KO1+

Shark Design

Kiwano

Overview

KO1+ Features
• Auto Deck™, Smart Control System: Allows riders to get going in 3 easy steps: Step, Launch, and Go.
• Turn & Go: Upgraded software and improved stability allows the rider to make quick and safe turns in new directions.
• Patent Pending Drive System: The KO1+ wheel, designed by Kiwano, gives the ultimate riding experience: Speed, Torque, & Power.
• Rider Modes: Both pro and novice modes allow riders to adjust according to their skill level. When the rider feels comfortable, they can change their mode using the app or LCD display.
• Incline: KO1+ has an impressive incline ability of 30 percent.
• Lightweight & Strong: KO1+ is made from premium materials such as carbon fiber, aluminum, flexi poly-carbonate.
• Shock Suspension System: For a smooth riding experience and the ability to do advanced tricks for pro riders.
• Battery: Batteries are LG UL 2271 Certified. On a full 60 minute charge, the range on a KO1+ is 25 miles.
• Fireproof: The LG batteries are stored within the unit in a fireproof-sealed case for guaranteed protection.
• Action Camera Mount: Mount a GoPro to record the ride.
• Weather Resistant: Don’t be afraid to take the KO1+ out and about; it is water and dust resistant with IP54 certification.
• Connectivity: The Kiwano app, available for iOS and Android, keeps track of speed, trip distance, mileage, battery level and adjusting rider modes as well as full diagnosis reporting and firmware updates.
• Follow Me Mode: Using the Kiwano app available on iOS & Android you can control your unit to move forward and backward with the touch of a button.
• LED Lights: Headlights and Taillights are on at all times for as a safety precaution.
• LCD Display: Quick access to battery level, speed and rider modes without jeopardizing safety.
• Rider Foot Pegs: Foldable and adjustable anti-slip ergonomic foot grips for lower body stability and control.
• Kickstand: Foldable and discreet, riders can easily park your KO1+ anywhere.

Tags

design, electrical design, Electrical Engineering, handheld, Mechanical & Electrical Engineering, Mechanical Engineering, scooter, scooter design