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Raga

Smart free weights designed to encourage a confident, safe, and motivated fitness journey

  • Scenario visualization of Raga s mobile application connectivity

  • The weight and grip testing of Raga dumbbells at a local reformer pilates class

  • The foam prototyping process of Raga kettlebells

  • CAD renderings of the Raga product family

  • CAD renderings of Raga kettlebells with its wireless charger base

What it does

Raga smart weights were designed to gamify workouts and integrate journalling features, turning intimidating gym routines into motivating experiences. Its friendly, calm, and inviting form challenges conventional weights that are often visually intimidating.


Your inspiration

Coming to the gym for the first time was an intimidating experience for me. While it’s supposed to be a space for wellness, I found myself feeling out of place. Through reflection and conversations with others, I realized it was due to the dark, often hyper-masculine environment, the heavy and unsafe-looking machines, and the visually aggressive weights all contributed to a sense of unease. On top of that, finding motivation in a very repetitive and tiring routines might not be very motivating for everyone. That’s when the idea for Raga was born - I wanted to bring a kind and soft change to challenge these norms


How it works

The dumbbells and kettlebells are smart in a way that it was build with motion sensors that could track reps, sets, and rest intervals. With each completed rep, the weights emit a satisfying sound designed to reward progress and create a rhythmic and measured workout experience. This sound feedback adds a layer motivation without the need for timers or counting that might divert the users' focus. The data is synced to a companion app, where users can view their workout results in rep/set counts and calories burned, set movement goals, share their progress, and engage in reflective journaling before or after sessions. All these features can be activated through a simple NFC tap by phone as the product is powered by a rechargeable battery and includes a wireless charging dock. To balance durability, comfort, and functionality, the weights are constructed with cast iron core, ABS shell, and soft silicone overmold.


Design process

The design process for Raga began with personal reflection and user research. After recognizing how intimidating traditional gym environments and equipment can feel, I conducted interviews with beginners, casual movers, and fitness professionals to understand emotional and physical barriers to fitness. Initial concepts focused on developing a soft, calming visual language for strength training tools. I began sketching organic forms and quickly translated them into foam models to explore scale, grip ergonomics, and how the shapes felt in the hand and on the floor. These physical models were tested with users to gather feedback on comfort, approachability, and emotional response. I then moved into 3D CAD modeling and created mockups using 3D printing paired with calibrated internal weights to simulate realistic balance and feel. Each iteration was tested again by users, helping me refine the design’s comfort, usability, and visual appeal.


How it is different

After analysing current market offerings, I found that most design-forward weights fall into two main categories: high-end luxury fitness equipment, or mid-range lifestyle products that lean heavily on aesthetics but offer limited functional depth. Unlike these examples that serve more as decorative props, Raga is meant to be used, felt, and lived with. It reflects a sense of gentle professionalism, inviting users into a more intentional active journey. On top of that, what truly sets Raga apart is its idea of integrating technology so that real-time rep tracking, gamification, and reflective journaling can be achieved. This creates a workout experience that is not only functional, but engaging and habit-forming.


Future plans

Looking ahead, the next steps for Raga include refining the internal electronic system and sensor integration through iterative prototyping. I aim to develop a fully functional prototype that can be tested in real-world settings such as gyms, wellness studios, and hospitality spaces. This will allow the gathering of in-depth user feedback and optimize both the hardware and digital experience.


Awards


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