Some people might be familiar with the name Molokini since it refers to a famous crescent-shaped, partially submerged volcanic crater in Hawaii; others will recognize it as the name of a transparent kayak. Made out of military-grade bulletproof glass originally intended for fighter jet cockpits, this transparent kayak is the only way to enjoy the clear blue waters of tropical destinations short of snorkeling and scuba-diving.
Designed by Clear Blue Hawaii, a studio based in Seattle, Washington, the transparent kayak boasts a carbon Kevlar frame, which gives it its minimal weight. Available in single seater or double seater configurations, the transparent kayak can be folded for easy transportation to and from specific sight-seeing spots. Full of unexpected details, the transparent kayak is a great design that makes the most out of one of Hawaii's gems.
Key Themes Behind This Trend
- Transparent Watercraft
- The trend of creating watercraft with transparent structures for sight-seeing and exploration purposes continues to offer disruptive innovation opportunities in the tourism and leisure sectors.
- Military-grade Glass
- The use of military-grade bulletproof glass in creating transparent structures for watercraft promotes product durability and can be applied to elevate design in architecture and interior design.
- Portable Watercraft
- Creating watercraft that can be easily transported to different sight-seeing and exploration spots opens up disruptive innovation opportunities in the travel and tourism industries.
Where This Applies
- Tourism
- Transparent watercraft can offer immersive and experiential sight-seeing options to tourists seeking unique experiences and can revolutionize water-based tourism services and activities.
- Product Manufacturing
- The use of military-grade bulletproof glass in designing and creating products beyond its intended function can disrupt the materials and manufacturing industries and create unique products with increased durability.
- Environmental Conservation
- Transparent watercraft can be used for research and study of aquatic life and environments, offering innovative solutions for environmental conservation and sustainable tourism.
