Lower Limb Prosthetics

With more than 30 years of experience in prosthetics and orthotics, our team combines extensive clinical knowledge, technical expertise and personalised care. We understand that every person is different, so we tailor each prosthetic solution to your mobility, comfort, lifestyle and goals.

From assessment and fitting through to rehabilitation, adjustments and ongoing support, we are with you throughout your prosthetic journey.

We are also proud to help educate the next generation of prosthetists and orthotists, teaching and supporting students at the University of the Sunshine Coast and sharing our practical clinical experience.

Our approach combines decades of hands-on experience, current clinical evidence and modern prosthetic technology to help you achieve the best possible comfort, function and mobility from your prosthesis.

We don’t believe in a one-size-fits-all approach. We take the time to understand your needs and recommend prosthetic solutions that are right for you.

Modern prosthetic limbs can significantly improve mobility, independence and participation in everyday activities, but they do not fully replicate the function of a natural limb. Common limitations include:

• Lack of Sensory Feedback: Most conventional prosthetic limbs do not provide natural sensation, so users may not be able to directly feel touch, pressure, temperature or changes in the surface they are walking on or handling.
• Range of Motion: Prosthetic joints and components can provide excellent movement and stability, but they may not reproduce the full range, coordination and adaptability of a natural limb.
• Weight: The prosthetic socket must fit securely while distributing pressure appropriately. Changes in residual-limb volume, swelling, skin condition or body weight can affect the fit and may cause discomfort or skin irritation.
• Comfort: Prosthetic components require regular inspection, adjustment and maintenance. Some components also have recommended servicing or replacement intervals.
• Cosmetic Appearance: Cosmetic covers and modern prosthetic designs can provide a highly personalised appearance, but achieving the exact appearance and movement of a natural limb remains challenging.The limitations of a prosthesis vary considerably between individuals. A prosthetist can recommend components and socket designs based on a person’s residual limb, mobility goals, lifestyle and activity level.

A lower-limb prosthesis can help many people regain functional walking and, depending on their circumstances, running ability. However, a prosthesis cannot guarantee a completely normal walking pattern for everyone.

Walking ability depends on factors such as the level and cause of amputation, residual-limb health, muscle strength, balance, joint movement, rehabilitation, prosthetic components and socket fit.

Many people with a prosthetic leg can walk independently and participate in recreational activities. Running is also possible for some users, particularly with appropriate training and prosthetic components designed for higher-impact activities. However, running generally requires more skill, strength, balance and energy than walking.

A prosthetist and rehabilitation team can help determine the most appropriate lower-limb prosthesis and rehabilitation program for an individual’s mobility goals.

Many people can wear a prosthetic leg for much of the day, but there is no universal number of hours that is appropriate for everyone. Wearing time should be increased gradually according to comfort, skin condition, rehabilitation progress and advice from a prosthetist or healthcare professional.

The prosthetic socket should fit comfortably and securely. Users should regularly check the residual limb for redness, pressure areas, blisters, abrasions or other changes, particularly when they are new to using a prosthesis.

If pain, persistent redness, swelling, skin breakdown or other problems develop, the prosthesis should be removed and the issue discussed with a prosthetist or appropriate healthcare professional.

There is no single replacement schedule for every prosthetic leg. The lifespan of a prosthesis depends on the socket, individual components, activity level, body changes, wear and tear, manufacturer recommendations and the person’s clinical needs.

The prosthetic socket may need to be replaced or modified when it no longer fits properly, including when the residual limb changes shape or volume. Other components may last for different lengths of time and may require servicing, adjustment or replacement because of normal wear.

Rather than assuming that a prosthetic leg should be replaced every two or three years, users should have their prosthesis reviewed regularly by their prosthetist. The prosthetist can assess the socket, alignment and components and determine whether adjustment, repair, servicing or replacement is appropriate.

Funding and eligibility requirements can also affect replacement schedules in some healthcare systems.

The time required to get used to a prosthetic leg varies from person to person. Some people become comfortable with wearing their prosthesis relatively quickly, while others need several weeks or longer to develop confidence, strength, balance and coordination.

The adjustment process can involve gradually increasing wearing time, learning to put on and remove the prosthesis, practising transfers and walking, and completing rehabilitation exercises.

Socket fit is particularly important during this stage. Significant or persistent discomfort, pressure or skin problems should not simply be accepted as part of the adjustment process. A prosthetist can assess the fit and make adjustments when necessary.

Regular rehabilitation and follow-up appointments can help users develop safe and efficient prosthetic use.

The lifespan of a prosthetic leg varies because a prosthesis consists of several different parts, and each component can have a different service life. Sockets may need adjustment or replacement as the residual limb changes, while mechanical, electronic or foot components may require servicing or replacement because of wear and activity.

A prosthesis used for high levels of physical activity may experience more wear than one used primarily for everyday walking. Regular maintenance and professional reviews can help identify worn or damaged components before they become a safety issue.

If you notice changes in comfort, fit, alignment or function, arrange an assessment with your prosthetist rather than relying on a fixed replacement timeframe.

A properly fitted prosthetic leg should not cause ongoing significant pain. However, some users may experience temporary discomfort while learning to use a new prosthesis or following changes to the residual limb.

Pain, persistent pressure, skin breakdown, blisters or recurring soreness can indicate that the socket, alignment or prosthetic components need to be assessed. These problems should be discussed with a prosthetist rather than ignored.

Most people do not need to wear their everyday prosthetic leg while sleeping. Unless a healthcare professional has specifically recommended otherwise, the prosthesis is generally removed at night.

Removing the prosthesis allows the skin to rest and makes it easier to inspect the residual limb for pressure areas, irritation or other problems. If a person has been prescribed a specific night-time or positioning device, they should follow their clinical team’s instructions.

It depends on the type of prosthetic components being used. Some prosthetic legs are specifically designed to be water-resistant or waterproof, while standard prostheses may contain components that should not be exposed to water.

Users should check with their prosthetist and the component manufacturer before showering, swimming or submerging a prosthesis. A dedicated waterproof or activity-specific prosthesis may be recommended for regular water-based activities.

The weight of a prosthetic leg varies considerably depending on its design, socket, foot, knee and other components. A prosthetist can select components with weight, durability, function and comfort in mind.

Weight is only one consideration when choosing a prosthesis. The overall design, alignment, socket fit and how efficiently the components work together can have a significant effect on comfort and mobility.

Some people with lower-limb amputations can drive, but whether a person can safely drive depends on the level of amputation, which leg is affected, vehicle configuration, prosthetic function and the individual’s ability to operate the controls safely.

Vehicle modifications or alternative controls may sometimes be required. Anyone returning to driving after an amputation should obtain appropriate medical, rehabilitation and driving advice and comply with the licensing requirements that apply in their jurisdiction.

The cost of a prosthetic leg or artificial limb varies depending on the level of amputation, socket design, components, technology and individual clinical needs. A simple prosthesis and an advanced prosthesis with components such as a microprocessor-controlled knee can have significantly different costs.

For eligible clients, prosthetic treatment may be funded through programs such as NDIS, DVA, QALS, WorkCover Queensland or NIISQ, depending on individual circumstances and eligibility.

During your assessment, our prosthetists will discuss your mobility needs and goals and recommend the most appropriate prosthetic solution. We can then provide information about the expected costs and funding options available to you.

We believe prosthetic care should be individualised rather than driven by a standard package, so we focus on recommending the components and technology that are clinically appropriate for your needs.