Swimming or diving in low-light conditions—such as at night or in murky waters—often requires external light sources like waterproof torches, which can be cumbersome and restrict movement. One way to address this could be with swimming goggles that have built-in illumination, offering hands-free visibility without sacrificing comfort or mobility.
The goggles could integrate lighting in two ways: active LEDs with adjustable brightness or a hybrid system combining passive light-amplifying lenses with minimal active lighting. A small, waterproof rechargeable battery (similar to those in action cameras) could power the LEDs, lasting 2–4 hours per charge. To ensure durability, waterproofing techniques like sealed compartments and gaskets could be used, tested to IPX8 standards. Additional features might include anti-fog coatings, UV protection, and a customizable fit.
Unlike clip-on dive lights or handheld torches, integrated lighting would eliminate the need for external accessories, improving mobility. Compared to standard low-light goggles (which rely on tinted lenses), active illumination would work in total darkness. Adjustable brightness and diffused lighting angles could also reduce glare in murky water, while hybrid models might include polarized lenses for better clarity.
To test feasibility, a minimal prototype—such as a clip-on LED attachment for existing goggles—could gauge user interest before refining the design for weight, battery life, and light diffusion. Premium models could target professional divers, while simpler versions cater to casual swimmers.
Hours To Execute (basic)
Hours to Execute (full)
Estd No of Collaborators
Financial Potential
Impact Breadth
Impact Depth
Impact Positivity
Impact Duration
Uniqueness
Implementability
Plausibility
Replicability
Market Timing
Project Type
Physical Product