BMW Motorrad reveals new CE 04 electric scooter

The CE 04, which does 0-50kph in 2.6sec, gets 10.25-inch TFT instrument panel with smartphone connectivity. Full charge in 1 hour and 40 minutes with 6.9kW fast charger

Autocar Pro News Desk By Autocar Pro News Desk calendar 08 Jul 2021 Views icon6991 Views Share - Share to Facebook Share to Twitter Share to LinkedIn Share to Whatsapp

BMW Motorrad has taken the wraps off its latest electric scooter – the CE 04. The BMW CE 04 has been under development for a while and packs some interesting features inside an electric scooter that looks rather futuristic.

From concept to production, the CE 04 has been a speedy operation. When BMW showcased the Motorrad Definition CE 04 concept in 2020 , the company said that it was a near-production version of the BMW Motorrad Concept Link. The production BMW CE 04 revealed looks rather futuristic and bears plenty of similarity with the concept.

The CE O4 has a compact front apron, large side panels and a lean tail section with a bench-like seat. BMW is offering the CE 04 electric scooter in two colour options. The standard one comes in light white colour with matt black sections. The Avant Garde Style trim gets a Magellan Grey metallic colour, with black/orange seat and an orange wind deflector. 

BMW Motorrad has also incorporated storage compartments in the scooter. These are located on the sides as well as the front. There’s a ventilated mobile charging compartment as well, with a type-C USB charging port.

Eco-friendly commuter
The BMW CE 04 employs a permanent magnet motor, mounted in the steel frame, between the battery and rear wheel. It has a rated output of 15kW (20hp) and a maximum output of 31KW or 42hp. It enables the CE 04 to sprint from 0-50kph in 2.6s and go on to hit a top speed of 120kph. This should make the EV capable of handling both city and highway commutes with ease.

Inside the floorboard of the CE 04 lies the 8.9kWh lithium ion battery that supplies the juice to the motor. BMW claims the scooter can cover 130km in between a full charge. Speaking of, the battery can be charged from 0 to 100 percent in 4 hours and 20 minutes, using a 2.3kW charger. A 6.9kW fast charger, however, brings that time down to an hour and 40 minutes.

The CE 04 employs a tubular steel frame with a 35mm telescopic fork at the front and a preload adjustable monoshock that’s attached to a single-sided swingarm. The scooter rides on 15-inch wheels shod with a 120-section tyre at the front and a 160-section tyre at the back.

Braking duties are taken care of by twin 265mm discs and a single disc at the rear. While ABS is standard, BMW is offering ABS Pro as an option that comes with a banking sensor that “controls braking on bends.”

High on electronics
BMW’s CE 04 features a traction control system and three standard riding modes- Eco, Road and Rain. Dynamic Traction Control and Dynamic ride mode are available as an optional extra. The ride modes can be accessed via the massive 10.25-inch, high resolution TFT display that also features integrated maps and full smartphone connectivity. It also offers a split function between navigation and other riding functions.

The BMW CE 04 electric scooter is expected to go on sale in international markets by 2022. As far as the Indian market is concerned, BMW Motorrad hasn’t announced any plans of bringing the EV here and the chances are slim.

 

RELATED ARTICLES
Marelli Talbros Chassis Systems wins Rs 1,000 crore business from European OEM

auther Autocar Pro News Desk calendar19 Apr 2024

The order, to be executed over an eight-year period, is for the supply suspension arms tailored for both conventional in...

Kia launches customised NBA display themes for North American market

auther Autocar Pro News Desk calendar19 Apr 2024

Display Themes is a customised service that supports a personalised vehicle experience, allowing users to customise the ...

Antolin and VIA Optronics unveil versatile vehicle cockpit concept

auther Autocar Pro News Desk calendar19 Apr 2024

The Sunrise vehicle concept cockpit, which is engineered for seamless transitions between manual and autonomous driving ...