Improving the Mobility of People with Disabilities!

Microprocessor Knee Prosthesis

Advanced prosthetic knee solutions designed to support better stability, safer walking, and improved confidence for above-knee amputees.

Advanced Prosthetic Technology

Knee Prosthetics Ability Healthcare

Are You Looking for Better Control While Walking?

Many above-knee prosthesis users share the same challenges. If any of these sound familiar, a prosthetic knee assessment can help you find the right path forward.

Fear of Knee Buckling

Concern about the prosthetic knee giving way while walking or changing surface is a common worry for above-knee amputees.

Difficulty on Slopes & Uneven Ground

Ramps, uneven roads, and outdoor terrain can feel unpredictable and unsafe with a basic prosthetic knee joint.

Lack of Confidence on Stairs

Climbing or descending stairs safely can feel challenging without a prosthetic knee designed for adaptive movement control.

Discomfort with Current Prosthetic Knee

Fit, gait pattern, and socket discomfort with an existing prosthetic knee can limit daily movement and quality of life.

Need for a More Natural Walk

A prosthetic knee that doesn't adapt to walking speed or movement can make walking feel mechanical or exhausting.

Confused About C-Leg, Genium, or Hydraulic Knee?

Understanding the difference between a microprocessor knee, C-Leg, Genium, and a hydraulic knee joint can be overwhelming without expert guidance.

What Is a Microprocessor Knee?

A microprocessor knee is an advanced prosthetic knee joint that uses built-in sensors and computer-controlled technology to monitor and respond to a user’s movement in real time.

Unlike a standard mechanical knee, which has a fixed resistance, a microprocessor controlled knee joint continuously adjusts how the knee behaves — adapting to walking speed, terrain changes, body position, and daily activities such as sitting, standing, climbing stairs, or walking on slopes.

The result is better walking stability, improved safety, and a more natural movement pattern for above-knee amputees who need a reliable and responsive prosthetic knee.

Sensors Detect Movement

Built-in sensors continuously track walking speed, joint angles, body posture, and terrain conditions.

Microprocessor Adjusts the Knee Joint

The onboard processor analyses sensor data many times per second and adjusts knee resistance accordingly.

User Gets Better Walking Control

The result is smoother, safer, and more adaptive movement throughout daily activities.

Built-in Sensors

Track speed, angle, terrain, and body position continuously during movement

Microprocessor Processing

Analyses data and adjusts knee resistance hundreds of times per second

Responsive, Confident Walking

Safer, smoother gait on flat ground, slopes, stairs, and uneven terrain

Better Walking Stability

The knee's intelligent response helps users feel more secure and supported during everyday walking, reducing the physical effort required to maintain balance.

Reduced Risk of Stumbling

Advanced stance-phase control can help prevent unexpected knee buckle during weight-bearing, providing greater safety during daily activities.

Support on Slopes & Uneven Surfaces

Useful for ramps, outdoor walking, gravel, and terrain changes areas where a fixed-resistance knee may not adapt adequately.

More Natural Walking Pattern

The knee responds according to walking speed and movement, making the gait pattern feel smoother and more biomechanically natural over time.

Easier Sitting and Standing

Supports smoother transitions between sitting and standing positions, which can make daily activities at home and work more comfortable.

Improved Confidence

Helps users move with greater control in work settings, travel, social environments, and daily life supporting independence and quality of life.

Benefits of a Microprocessor Knee Prosthetic

Designed to support safer, more confident movement across everyday situations.

Who Is Suitable for a Microprocessor Knee?

A microprocessor knee prosthetic may be a suitable option for the following individuals but final suitability is always determined through a professional assessment.

Suitability Requires Assessment

A microprocessor knee is not automatically the right solution for every above-knee amputee. Suitability depends on several individual factors that only a clinical assessment can evaluate properly.

Factors assessed include:

Final recommendation is always made after a proper prosthetic assessment. Results and experiences may vary based on individual factors.

Advanced Prosthetic Knee Options

Different users need different knee joint solutions. The right option depends on mobility goals, activity level, comfort, budget, and clinical evaluation. Here is an overview of the major options discussed during consultations

Hydraulic Knee

Ottobock 3R80 Hydraulic Knee

For accurate 3R80 hydraulic knee price guidance, please book a consultation.

Ottobock 3R80 Hydraulic Knee Ability Healthcare

Ottobock C-Leg Prosthetic Knee

Ottobock C-Leg Prosthetic Knee

C-Leg price depends on configuration, socket, foot, and fitting requirements. Consultation required for accurate guidance.

Ottobock C Leg Prosthetic Knee Ability Healthcare

Advanced Microprocessor Knee

Genium Microprocessor Knee

Genium microprocessor knee price varies based on model, socket, foot, and clinical needs.

Genium Microprocessor Knee Ability Healthcare

High-Activity Option

Genium X3 Microprocessor Knee

Genium X3 knee price requires assessment. Contact us for personalised guidance.

Genium X3 Ability Healthcare

Hydraulic Knee

Hydraulic Knee Prosthesis

Hydraulic knee joint price depends on model, socket, and fitting. Assessment required for recommendation.

Hydraulic Knee Prosthesis Ability Healthcare

Waterproof Hydraulic Knee

Metiz 6H30B Hydraulic Waterproof Knee

Metiz 6H30B hydraulic waterproof knee price depends on socket, foot, and fitting requirements. Consultation required for accurate guidance.

Ability Healthcare

Microprocessor Knee vs Hydraulic Knee

This comparison is meant to help you understand the key differences. Final recommendation always depends on your individual assessment.

Feature Microprocessor Knee Hydraulic Knee
Technology Sensor and computer-controlled — responds in real time to movement and terrain. Hydraulic mechanical control — fixed or adjustable fluid resistance.
Walking Adaptability Continuously adjusts based on movement, speed, and surface type. Provides controlled resistance during swing and stance phases.
Safety Support More adaptive stability with active stance control. Good mechanical control for appropriate mobility profiles.
Terrain Support Better suited for slopes, ramps, stairs, uneven ground, and variable speed. Suitable for active walking depending on model and user profile.
Maintenance Requires battery charging; periodic servicing of electronics. Mechanical maintenance; no battery required in most models.
Price Range Generally higher investment due to advanced technology. Generally lower cost than microprocessor knee options.
Best Suited For Users needing advanced adaptive control, safety, and higher mobility. Users needing reliable controlled movement without electronics.
Better Walking Stability

The knee's intelligent response helps users feel more secure and supported during everyday walking, reducing the physical effort required to maintain balance.

Reduced Risk of Stumbling

Advanced stance-phase control can help prevent unexpected knee buckle during weight-bearing, providing greater safety during daily activities.

Support on Slopes & Uneven Surfaces

Useful for ramps, outdoor walking, gravel, and terrain changes areas where a fixed-resistance knee may not adapt adequately.

More Natural Walking Pattern

The knee responds according to walking speed and movement, making the gait pattern feel smoother and more biomechanically natural over time.

Easier Sitting and Standing

Supports smoother transitions between sitting and standing positions, which can make daily activities at home and work more comfortable.

Improved Confidence

Helps users move with greater control in work settings, travel, social environments, and daily life supporting independence and quality of life.

Benefits of a Microprocessor Knee Prosthetic

Designed to support safer, more confident movement across everyday situations.

Microprocessor Knee Price

The microprocessor knee price is not a single fixed number. It depends on a combination of clinical, technical, and individual factors specific to each patient. Here is what typically influences the cost.

Knee Joint Brand & Model (C-Leg, Genium, Genium X3)

Socket Design, Material & Custom Fit

Prosthetic Foot Selection & Compatibility

Alignment, Trial Fitting & Adjustments

Gait Training Sessions & Rehabilitation

Warranty Coverage & Service Support

Patient Mobility Level & Lifestyle Needs

C-Leg, Genium, or Hydraulic Knee Selected

No Fixed Prices — Personalised Guidance After Assessment

We do not publish fixed prices because every patient's prosthetic setup is unique. The total cost of a microprocessor knee — whether C-Leg, Genium, Genium X3, or a hydraulic knee option — is determined only after a proper clinical evaluation. We provide transparent pricing guidance after understanding your specific needs, lifestyle, and goals. Please contact us to discuss your options.

Microprocessor Knee Prosthesis Fitting Process

Our approach to prosthetic knee fitting is thorough, patient-centred, and built around long-term comfort and function — not just the fitting day.

1

Initial Consultation

We begin by understanding your amputation level, the challenges you face with your current prosthesis (if any), daily lifestyle, mobility goals, work demands, and the environments you move in most frequently.

2

Stump & Mobility Assessment

A clinical evaluation of your stump condition, skin health, residual limb shape, core strength, balance ability, walking endurance, and overall activity level is carried out to identify the most suitable options.

3

Knee Joint Selection

Based on your assessment findings, we compare suitable options—including a microprocessor knee such as C-Leg or Genium, a hydraulic knee like the 3R80, or another option appropriate for your mobility profile and budget.

4

Custom Socket Design

A custom-fitted socket is designed and fabricated to match your stump's unique shape. Socket comfort, load distribution, and interface material are chosen based on your stump condition and daily activity level.

5

Alignment & Trial Fitting

The prosthetic knee is aligned for your height, gait pattern, and body mechanics. A trial fitting session allows the prosthetist to make adjustments before final completion, ensuring stability and comfort.

6

Gait Training

Structured gait training helps you learn to walk safely and confidently with your new prosthetic knee. Sessions cover flat walking, sitting and standing, stairs, ramps, outdoor surfaces, and adjusting to different walking speeds.

7

Follow-Up & Ongoing Support

After fitting, we schedule follow-up appointments to review socket comfort, alignment, gait quality, and any adjustments needed as you build confidence and return to daily activities.

Why Choose Ability Healthcare for Advanced Prosthetic Knee Solutions?

Our approach to prosthetic knee care is patient-first, assessment-driven, and focused on long-term outcomes — not just the product.

Expert Clinical Assessment

Every recommendation begins with a thorough evaluation of your mobility profile, lifestyle, and prosthetic history — not just a product catalogue.

Advanced Knee Options

We discuss and support microprocessor knee options including C-Leg, Genium, Genium X3, and hydraulic knee joints including the 3R80, based on suitability.

Custom Socket Design

Sockets are custom-fabricated for your stump shape, skin condition, and activity requirements — because fit is as important as the knee joint itself.

Walking & Gait Training

Structured gait training sessions are part of every fitting, covering walking, stairs, ramps, and day-to-day movement for safe independent use.

Follow-Up Support

Ongoing follow-up appointments monitor comfort, gait quality, alignment, and any required adjustments as you adapt to your prosthetic knee.

Transparent Price Guidance

We explain what drives cost, help you understand your options clearly, and guide you toward a solution that fits both your mobility goals and budget.

Things to Know Before Choosing a Microprocessor Knee

Making an informed decision about your prosthetic knee is important. Here are some key points that help patients and families think through the right choice.

Clinical Guidance Note

Ability Healthcare Prosthetic Team

Not Sure Where to Start?

Choosing between a microprocessor knee, C-Leg, Genium, Genium X3, or a hydraulic knee option is not a decision that should be made from a product brochure alone.

Your mobility profile, stump condition, daily life demands, and long-term goals all shape the right recommendation. That is exactly what a clinical assessment is designed to help with.

We guide patients through this decision step by step — transparently, without pressure, and with your long-term wellbeing as the priority.

Real Patient Mobility Stories

Our approach to prosthetic knee fitting is thorough, patient-centred, and built around long-term comfort and function — not just the fitting day.

FAQs About Microprocessor Knee Prosthesis

Answers to the most common questions about microprocessor knees, C-Leg, Genium, hydraulic knees, pricing, and suitability.

What is a microprocessor knee?
A microprocessor knee is an advanced prosthetic knee joint that uses built-in sensors and computer-controlled movement to support better walking stability and safety. It continuously adjusts knee resistance based on the user’s walking speed, body position, and terrain — making walking feel more natural and controlled for above-knee amputees.
The microprocessor knee price is not a fixed figure. It depends on the knee joint model chosen (C-Leg, Genium, Genium X3, or another option), socket design and material, prosthetic foot selection, gait training needs, warranty coverage, and service support requirements. An accurate price estimate can only be given after a proper clinical assessment. Please contact us for personalised price guidance.
A microprocessor knee uses sensors and intelligent computer control to continuously adapt knee resistance in real time — adjusting to speed changes, terrain, and body position. A hydraulic knee uses fluid-based mechanical resistance to control movement. Both can support walking, but the microprocessor knee offers a higher level of adaptability and is generally more suitable for users who need better terrain handling and walking safety. Cost is usually higher for microprocessor options.
Yes. The C-Leg is one of the most widely used microprocessor prosthetic knee options. It is designed to support everyday walking stability, ramps, slopes, and uneven surfaces. C-Leg is manufactured by Ottobock and is often discussed during consultations for above-knee amputees who need reliable control and improved confidence during daily movement.
The C-Leg knee cost depends on the product configuration, socket design and material, prosthetic foot selected, alignment and fitting sessions required, gait training, and service support included. We do not publish a fixed price for C-Leg as the total setup cost varies based on individual clinical requirements. Contact us to discuss your needs and receive accurate guidance.
The Genium is an advanced microprocessor knee option manufactured by Ottobock and designed for prosthetic users with higher mobility demands. It supports more natural walking patterns, variable walking speeds, stair navigation, and outdoor movement. The Genium is generally recommended for users who require a higher level of adaptive movement than the C-Leg. Suitability depends on a detailed clinical assessment.
No. The Genium X3 is designed for highly active prosthetic users with demanding daily movement requirements. It is not appropriate for every above-knee amputee. Suitability is determined based on activity level, stump condition, core strength, balance, lifestyle, and a comprehensive clinical evaluation. We assess each patient individually before discussing this option.
The Ottobock 3R80 is a hydraulic knee joint that provides controlled stance and swing phase movement for suitable prosthetic users. It is a non-microprocessor option that uses hydraulic resistance rather than electronic control. The 3R80 can be a practical alternative to a microprocessor knee for certain mobility profiles and is often discussed alongside electronic options during assessment.
There is no single “best” option. The right choice depends on your mobility level, safety needs, daily lifestyle, activity demands, budget, and clinical assessment findings. C-Leg is often suitable for users who need reliable everyday control. Genium suits those with higher mobility requirements. A hydraulic knee may be the right fit for users who do not need electronic control. A clinical evaluation is the only way to determine which option is appropriate for you.
Yes. Gait training is an essential part of the prosthetic knee fitting process. It helps you learn how to use the knee safely and confidently across different situations — walking on flat ground, stairs, ramps, outdoor surfaces, and at varying speeds. Without proper gait training, the benefits of an advanced microprocessor knee cannot be fully realised. Training sessions are included as part of our fitting process.

Find the Right Prosthetic Knee for Your Mobility Needs

Not sure whether you need a microprocessor knee, C-Leg, Genium, Genium X3, or a hydraulic knee option? Get a personalised recommendation based on your mobility level, comfort needs, and daily lifestyle — with no pressure, just clear guidance.

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