Unleash the thrill of the ocean with the REVOLT R/C Bionic Shark, a captivating creation from Syma that brings the excitement of marine life right to your fingertips. This innovative remote-controlled toy is designed to mimic the mesmerizing movements of a real shark, making it a must-have for aquatic adventurers aged 12 and up.
Realistic Swimming Action
The Bionic Shark is engineered with a dual motor drive system and a bionic spine, delivering a lifelike swimming motion that will leave onlookers in awe. Whether you're navigating the waters of a pool or a large bathtub, this shark glides effortlessly, providing endless entertainment.
Two-Speed Functionality
Adapt your aquatic escapades with the Bionic Shark's two-speed settings. Opt for a slower pace in smaller settings like a bathtub, or ramp up the speed for larger water bodies. With a top speed of up to 3 KMH, this shark is ready to race!
Auto-Pilot Mode
Take a break from manual control and let the Bionic Shark take the lead with its auto-pilot mode. With just a press of a button, watch as it swims in a straight line or performs a captivating figure 8, adding a touch of magic to your aquatic adventures.
Easy Charging and Long-Lasting Fun
Equipped with a Li-Ion battery (3.7V/350 mAh) included, the Bionic Shark offers up to 15-20 minutes of runtime per charge. The USB charging plug ensures a quick recharge time of just 30-40 minutes, so the fun never has to stop for long.
Complete Package
Your Bionic Shark comes with everything you need to dive into action, including two replacement propellers and a small screwdriver for easy maintenance. Please note that the remote control requires 2 x AA batteries, which are not included.
Specifications
- Dimensions: 34 L x 14 W x 10 H cm
- Frequency: 2.4GHz
- Range: Up to 20 metres
Whether you're a seasoned remote-controlled vehicle enthusiast or a newcomer to the world of aquatic toys, the REVOLT R/C Bionic Shark promises an exhilarating experience. Just remember, it's designed for freshwater adventures only, so keep it away from saltwater environments to ensure its longevity.
