Top 10 Smart Prosthetics You Need to Know About in 2025

Prosthetics are no longer just tools to replace lost limbs. With advancements in technology, smart prosthetics are transforming lives by enhancing functionality, comfort, and independence. These devices combine innovative engineering, sensors, and artificial intelligence to create prosthetics that not only mimic natural movement but also adapt to a user’s unique needs.

In 2025, the world of prosthetics has taken a giant leap forward. From hands that can sense touch to legs that can adjust stride automatically, smart prosthetics are setting new standards for mobility and quality of life. This article highlights 10 groundbreaking smart prosthetics that are shaping the future. Whether you’re a user, clinician, or just curious, these devices are worth knowing about.

Grippy™: The Bionic Hand Redefining Affordability

Grippy™, developed by Robobionics in India, stands out as a trailblazer in making bionic hands accessible and affordable. Its design philosophy is rooted in providing advanced functionality without the high price tag often associated with cutting-edge prosthetics.

Features That Transform Lives

Grippy™ incorporates pressure sensors that allow users to sense grip strength, enabling them to perform delicate tasks like holding fragile objects or tying shoelaces.

Its ergonomic and lightweight design, achieved through 3D printing, ensures comfort and ease of use for extended periods. Moreover, the gamified rehabilitation program accompanying Grippy™ helps users quickly adapt to their new limb through fun and engaging exercises.

This prosthetic’s focus on affordability without compromising quality makes it a revolutionary solution for individuals in developing regions.

Beyond Affordability: What Makes Grippy™ Unique

Grippy™ is more than just a prosthetic hand—it’s a game-changer for users seeking precision, comfort, and control. Its success lies in blending sophisticated features with user-centric design, tailored to meet the needs of diverse populations.

Advanced Sensor Integration

At the heart of Grippy™ is its ability to simulate the sensation of touch. Equipped with pressure sensors, the prosthetic allows users to control grip strength intuitively.

This means delicate tasks like holding fragile objects, picking up coins, or tying shoelaces become not just possible but natural.

3D-Printed Customization

Grippy™ leverages 3D printing to deliver prosthetics tailored to the unique anatomy of each user. This ensures a perfect fit, reducing discomfort and improving long-term usability.

Businesses can take inspiration from this approach to integrate customization into their own product lines.

Gamified Rehabilitation for Seamless Adaptation

To address the learning curve often associated with prosthetic use, Grippy™ comes with a gamified rehabilitation program.

Users engage in interactive games designed to enhance dexterity and improve muscle control. This approach not only accelerates adaptation but also makes the process enjoyable and engaging.

The LUKE Arm: Sci-Fi Inspiration Meets Reality

Named after Luke Skywalker from Star Wars, the LUKE Arm by DEKA Research brings science fiction to life. Designed for upper-limb amputees, this prosthetic offers a seamless blend of precision, control, and natural movement.

Advanced Technology for Everyday Tasks

The LUKE Arm is equipped to handle multi-joint movements, making actions like bending the elbow and rotating the wrist feel natural.

It also includes customizable grip patterns, allowing users to perform diverse tasks with precision. Muscle sensors on the residual limb ensure intuitive control, responding to subtle muscle movements for smooth operation.

This prosthetic is ideal for individuals who need fine motor control and versatility, redefining what’s possible for upper-limb prosthetics.

Redefining Functionality with Advanced Engineering

The LUKE Arm is designed for users who require a prosthetic capable of handling complex tasks with precision. It combines multi-joint articulation, intuitive controls, and ergonomic design to replicate natural arm movements.

Multi-Joint Articulation for Natural Movements

Unlike traditional prosthetics that often have limited movement, the LUKE Arm features multiple powered joints that can move simultaneously.

This enables natural motions such as bending the elbow, rotating the wrist, and even manipulating individual fingers.

Users can perform intricate tasks like typing on a keyboard, holding fragile items, or even peeling fruits with confidence.

Intuitive Control Through Muscle Signals

The LUKE Arm uses sensors placed on the user’s residual limb to detect muscle signals. These signals are translated into commands, allowing users to control their prosthetic intuitively.

This seamless interaction ensures a steep learning curve and greater user satisfaction.

Durability Meets Comfort

Constructed from lightweight yet durable materials, the LUKE Arm is built to handle the rigors of daily life. Its ergonomic design reduces strain on the user, ensuring comfort even during extended use.

Ottobock Genium X3: Mobility Without Limits

For lower-limb amputees, the Ottobock Genium X3 sets the standard for prosthetic legs. Designed for active users, it delivers unmatched stability and adaptability across a variety of terrains.

The Freedom to Move Naturally

The Genium X3 uses microprocessors and gyroscopes to analyze movement in real time, allowing the prosthetic to adapt seamlessly to the user’s gait.

Whether navigating stairs, uneven ground, or sand, this leg provides unparalleled support and balance. Its waterproof design makes it suitable for swimming, outdoor adventures, and challenging environments.

This prosthetic leg is perfect for individuals who refuse to let terrain or weather limit their lifestyle.

Pioneering Features for Maximum Mobility

The Genium X3 is more than just a prosthetic leg—it’s a mobility system that empowers users to live actively and navigate challenging terrains with ease.

Adaptive Intelligence for Seamless Walking

At the core of the Genium X3 is its microprocessor-controlled knee joint. This advanced system uses sensors to analyze the user’s gait in real time and make adjustments on the fly.

Whether walking on uneven ground, climbing stairs, or transitioning between surfaces, the prosthetic ensures a smooth, natural movement pattern.

Waterproof and Rugged Design

One of the Genium X3’s standout features is its waterproof and dustproof construction.

Users can confidently engage in activities like swimming, hiking, or working in wet or dusty environments without worrying about damaging the prosthetic.

Smart Connectivity for Personalization

The Genium X3 connects to a companion app, allowing users to customize settings, monitor performance, and switch between activity modes.

This level of personalization ensures the prosthetic meets the unique needs of each user.

i-Limb Quantum: Where Functionality Meets Style

The i-Limb Quantum by Össur is a prime example of a prosthetic that combines technical innovation with aesthetic appeal. It’s designed for users who value both performance and personalization.

Precision at Your Fingertips

Each finger of the i-Limb Quantum is powered individually, allowing for fine motor control and natural hand movement. The device can be controlled through simple gestures, making it intuitive to use for tasks like typing, cooking, or holding objects.

Users can also choose from a range of covers to match their style or skin tone, making it a prosthetic that looks as good as it performs. This prosthetic is particularly appealing for those who want a device that enhances their daily life while reflecting their personality.

Aesthetic Appeal: Empowering Users with Personalization

While functionality is crucial, the i-Limb Quantum goes a step further by prioritizing aesthetic appeal. Recognizing that a prosthetic is not just a tool but a part of the user’s identity, Össur offers extensive customization options.

Stylish Design Options

The i-Limb Quantum can be tailored to match a user’s skin tone or customized with bold, eye-catching designs.

This flexibility allows users to either blend their prosthetic seamlessly into their appearance or turn it into a statement piece.

Reflecting Individuality

By offering interchangeable covers and unique finishes, the i-Limb Quantum empowers users to express their personal style.

This focus on individuality not only boosts user confidence but also fosters a sense of ownership and pride in their prosthetic.

BiOM T2: Walking Redefined

The BiOM T2 prosthetic foot, developed by BionX Medical Technologies, is engineered to replicate the function of a natural ankle. It’s designed to provide unmatched comfort and energy efficiency.

Ankle Functionality Reimagined

The BiOM T2 uses powered push-off technology to simulate the natural propulsion of an ankle during walking. This reduces strain on the body, making movement feel more effortless.

It adjusts to the user’s walking speed and stride length, ensuring a smooth and energy-efficient experience. The foot also integrates with mobile apps, allowing users to track performance and fine-tune settings.

For those seeking a prosthetic that makes walking feel natural, the BiOM T2 delivers in every way.

Advanced Features That Redefine Mobility

The BiOM T2 stands out as more than just a prosthetic foot—it is a dynamic mobility system designed to enhance the user’s quality of life.

Powered Push-Off for Natural Propulsion

What sets the BiOM T2 apart is its powered push-off technology. Using small motors, the prosthetic actively replicates the push-off motion of a human ankle during walking.

This reduces strain on the user’s joints, minimizes energy expenditure, and allows for a smoother, more natural gait.

Users often describe the experience as feeling as though they have regained part of their original limb.

Real-Time Adaptability

Equipped with sensors and microprocessors, the BiOM T2 continuously analyzes the user’s movement patterns and adapts to varying walking speeds and terrains.

Whether on flat ground, uneven surfaces, or inclines, the device adjusts automatically, providing optimal support and stability.

Mobile Integration for Personalization

The BiOM T2 integrates seamlessly with a companion app that allows users to track their activity, monitor the device’s performance, and fine-tune its settings.

This level of personalization ensures that the prosthetic adapts to the unique lifestyle and needs of each individual.

Taska Hand: Durability for Active Lifestyles

The Taska Hand is the first waterproof bionic hand, designed for users who need a prosthetic that can keep up with demanding environments and active routines.

Built to Withstand Life’s Challenges

This prosthetic is designed to handle water, dirt, and impact, making it perfect for users who work in physically demanding jobs or enjoy outdoor activities.

It offers a wide range of grip patterns to tackle various tasks, from handling tools to holding delicate items. Its rugged construction ensures durability without compromising functionality.

The Taska Hand is ideal for individuals who need a prosthetic that performs in both everyday and extreme conditions.

Built for Toughness: Meeting Real-World Demands

The Taska Hand’s design philosophy revolves around creating a prosthetic that works seamlessly in both everyday and extreme conditions.

Waterproof Innovation

The Taska Hand’s waterproof construction is its most celebrated feature. Users can confidently perform tasks in wet environments, such as washing dishes, swimming, or working outdoors in the rain.

This innovation addresses a critical gap in the market, where traditional prosthetics often falter under exposure to water.

Impact-Resistant Design

Designed with robust materials, the Taska Hand is built to withstand the rigors of manual labor, outdoor activities, and accidental impacts.

This level of durability ensures long-term reliability, reducing maintenance costs and enhancing user confidence.

Multi-Functional Grip Patterns

The Taska Hand offers 23 pre-programmed grip patterns that allow users to perform a wide range of tasks, from gripping tools and handling fragile objects to more intricate tasks like operating zippers or tying knots. This versatility is essential for users with diverse daily requirements.

Bebionic Hand: A Balance of Power and Precision

The Bebionic Hand by Ottobock is renowned for its exceptional dexterity and natural movement. Designed to replicate the functionality of a human hand, it’s a standout option for upper-limb amputees seeking both precision and power in their prosthetic.

Embracing Natural Movement

The Bebionic Hand features 14 selectable grip patterns, enabling users to perform complex tasks with ease. From holding small objects like a pen to carrying heavier items like grocery bags, the prosthetic’s powerful motors ensure reliable performance.

Its lightweight build and intuitive control system make it a comfortable choice for extended use, while its sleek, modern design appeals to those who value aesthetics.

This prosthetic is particularly suited for individuals looking for versatility in both work and personal life.

Advanced Functionality for Everyday Life

The Bebionic Hand excels in delivering a seamless user experience, making it a trusted choice for individuals seeking both strength and subtlety in their prosthetic.

Individual Finger Control for Maximum Precision

Each finger of the Bebionic Hand is powered independently, allowing users to perform intricate tasks with exceptional control.

Whether it’s typing on a keyboard, holding a pen, or peeling a piece of fruit, the hand replicates the natural movement of a human hand.

Adaptive Grip Patterns

The prosthetic offers 14 pre-programmed grip patterns and modes tailored to different activities.

These include precision pinches for fine motor tasks, a power grip for heavier objects, and a natural hand pose for resting or aesthetic purposes.

This adaptability ensures that users can effortlessly transition between tasks.

Strength Without Sacrificing Comfort

Despite its advanced mechanics, the Bebionic Hand is lightweight and ergonomically designed. This ensures long-term comfort, reducing fatigue even during extended use, and making it suitable for daily activities.

Hero Arm: Accessibility Without Compromise

Developed by Open Bionics, the Hero Arm is a multi-functional bionic hand designed to be lightweight, affordable, and accessible to a wide audience. It’s particularly popular among children and young adults due to its customizable design options.

A Prosthetic for Everyone

The Hero Arm is made using advanced 3D printing technology, ensuring a perfect fit for each user. It comes with a range of interchangeable covers, allowing users to personalize their prosthetic with themes like superheroes or bold colors.

Despite its affordability, the Hero Arm doesn’t compromise on technology, offering precise grip control and proportional response to muscle signals.

Its combination of functionality, affordability, and personalization makes it a game-changer for younger users and families.

Redefining Accessibility: The Hero Arm’s Key Innovations

The Hero Arm stands out by addressing the needs of diverse user demographics while maintaining a focus on affordability and advanced features.

Lightweight and Comfortable Design

Constructed using advanced 3D printing techniques, the Hero Arm is not only lightweight but also durable and ergonomically designed. ‘

Its reduced weight ensures greater comfort, particularly for children and first-time users, who may struggle with heavier prosthetics.

Intuitive Multi-Grip Control

The Hero Arm’s multi-grip functionality allows users to perform a wide variety of tasks, from holding delicate objects like a glass of water to operating tools and engaging in creative hobbies.

The prosthetic responds to muscle signals, providing intuitive control that feels natural and effortless.

Customization and Style

One of the Hero Arm’s standout features is its emphasis on personalization. Users can choose from a variety of interchangeable covers, including superhero-themed designs and bold patterns, allowing them to express their personality.

This focus on individuality fosters a sense of pride and ownership in the prosthetic.

Empower Ankle: Dynamic Lower-Limb Innovation

The Empower Ankle, developed by Ottobock, is a revolutionary prosthetic foot designed to mimic the biomechanics of a natural ankle. It’s built to provide users with greater mobility and reduced fatigue.

Dynamic Energy for Every Step

The Empower Ankle actively pushes off during walking, providing the energy needed for a smooth, natural gait. This reduces strain on the user’s other joints and helps improve balance and posture.

The prosthetic adapts in real time to different terrains, making it a reliable companion for users who lead active lives. Its robust design also ensures durability for long-term use.

This prosthetic is ideal for users who want a lower-limb solution that offers both efficiency and comfort.

Advanced Features That Redefine Ankle Prosthetics

The Empower Ankle is built to address the unique challenges faced by lower-limb amputees, offering unparalleled functionality and adaptability.

Active Push-Off Technology

What sets the Empower Ankle apart is its active push-off mechanism. Using motorized assistance, the prosthetic mimics the natural propulsion of a biological ankle during walking.

This reduces the energy required for movement, making it especially valuable for individuals who walk long distances or have physically demanding routines.

Terrain-Adaptive Intelligence

The Empower Ankle’s sensors and microprocessors analyze movement and environmental factors in real time.

This allows the prosthetic to adapt seamlessly to various terrains, from flat ground to slopes, stairs, and uneven surfaces, providing stability and confidence for the user.

Improved Posture and Alignment

By replicating the biomechanical function of a natural ankle, the Empower Ankle helps improve overall posture and alignment.

This reduces strain on the rest of the body, particularly the hips, knees, and back, enhancing the user’s long-term physical health.

Vinovo: The Smart Prosthetic Knee

Vinovo by Blatchford is an advanced prosthetic knee designed to deliver seamless mobility and adaptability for lower-limb amputees. It’s packed with smart technology that anticipates user movement and adjusts accordingly.

Intelligent Movement Control

Vinovo uses microprocessors to monitor the user’s gait in real time, allowing for smooth transitions between different walking speeds or terrains. Its intuitive design enables users to perform activities like cycling or climbing stairs with ease.

Additionally, the knee’s lightweight construction makes it an excellent option for everyday use, offering comfort without compromising stability.

Vinovo represents the cutting edge of prosthetic knee technology, providing unmatched freedom of movement.

Brain-Controlled Prosthetics: A Glimpse of the Future

One of the most exciting advancements in prosthetics is the emergence of brain-controlled devices. These prosthetics use neural interfaces to translate brain signals into movement, allowing for seamless control. While still in the early stages, companies like BrainGate are making significant progress in this field.

A Revolutionary Leap in Control

Brain-controlled prosthetics eliminate the need for external controls, instead relying on electrodes implanted in the brain or worn externally. This enables users to perform tasks simply by thinking about them.

Though currently available in research settings, these prosthetics promise to redefine independence for individuals with limb loss.

As the technology matures, brain-controlled prosthetics are expected to become more accessible, opening new possibilities for users and businesses alike.

Conclusion

The world of prosthetics has entered a new era, where technology and innovation intersect to create solutions that transform lives. The smart prosthetics of 2025 represent more than just advanced engineering—they embody hope, independence, and the potential to restore not only mobility but also confidence and dignity.

From the affordable accessibility of Grippy™ to the groundbreaking functionality of brain-controlled prosthetics, these devices showcase the limitless possibilities of combining human ingenuity with cutting-edge technology. They cater to diverse needs, from children discovering their potential with the Hero Arm to athletes pushing their limits with the Ottobock Genium X3.