LEFEET P1 XR Scooter – Single (160 Wh Battery)

LEFEET P1 XR Scooter with 160Wh Battery – Extended-Range Underwater Propulsion System

Explore farther underwater with the LEFEET P1 XR Scooter featuring a high-capacity 160Wh battery. Designed for divers who require longer runtime and dependable propulsion performance, this advanced underwater scooter delivers powerful thrust, efficient energy management, and exceptional maneuverability in a compact, modular platform.

Built for advanced recreational divers and underwater professionals, the LEFEET P1 XR combines extended battery capacity with a streamlined hydrodynamic design to maximize range and efficiency. Its customizable speed settings allow divers to adapt propulsion output to different conditions, making it ideal for exploration, training, and professional diving applications. At Aquatic Sports, we recommend the LEFEET P1 XR for divers seeking reliable propulsion, increased endurance, and greater underwater freedom.

Why Divers Choose the LEFEET P1 XR Scooter with 160Wh Battery

• High-capacity 160Wh battery supports extended underwater runtime
• Powerful motor delivers smooth and consistent thrust
• Multiple speed modes provide precise propulsion control
• Streamlined design improves maneuverability and efficiency
• Modular platform supports flexible equipment configurations

Key Features

• Advanced electric underwater propulsion system
• 160Wh rechargeable lithium battery for longer dive durations
• Multiple speed settings for adaptable performance
• Hydrodynamic housing designed to reduce drag
• Suitable for recreational, professional, and exploration diving applications

Perfect For

• Divers are planning longer-range underwater exploration
• Scuba divers covering reefs, walls, and wreck dive sites
• Advanced recreational divers seeking increased runtime and efficiency
• Professionals requiring dependable single-unit propulsion performance

Go Further with Confidence

The LEFEET P1 XR Scooter with 160Wh Battery delivers extended runtime, powerful propulsion, and precise control, helping divers conserve energy, increase their underwater range, and enjoy a more efficient and comfortable diving experience.