The essential equipment for Achilles tendon rupture recovery includes a mobility aid (knee scooter on hire, hands-free crutch, or standard crutches), a shoe leveller for the uninjured foot, a waterproof boot cover for showering, and firm cushions or a wedge pillow for elevation. As you transition out of the boot, footwear with a minimum 10mm heel drop and rocker sole becomes the priority. Needs change significantly across phases — what you need in week one is different from month four. General information only — not medical advice.
Equipment by Recovery Phase
Your equipment needs change significantly across the five phases of recovery. Buying everything upfront is unnecessary and expensive. The guide below is organised by category — use the phase indicators to know when each item becomes relevant.
Some items you need immediately and cannot wait for — the shoe leveller and waterproof cover are two of them. Others can wait until you've assessed your own needs. The items marked ESSENTIAL in this guide are worth buying or hiring before you leave hospital or within the first 48 hours.
Mobility Aids
Your mobility aid is the most impactful decision you'll make in the first week. The wrong choice makes everything harder. The right choice gives you back enough independence to function.
The most practical mobility solution for most people during the non-weight-bearing and early weight-bearing phases. You kneel on the padded platform with the injured leg while propelling with the uninjured foot. Significantly less exhausting than crutches over longer distances and allows you to carry things. Not suitable for stairs.
In Australia, knee scooters can be hired from pharmacies, medical equipment suppliers, and online platforms for approximately $30–60/month. Hire, don't buy — you'll need it for 6–10 weeks and reselling secondhand is inconvenient. Check with your local pharmacy or search "knee scooter hire [your suburb]".
- Drive Medical Knee Walker — widely available through pharmacies and medical suppliers for hire. Standard hardshell design, adjustable handlebar and knee platform.
- Roscoe Medical Knee Scooter — common hire option, foldable for transport, suitable for most adults.
- Search: "knee scooter hire [your suburb]" — most Australian pharmacies and mobility equipment suppliers offer hire. Also available through Hire for Health and similar platforms. Find knee scooter hire →
A hands-free alternative to crutches where you bend the knee to 90° and rest it on a padded platform, freeing both hands completely. Genuinely life-changing for people with young children, demanding jobs, or active lifestyles — if you qualify. Stairs are possible. Carrying things is possible. Cooking is possible.
The qualification criteria are strict and honest: you must be able to balance on one leg for 30 seconds, walk up and down stairs at normal pace without a handrail before your injury, be under 55 (or equivalent physical ability), and not significantly overweight. There is a learning curve of 1–3 days. Not suitable for everyone — but transformative for those who can use it. Available from Australian medical equipment suppliers including APE Medical and SuperPharmacyPlus.
- iWALK 3.0 — the most clinically studied hands-free crutch, referenced in orthopaedic literature. Available in Australia from APE Medical (apemedical.com.au), SuperPharmacyPlus, and BuyWheelchair.com.au. View iWALK 3.0 →
- Note: Confirm you meet all qualification criteria before purchasing — height 157–188cm, able to balance on one leg 30 seconds, stairs at normal pace without handrail before injury. The iWALK website includes a qualification checker.
The default mobility aid provided by most Australian hospitals at discharge. They work, but they are exhausting over any distance, impossible to use while carrying anything, and cause underarm and hand pain with extended use. If you are given crutches at hospital, use them — but consider adding a knee scooter or hands-free crutch alongside them for indoor use.
- Standard axillary crutches are typically provided at hospital discharge at no cost, or available from pharmacies and medical suppliers for approximately $30–60/pair. If purchasing, look for adjustable height models with foam underarm pads and ergonomic handgrips. View crutches →
Boot Accessories
Two boot accessories are non-negotiable. Most people aren't told about either of them.
Your walking boot raises the injured foot by approximately 5cm. Without compensation on the other side, every step creates a significant leg length discrepancy — loading the hip, knee, and lower back asymmetrically. Over 8–10 weeks this causes real secondary pain and gait problems.
A shoe leveller straps to the sole of your normal shoe and equalises the height difference. The Evenup is the most widely available in Australia and comes in versions for different shoe sole thicknesses. This is one of the most underrated items on this list. Buy it the same day you get your boot.
- Evenup Shoe Balancer — the most widely used shoe leveller, designed specifically for boot wearers. Available in two sizes (small for shoes up to men's US 8.5, large for US 9+) and two heights (standard and tall for higher boots). Available from Amazon AU, medical suppliers, and some pharmacies. View Evenup →
- Össur Rebound Walker Shoe Leveller — alternative option, commonly available through orthopaedic suppliers.
Wearing a VACOped or CAM boot directly against skin causes moisture, odour, and skin irritation over weeks of constant use. Specialist boot liner socks (also sold as cast socks or orthopedic sock liners) are thin, moisture-wicking, and designed to fit inside the boot. They are inexpensive and make a meaningful difference to daily comfort. Buy several so you can rotate them.
- Knapp Cast Sock — thin, seamless tube sock designed for cast and boot use. Available in multiple lengths. Widely available from pharmacies and online. View cast socks →
- Silipos Cast Sock — gel-lined option for additional cushioning around bony prominences.
- Generic cast/boot liner socks — search "cast liner sock" or "orthopaedic boot sock" on Amazon AU or Chemist Warehouse. Buy 3–4 pairs minimum.
Graduated compression socks are distinct from the compression sleeve recommended later in recovery. They serve a different and more urgent purpose in the early phase: reducing the risk of deep vein thrombosis (DVT) during prolonged immobilisation and non-weight-bearing. DVT is a recognised complication of Achilles rupture — published literature reports DVT incidence ranging from 6–34% in immobilised patients without prophylaxis.
What the evidence shows: The Cochrane Review on graduated compression stockings (Sachdeva et al. 2018, Cochrane Library) found good evidence for DVT prevention in hospitalised and immobilised patients. Additionally, Alim et al. (Knee Surg Sports Traumatol Arthrosc 2018) found intermittent pneumatic compression after Achilles repair upregulated collagen type I synthesis — suggesting a potential dual benefit of compression for both DVT prevention and tendon healing, though this requires further investigation. Published orthopaedic guidelines, including the AOFAS 2024 position statement, discuss VTE risk in Achilles rupture patients and recommend discussing prophylaxis with your treating clinician.
Important: Whether graduated compression stockings are appropriate for you, and which compression class (typically 15–20 mmHg or 20–30 mmHg), should be determined by your treating clinician — particularly if you have any history of vascular conditions. Do not self-prescribe compression class without clinical guidance. Your surgeon should discuss DVT prophylaxis with you at your initial appointment — if they haven't, ask specifically.
Sources: Sachdeva A et al., Cochrane Database Syst Rev 2018 (doi: 10.1002/14651858.CD001484.pub4); Alim MA et al., Knee Surg Sports Traumatol Arthrosc 2018 (doi: 10.1007/s00167-017-4471-7); AOFAS Position Statement: Management of Acute Achilles Tendon Ruptures, November 2024
Hygiene Aids
Showering is one of the first practical challenges after an Achilles rupture — and one of the most searched topics. The solution is simple but the right product matters.
A waterproof sleeve that seals around the leg above the boot, allowing you to shower without removing the boot or getting it wet. This is particularly important in the first weeks when boot removal is not permitted. Look for a diaphragm-seal design rather than a simple drawstring — the diaphragm seal is significantly more reliable and will not leak if it gets submerged briefly.
Products like the LimbO or SEAL-TIGHT covers are available from Australian pharmacies and medical suppliers. This is an essential purchase for week one — buy it before you go home from hospital if possible.
- Sigvaris Well Being — 15–20 mmHg graduated compression, widely available from Australian pharmacies without prescription.
- Jobst Relief — 15–20 mmHg, available from pharmacies. Common starting class for DVT prevention in ambulatory patients.
- Bauerfeind VenoTrain — medical-grade graduated compression, available in 18–21 mmHg and 23–32 mmHg. Prescription class (20–30 mmHg) should be clinician-directed. View compression stockings →
- Important: The appropriate compression class (15–20 mmHg vs 20–30 mmHg) should be confirmed by your surgeon or GP before purchase.
- LimbO Waterproof Protector — diaphragm-seal design, one of the most reliable on the market. Available for full-leg boot cover. Widely available in Australia through pharmacies and online. View LimbO →
- SEAL-TIGHT Freedom — another diaphragm-seal option, available from medical suppliers.
- Avoid: Basic drawstring bags marketed as waterproof covers — the seal is unreliable and will leak. Invest in a diaphragm-seal product.
Standing on one leg in a wet shower is a fall risk, particularly in the fatigued early weeks. A simple shower stool allows you to sit while showering, removing the balance demand entirely. Most bathroom retailers stock basic shower stools for under $50. If you have a bath, a transfer bench may be more appropriate — ask your physiotherapist.
- Drive Medical Shower Stool — basic adjustable height stool, widely available from pharmacies and Bunnings for approximately $40–60. View shower stools →
- Homecraft Deluxe Shower Stool — padded seat, available from medical suppliers including Independent Living Centres Australia.
- A basic plastic garden stool can also work — the priority is stability and slip resistance, not clinical specification.
Elevation & Sleep
Elevating the injured leg above heart level is standard first aid guidance for soft tissue injury management. While standard pillows work in the first days, a purpose-made foam wedge pillow is more stable overnight and maintains the correct angle without shifting. Particularly useful if you are a restless sleeper.
Standard couch cushions or bed pillows work as an alternative for most people. A purpose-made wedge is convenient but not essential if you can construct a stable pillow stack. Assess your own needs before buying.
- Wedge pillow (generic) — search "leg elevation wedge pillow" on Amazon AU. Most foam wedge pillows designed for leg elevation work well. Look for a 30–45cm height for sufficient elevation angle. View wedge pillows →
- Budget alternative: Two to three firm bed pillows stacked and secured with a pillowcase work adequately for most people and cost nothing extra.
Ice application is standard first aid guidance for soft tissue injury in the acute phase. A quality reusable gel ice pack is more convenient than using frozen vegetables and maintains temperature more consistently. Apply for 20 minutes at a time, with a cloth barrier between the ice and skin — never apply ice directly to skin.
A cryo cuff (a compression ice sleeve connected to a reservoir of ice water) is used in some post-surgical protocols and provides simultaneous cooling and compression — ask your surgeon if this is recommended for your recovery. Standard ice packs are adequate for most people.
- Gel ice pack (standard reusable) — available from most pharmacies for $10–20. Any quality gel pack works — the key is a cloth barrier between pack and skin. View ice packs →
- Aircast Cryo/Cuff Ankle System — compression and cold therapy combined, used in post-surgical protocols. Available from medical suppliers. Discuss with your surgeon if post-operative use is recommended for your case.
- Budget alternative: A bag of frozen peas wrapped in a tea towel is a legitimate first-aid option for the first 24–48 hours.
Recovery Tools
Once out of the boot and returning to activity, a compression sleeve helps manage residual swelling during and after exercise. Look for an Achilles-specific sleeve with targeted compression over the tendon rather than a generic ankle support. Bauerfeind's Achilles support is widely regarded as the best-in-class option for post-rupture use.
Not needed in the boot phase — compression from the boot itself is sufficient. Introduce once you are back in normal footwear and beginning to build activity.
- Bauerfeind Sports Achilles Support — targeted compression with an anatomically shaped Achilles pad. Widely regarded as the best-in-class for Achilles-specific compression. Available from Bauerfeind Australia (bauerfeind.com/au) and SportsDirect AU. View Bauerfeind Sports Achilles →
- Össur Formfit Ankle — lighter compression option, widely available from pharmacies and medical suppliers.
- Skins A400 Compression Ankle — activity compression sleeve, suitable for later phases when returning to light exercise.
A set of resistance bands in multiple strengths is useful for the home exercise program your physiotherapist will prescribe. Ankle pumps, plantarflexion resistance, and early range-of-motion work can all be progressed with resistance bands. Buy a set of at least three resistance levels — you will progress through them over weeks.
What the evidence shows: Elastic band exercises are one of the three primary resistance exercise categories used in early Achilles rupture rehabilitation. A scoping review of 38 studies (2,791 participants) by Christensen et al. (J Orthop Sports Phys Ther 2020) found elastic band plantarflexion resistance is among the most commonly prescribed home exercises during the immobilisation phase. A 2024 feasibility study (PMC11034137) used elastic band exercises as a core component of a home resistance program during 9 weeks of boot immobilisation in non-surgically treated patients — 15 of 16 participants completed the protocol with no re-ruptures.
Follow the specific exercises, sets, repetitions, and resistance level prescribed by your physiotherapist. Do not progress resistance independently — your physio will guide progression based on your tendon's response to load.
Sources: Christensen M et al., J Orthop Sports Phys Ther 2020;50(12):681–690 (doi: 10.2519/jospt.2020.9463); Feasibility study of early progressive resistance exercise in non-surgical Achilles rupture, Pilot Feasibility Stud 2024 (PMC11034137, doi: 10.1186/s40814-024-01494-4)
Blood flow restriction training (BFRT) involves applying a pneumatic cuff to the proximal limb to partially occlude venous return, allowing low-load resistance exercise (20–35% of 1-repetition maximum) to produce adaptations comparable to high-load training. This is clinically relevant for Achilles recovery because it allows meaningful calf muscle loading when the tendon cannot yet tolerate high absolute loads.
What the evidence shows: A 2024 scoping review (PMC12096532) covering 19 studies — including 6 Achilles-specific studies and 21 subjects with tendon ruptures — found preliminary evidence for beneficial effects of BFRT on tendon adaptation. Centner et al. (Journal of Applied Physiology, 2019) found low-load BFR produced comparable morphological and mechanical Achilles tendon adaptations to high-load resistance training in a 14-week RCT of 55 subjects. A 2024 feasibility case series (Bentzen et al., Int J Exerc Sci 2024) found BFR feasible and safe in non-surgically treated Achilles rupture patients over 12 weeks. A 2024 RCT conference abstract (Lambert et al.) found BFR superior to standard physiotherapy for absolute calf strength after surgical repair.
The critical caveat: The 2024 scoping review and multiple systematic reviews conclude that definitive recommendations cannot yet be made — comparable beneficial adaptations found in healthy tendon RCTs still need to be confirmed in high-quality RCTs in tendon pathology populations. Furthermore, clinical BFR uses calibrated pneumatic cuffs with individualised limb occlusion pressure assessment. Consumer elastic BFR bands are not calibrated and cannot deliver the specific occlusion pressures used in research protocols. Using uncalibrated consumer cuffs over a healing limb carries risks not present in the research literature.
The verdict: BFR is a promising and evidence-supported rehabilitation modality for Achilles recovery — but only when administered by a trained physiotherapist using calibrated clinical equipment. Consumer BFR cuffs for home use on a healing Achilles are not recommended. Ask your physiotherapist specifically whether clinician-directed BFR is appropriate for your recovery stage.
Sources: Centner et al., J Appl Physiol 2019 (doi: 10.1152/japplphysiol.00602.2019); Bentzen et al., Int J Exerc Sci 2024 (doi: 10.70252/QGAF3184); PMC scoping review 2024 (PMC12096532); Frontiers in Sports and Active Living 2022 (doi: 10.3389/fspor.2022.879860)
During the transition out of the boot, heel lift inserts placed in normal footwear provide a small (typically 10–15mm) heel elevation that reduces load on the healing Achilles tendon. Most physiotherapists recommend these during the early out-of-boot weeks. They are inexpensive and widely available from pharmacies.
The goal is to progressively wean off the heel lift over weeks, not to use it indefinitely. Your physiotherapist will advise when and how to reduce the lift.
- TheraBand Resistance Band Set — the clinical standard for rehabilitation resistance bands, used in published studies. Colour-coded by resistance level. Available from most Australian pharmacies and medical suppliers. View TheraBand →
- Perform Better Mini Bands — loop format, useful for hip and proximal strengthening work that becomes part of the rehabilitation program in later phases.
- Buy a minimum of three resistance levels — light, medium, and heavy. You will likely progress through all three over the course of recovery.
- Silipos Achilles Heel Lift — gel heel lift providing approximately 12mm elevation. Widely available from pharmacies and medical suppliers. View heel lifts →
- Talar Made Heel Raise — graduated heights available (6mm, 9mm, 12mm), allowing progressive weaning. Available from orthopaedic suppliers.
- EVA foam heel wedge — inexpensive option available from most pharmacies. Less durable but adequate for the relatively short period of use.
- Your physiotherapist will advise on the appropriate starting height and weaning schedule for your specific recovery stage.
A compression ankle brace or Achilles-specific support sleeve is recommended in multiple published clinical protocols at the point of boot removal — for swelling management during the transition to normal shoes, proprioceptive support as sensory feedback rebuilds, and psychological confidence during early activity.
What the evidence shows: Multiple published Achilles rupture rehabilitation protocols explicitly recommend a compression ankle brace at boot wean. Bjerke's non-operative protocol states: "Wear compression ankle brace to provide extra stability and swelling control once walking boot removed." The International Journal of Physiotherapy return-to-sport criteria paper (2021) identifies proprioceptive and postural function as key assessment domains — compression bracing supports proprioception during the re-training phase. Bauerfeind's AchilloTrain includes two optional heel pads that also provide a small heel lift to reduce mechanical tendon stress. No dedicated RCT exists comparing ankle bracing versus no bracing specifically for post-rupture boot wean — the recommendation reflects published clinical protocol consensus rather than RCT evidence.
What to look for: An Achilles-specific compression sleeve rather than a generic ankle brace. Look for targeted posterior compression over the Achilles tendon, not rigid lateral support (which is for ankle sprain, not Achilles recovery). Optional heel pads providing a small heel lift are an additional benefit. Should fit inside a normal shoe.
Sources: Bjerke B. Non-Operative Treatment of Achilles Tendon Rupture protocol, TCOMN; International Journal of Physiotherapy, Criteria for Return to Sport after Achilles Tendon Injury, 2021 (doi: 10.14257/ijphy.2021.8.5.22); Marrone W et al., Int J Sports Phys Ther 2024 (doi: 10.26603/001c.122643)
- Bauerfeind AchilloTrain — medical-grade compression knit with an anatomically shaped massage pad and optional heel pads providing a small built-in heel lift. Widely regarded as the best-in-class Achilles-specific support. Available from Bauerfeind Australia and Chemist Warehouse. View AchilloTrain →
- Össur Rebound Ankle — rigid-frame option with more lateral support, suitable for patients whose physiotherapist recommends additional ankle stability.
- Note: Ensure you are selecting an Achilles-specific support, not a lateral ankle sprain brace. These serve different purposes.
Footwear — What to Look For
Footwear is one of the most searched and most underserved topics in Achilles recovery. The wrong shoe in the transition phase can significantly increase tendon load — and most people have no idea what to look for. This section covers what matters and what to avoid, based on published biomechanical research and clinical guidance.
Footwear recommendations are individual. The guidance below reflects general clinical principles — your physiotherapist or podiatrist should advise you on specific footwear at the point of boot transition based on your gait, strength, and tendon tolerance. Consider asking for a podiatry referral specifically for footwear assessment at this stage.
The key metric — heel drop
Heel drop (also called heel-to-toe drop) is the difference in height between the heel and the forefoot in a shoe. A higher heel drop means the heel sits higher than the toes — which reduces the stretch placed on the Achilles tendon during walking and reduces the load on the tendon during push-off.
Published clinical guidance and biomechanical research consistently recommend a minimum heel drop of 10mm when transitioning out of the boot, with 10–12mm considered optimal. Walking barefoot or in flat shoes (zero-drop) significantly increases Achilles tendon loading and is not recommended during recovery.
Bar length represents relative Achilles tendon load (shorter = lower load = better for recovery). Source: clinical guidance synthesised from Xu et al. 2021, Li et al. 2023, and multiple podiatry guidelines.
The rocker sole — an additional benefit
A rocker sole is a curved sole design that propels the foot forward through the gait cycle without requiring the normal push-off motion from the Achilles. Research cited in RunRepeat's biomechanical review found that rockered shoes reduced the plantar flexion moment by 13% compared to standard soles — directly reducing Achilles tendon load. For the transition phase and early return to activity, a rocker sole is a meaningful additional benefit on top of adequate heel drop.
- Heel drop of 10–12mm minimum
- Rocker or curved sole geometry
- Cushioned midsole — absorbs impact
- Firm heel counter — reduces rearfoot motion
- Soft, padded heel collar — avoids pressure on tendon
- Removable insole — allows heel lift insert if needed
- Wide toe box — accommodates swelling
- Zero-drop or minimalist shoes (Altra, Vivobarefoot)
- Flat canvas shoes — no heel drop, no cushioning
- Thongs or sandals — no support, fall risk
- Walking barefoot — maximises Achilles loading
- Carbon fibre plate shoes — increases push-off demand
- Stiff heel counters that press directly on the Achilles
- Racing flats or tempo shoes — low drop, high load
Shoe characteristics worth discussing with your clinician
Rather than recommending specific models — which change with product cycles and availability — the following shoe characteristics are consistently cited in clinical and podiatric literature as appropriate for Achilles rupture recovery. Take this list to your podiatrist or physiotherapist and ask which currently available models meet these criteria.
- Heel drop 10–12mm — confirmed on the manufacturer's spec sheet, not the shoe's appearance
- Rocker or meta-rocker sole geometry — promotes forward motion without push-off
- Maximum cushioning category — absorbs impact before it reaches the tendon
- Neutral support category — avoid motion control unless specifically indicated by your podiatrist
- Soft notched heel collar — avoids direct pressure on the Achilles insertion point
Many people return to their old shoes as soon as the boot comes off — especially if those shoes were trainers or running shoes they wore before the injury. If those shoes have a low heel drop (under 8mm), a flat sole, or a minimalist design, they may increase Achilles loading significantly during the most vulnerable phase of recovery. Ask your physiotherapist specifically about your existing shoes before wearing them.
What to Skip
Several products are commonly marketed to people recovering from Achilles injuries but offer limited evidence-based benefit, or are better deferred until later in recovery.
Consumer TENS units are widely marketed for pain management during injury recovery. While clinical-grade neuromuscular electrical stimulation (NMES) is used in some post-surgical protocols, consumer TENS devices have limited evidence for tendon healing specifically. If your physiotherapist recommends electrical stimulation, they will use clinical-grade equipment in the clinic. Home consumer devices are not a substitute.
Percussion massage devices are not appropriate for use directly over a healing Achilles tendon in the early phases of recovery. The mechanical forces applied may disrupt healing tissue. Some physiotherapists introduce soft tissue work later in recovery — at their direction, in clinical settings. Do not self-apply percussion massage to the healing tendon.
A range of magnetic, infrared, and cold laser devices are marketed for tendon and soft tissue healing. The evidence base for these modalities in Achilles tendon rupture recovery specifically is not established. Spending money on these devices is unlikely to accelerate recovery. Structured loading and physiotherapy are the interventions with the strongest evidence.
This page provides general health information only. Equipment recommendations are based on published clinical guidance, physiotherapy literature, and product specifications. They represent general guidance — not prescriptions for any individual's recovery.
The content on this page does not constitute medical advice. Equipment needs vary significantly by individual injury severity, treatment pathway, and recovery stage. Always follow your treating clinician's guidance on mobility aids and rehabilitation devices.
Affiliate disclosure: Some items on this page are marked with an "Affiliate" badge. If you purchase a product through one of these links, this site may earn a small commission at no additional cost to you. Affiliate relationships do not influence which products are included, how they are assessed, or the "buy / hire / skip" verdicts given. Products are assessed on their clinical relevance and practical value first.