The Blucap Moto motorcycle navigation sunglasses are an augmented reality (AR) eyewear style created with connectivity in mind to keep riders feeling agile on the roadway.
The sunglasses feature a decidedly sleek construction that looks like an ordinary eyewear style from afar, but reveals connected capabilities upon activation. Users can use a handlebar-mounted remote control along with the Android or iOS smartphone app to take control over the headset. The microLED display inside the glasses will project incoming notifications, map directions, speed limit alerts and more without having to ever take your eyes off the road.
The Blucap Moto motorcycle navigation sunglasses are rated to provide up to 10-hours of use per charge and weigh just 45-grams to make them an agile addition to any rider's setup.
Image Credit: Blucap
Key Themes Behind This Trend
- Connected Eyewear
- The Blucap Moto motorcycle navigation sunglasses feature connected capabilities with a sleek construction and a microLED display for projecting notifications and map directions.
- Augmented Reality (AR)
- Blucap Moto motorcycle navigation sunglasses incorporate AR technology to allow riders to access notifications and information without taking their eyes off the road.
- Smartphone Integration
- With an Android or iOS smartphone app and a handlebar-mounted remote control, Blucap Moto sunglasses offer users complete control over the headset's navigation features.
Where This Applies
- Motorcycle Accessories
- The Blucap Moto motorcycle navigation sunglasses offer a cutting-edge accessory for riders to enhance their safety and navigation experience on the road.
- Wearable Tech
- Blucap Moto's AR-integrated sunglasses represent an innovative addition to the wearable technology industry, providing a unique navigation solution for motorcycle riders.
- Personal Electronics
- With smartphone integration and AR capabilities, Blucap Moto sunglasses offer a disruptive innovation opportunity in the personal electronics industry by revolutionizing the way riders interact with their environment.
