Year Revision-Free Survival | N/A | N/A | 93.1% across all procedure types in national cohort⁸ |
Key insights from this dataset:
- A 2024 systematic review and meta-analysis examined 229 feet with a mean follow-up of 8–14 years, finding shaft osteotomy recurrence rates of 40% (HVA >15°) and 20% (HVA >20°) compared to a commonly cited short-term estimate of 4.9% from studies with only 4-year follow-up.¹
- A 14-year randomized controlled trial found 78% recurrence (HVA >15°) after Scarf osteotomy versus 73% after Chevron, indicating that long-term outcomes for the two most common osteotomy types are nearly equivalent at extended follow-up.³
- Despite high radiographic recurrence rates at 10+ years, actual surgical revision rates remain low (0–3% for most osteotomy types), suggesting many patients tolerate mild angular drift asymptomatically without requiring reoperation.¹
Patient Risk Factors for Bunion Surgery Recurrence, 2026
Procedure selection alone does not determine whether a bunion returns. Patient-specific biological and behavioral factors have been consistently identified across large-scale studies as significant predictors of revision and recurrence.²’⁸
| Risk Factor | Impact on Recurrence Risk | Evidence Base |
|---|---|---|
| Female gender | +12% higher revision rate (HR 1.12)⁸ | National registry, 152,061 procedures |
| Age 40–59 at time of surgery | +120% higher revision rate (HR 2.2)⁸ | National registry, 152,061 procedures |
| Prior bunion surgery | +200–300% higher recurrence risk² | 16,273-procedure systematic review |
| Hypermobile first ray / TMT joint instability | Substantially elevated if joint not fused⁵ | Multicenter prospective trial |
| Obesity (BMI >30) | Increased mechanical stress on repair site² | Systematic review |
| Socioeconomic deprivation | Higher revision rates independent of procedure⁸ | 20-year national cohort study |
Key insights from this dataset:
- A 20-year cohort of 152,061 bunion surgeries in England found patients aged 40–59 had more than double the revision rate of younger patients, likely reflecting higher activity demands on the corrected joint during peak years.⁸
- Female patients face a modestly elevated revision risk (HR 1.12), possibly related to hormone-influenced ligament laxity that allows joint drift over time even after technically successful correction.⁸
- Prior bunion surgery is the single strongest predictor of recurrence. Revision procedures carry recurrence rates of 15–35%, substantially higher than primary surgery averages across all techniques.²
Revision Surgery Outcomes After Recurrent Bunions, 2026
Patients who experience recurrence face more complex surgical decision-making. Revision procedures carry higher complication rates and lower long-term success probabilities than primary surgery, underscoring the importance of durable first-time correction.²’⁸
| Outcome Measure | Primary Surgery | Revision Surgery |
|---|---|---|
| Overall patient satisfaction | 89.4%² | Lower (procedure-dependent) |
| Recurrence rate after revision | 4.9% average² | 15–35%² |
| Nonunion rate | 0.04–3.77%² | Higher in redo fusion cases² |
| Nerve injury rate | ~3.0%² | Elevated due to scar tissue² |
| Infection rate | 1.5–11.4%² | Elevated due to prior scar tissue² |
| Revision-free survival at 20 years | 93.1%⁸ | Limited long-term data |
Key insights from this dataset:
- The 20-year revision-free survival rate of 93.1% across all procedure types reflects favorable outcomes for most patients, but the 6.9% who require revision face meaningfully worse odds on a second attempt, with recurrence rates rising to 15–35%.²’⁸
- Nonunion (the failure of bone to heal after fusion) is the most common technical cause of surgical failure and drives a disproportionate share of revision cases, particularly in fusion-based procedures.²
- Nerve injury rates increase substantially during revision surgeries due to anatomical distortion from prior incisions and scarring, making the choice of primary procedure among the most consequential decisions in bunion care.²
Requesting a Copy of This Report
This report was prepared for Geldwert Bunion Center, a New York practice led by Dr. Jerome Geldwert, a specialist in minimally invasive bunion correction with over 40 years of experience.
You can also review our bunion surgery success rate data and our detailed recurrence rate clinical data page for additional context.
Sources
- Lalevee M, Saffarini M, van Rooij F, Nover L, Nogier A, Beaudet P. “Recurrence Rates with Long-Term Follow-Up After Hallux Valgus Surgical Treatment Using Shaft Metatarsal Osteotomies: A Systematic Review and Meta-Analysis.” EFORT Open Reviews. Vol. 9, Issue 10, pp. 933–940. October 2024. doi:10.1530/EOR-23-0093. Rouen, France / Nyon, Switzerland.
- Barg A, Harmer JR, Presson AP, Zhang C, Lackey M, Saltzman CL. “Unfavorable Outcomes Following Surgical Treatment of Hallux Valgus Deformity: A Systematic Literature Review.” Journal of Bone and Joint Surgery. 2018;100(18):1563–1573. University of Utah, Salt Lake City, UT.
- Clarke TAC, Platt SR. “Treatment of Hallux Valgus by Scarf Osteotomy — Rates and Reasons for Recurrence and Rates of Avascular Necrosis: A Systematic Review.” Foot and Ankle Surgery. 2021;27:622–628. United Kingdom.
- “Current Concepts of Fourth-Generation Minimally Invasive and Open Bunion Surgery.” Bone & Joint Journal. 2025. doi:10.1302/0301-620X.107B1.BJJ-2024-0597.R2.
- Faber FW, van Kampen PM, Bloembergen MW. “Long-Term Results of the Hohmann and Lapidus Procedure for the Correction of Hallux Valgus.” Bone and Joint Journal. 2013;95-B:1222–1226. The Netherlands.
- Tanglewood Foot Specialists. “Bunion Recurrence After Surgery.” Tanglewood Foot Specialists Clinical Reference. Houston, TX. Updated 2024.
- Malagelada F, et al. “Prevalence and Predisposing Factors for Recurrence After Hallux Valgus Surgery.” Journal of Clinical Medicine (MDPI). 2021;10(24):5753. doi:10.3390/jcm10245753.
- Atife M, Munro J, Hennessy C, Abram S, Brown R, Sharp B, Loizou C, Kendal A. “20-Year Complication, Revision, and Re-Operation Rates Following Over 150,000 Hallux Valgus Bunion Operations in England.” British Orthopaedic Foot & Ankle Society Annual Congress. March 2026. England.