Acer, the computer component maker, has branched out into the electric bike market with its innovative new product, the Acer ebii. Weighing in at just 35 lbs. (16 kg), the ebii boasts a range of features rarely seen in the e-bike industry.
One of the most notable features of the Acer ebii is the built-in AI system, which predicts and controls transmission while also incorporating collision detection sensors to ensure a safer ride. In addition, the proximity unlocking feature automatically locks the bike when the rider leaves and unlocks it when they return, adding an extra layer of security.
The ebii also features a tracking system that allows it to be monitored 24/7, and if stolen, it can be remotely locked and tracked using the built-in GPS locator. The high-end components, including a belt drive, 160mm hydraulic disc brakes, and 360-degree LED lighting, ensure that the bike performs to the highest standards.
The ebii is powered by a 460 Wh electric bicycle battery that provides a range of up to 68 miles (110 km) per charge, with a top speed of 15 mph (25 km/h) and a 250W rear hub motor to keep the bike within European and Asian power and speed limits. Riders will have to rely on pedal assist, activated when they spin the pedals, as there is no hand throttle.
The Acer ebii has a range of optional accessories, including fenders and a rear rack, with the Y-kickstand included as standard equipment. The bike comes with a 2.5-hour charger, and there has been some confusion in the industry as to whether it can also be used to charge phones and batteries. However, it is actually the ebii’s removable battery that doubles as a portable power station to charge up mobile devices.
Although the price has not yet been announced, the Acer ebii’s innovative design and high-end components are expected to push the price tag above the typical $1,500-$2,500 range of direct-to-consumer e-bikes. With its cutting-edge features and sleek design, the Acer ebii is a standout entry in the e-bike market, showcasing the potential for innovation and disruption from unexpected sources.
