2025 Yamaha BWs 125

The 2025 Yamaha BWs125 is available to order - contact one of our Sales Specialists for all the details.
Apex Cycle 1-888-702-4150 Visit our showroom for a huge selection of the brands you love, conveniently located off the 401 in Cambridge.


Price includes all fees - Tax and License are extra.
Please contact us to make an appointment so we can ensure the vehicle is onsite for viewing.

The ultra-modern BWs 125 is a rugged and fuel efficient scooter with big features in a compact package. Powered by its Yamaha Blue Core 125cc 4-stroke engine and a fully-automatic V-belt transmission, the BWs 125 impresses with its peppy & lightweight characteristics . Featuring cavernous storage compartments in the front and rear, you can be sure there is ample room to bring along everything you need. And with its plush & roomy riding position, the BWs 125 maximizes comfort, even with a passenger making it the pinnacle of convenient transportation.

Features may include:

MOTOR

• Yamaha’s Blue Core 125cc liquid-cooled, four-stroke, single-cylinder engine

Excellent fuel efficiency and significant power for its compact size

• Fuel consumption rating of 2.3 L/100KM (101 mpg)

Carrying the 1.6 gallon fuel tank

• Decompression mechanism reduces the engine cranking compression pressure

Combined with a starter generator control unit for smooth, quiet engine starts with better fuel consumption.

CHASSIS

• Built around a strong steel frame with aggressive tread tires, and tough suspension.

Boasts capability on roads of all sorts, with plenty of attitude for your daily commute

• A reliable steel engine bracket with rubber bushing linkage contributes a comfortable ride with reduced vibration

Link mechanisms are positioned on the underside of the chassis to maximize space for the storage compartment

• 245mm hydraulic front disc and 230mm rear disc brakes provide plenty of stopping power while the wave-type front rotor design adds cutting-edge style

With a unified brake system, the rear brake lever applies some braking force to the front brake, while keeping the front brake from operating alone