Shokz
Shokz OpenRun Pro Earphones
In Stock | Next day delivery available
Take your workouts to the next level with the Shokz OpenRun Pro, the ultimate open-ear sports headphones designed for premium performance. Equipped with 9th generation bone conduction technology, these headphones deliver rich, immersive sound while keeping you aware of your surroundings. Shokz TurboPitch™ Technology enhances audio clarity with two added bass enhancers, ensuring deep, powerful beats that drive your motivation. With a 20% smaller and more ergonomic design than previous models, OpenRun Pro offers a secure yet ultra-comfortable fit for all-day wear.
Designed for endurance, the OpenRun Pro provides up to 10 hours of music and calls, keeping you powered through intense training sessions or long days on the move. Need a quick top-up? The 5-minute Quick Charge gives you up to 1.5 hours of playback, ensuring you're always ready to go. Built to withstand sweat and splashes, the IP55 water-resistant rating makes these headphones a reliable companion for all-weather training.
Lightweight at just 29g, OpenRun Pro delivers a barely-there feel, so you can focus entirely on your workout. Dual noise-cancelling microphones ensure crystal-clear calls, even in noisy environments, while intuitive controls let you manage your music and calls effortlessly. Whether you're hitting the road, the gym, or the trail, OpenRun Pro is the perfect fusion of comfort, awareness, and high-quality sound.
Key Benefits
- 9th Generation Bone Conduction Technology – Delivers premium open-ear sound.
- Shokz TurboPitch™ Technology – Enhanced bass for a rich, immersive audio experience.
- 10-Hour Battery Life – Long-lasting performance for extended workouts.
- 5-Minute Quick Charge – Get 1.5 hours of playback in minutes.
- IP55 Water-Resistant – Sweat and splashproof for all-weather training.
- Lightweight & Comfortable – Weighs only 29g for all-day wear.
- Dual Noise-Cancelling Microphones – Clear calls in any environment.
- 20% Smaller Design – A snug, secure fit for optimal comfort.
