Electric VehiclesNews

Unveiling Voyager 1: Canada’s Stylish and Capable Carbon-Framed E-Bike Head-Turner

No-Bo Power, a Canadian startup, has introduced the Voyager 1 ebike, a sleek and versatile electric bicycle designed to excel both on urban streets and off-road trails. The company was founded in response to the prevalence of low-quality imitations in the market, and has since received significant funding to develop innovative solutions like the Voyager 1.

The flagship Voyager 1 S model features a lightweight carbon fiber frame, weighing just 3.9 kg, and boasts a DNM inverted suspension fork with 150 mm of travel, as well as a DNM RCP-2S rear shock to handle rough terrain with ease. Powered by a 500-W OLI mid-drive motor, the ebike can reach speeds of up to 45 km/h with pedal assist, thanks to its impressive torque output of 130 Nm. The 960-Wh battery, made from Samsung 21700 cells, enables a range of over 100 km per charge.

Equipped with 26-inch wheels wrapped in 4-inch-wide Maxxis fat tires, a SRAM EX1 eight-speed gearset, and Magura MT5 hydraulic disc brakes, the Voyager 1 offers a smooth and powerful ride. A handlebar-integrated color display provides quick access to essential information, while a smartphone storage compartment with wireless charging capability adds convenience.

The Voyager 1 also features integrated lighting for enhanced visibility, a custom saddle atop a pneumatic seatpost for comfort, and a control system that works in tandem with a companion app for customizable ride modes and navigation. The bike is currently available for pre-order on Indiegogo, with shipping expected to begin in June/July.

In addition to the Voyager 1 S model, No-Bo Power offers a regular version with a slightly lower spec motor, Shimano transmission, Tektro brakes, and CST off-road tires. The company’s dedication to creating high-quality and innovative electric bikes sets it apart in the industry, making the Voyager 1 a top choice for modern adventurers.

Mike

Tech aficionado exploring gadgets, blockchain, and coding.