Yamaha YW125MFG Zuma 125 2016 Owner's Manual

Yamaha YW125MFG Zuma 125 2016 manual cover
Pages 96
Year 2016
Language(s)
English en

Yamaha YW125MFG Zuma 125 2016 Specification

The Yamaha YW125MFG Zuma 125 2016 is a versatile, urban scooter designed to offer a blend of performance, efficiency, and practicality for daily commuting. It features a robust 125cc, 4-stroke, SOHC, single-cylinder engine with fuel injection, providing smooth and responsive power delivery while maintaining excellent fuel efficiency. The engine is air-cooled and mated to a fully automatic V-belt transmission, ensuring ease of use and a comfortable riding experience.

The scooter's chassis includes a sturdy steel frame that contributes to its durability and stability. The front suspension is a telescopic fork with 3.2 inches of travel, and the rear suspension is a single shock with 3.1 inches of travel, both designed to absorb road imperfections and provide a smooth ride. The braking system consists of a 245mm hydraulic disc brake at the front and a 200mm hydraulic disc brake at the rear, offering reliable stopping power.

The Zuma 125's design emphasizes practicality with a spacious under-seat storage compartment that can accommodate a full-face helmet, along with additional storage in the front compartment. The scooter also features a comfortable, two-up seat for rider and passenger, with foldable passenger foot pegs.

The instrument panel is straightforward and easy to read, comprising an analog speedometer and a digital fuel gauge. The scooter's lighting system includes a bright halogen headlight and LED taillights for enhanced visibility. The 2016 Zuma 125 rolls on 12-inch wheels equipped with wide, aggressive tires that provide excellent traction on various surfaces.

Overall, the Yamaha YW125MFG Zuma 125 2016 combines reliable performance, user-friendly features, and rugged styling, making it an ideal choice for urban commuters and recreational riders alike.

Yamaha YW125MFG Zuma 125 2016 F.A.Q.

What type of oil should I use for the Yamaha YW125MFG Zuma 125 2016?

For the Yamaha YW125MFG Zuma 125 2016, it is recommended to use a high-quality 10W-40 4-stroke motorcycle oil that meets or exceeds the JASO MA standard.

How often should I change the oil on my Yamaha Zuma 125?

The oil should be changed every 2,000 miles or every 6 months, whichever comes first, to ensure optimal engine performance.

What is the recommended tire pressure for the Yamaha Zuma 125?

The recommended tire pressure for the Yamaha Zuma 125 is 28 psi for the front tire and 33 psi for the rear tire.

How do I troubleshoot starting issues with my Yamaha Zuma 125?

If your Yamaha Zuma 125 is having trouble starting, check the battery charge, spark plug condition, and ensure the fuel supply is adequate. Also, inspect the starter switch and fuses.

What should I do if my Yamaha Zuma 125 has poor acceleration?

Poor acceleration could be due to a clogged air filter, worn spark plug, or fuel system issues. Inspect and replace these components as needed, and ensure the CVT belt is in good condition.

How do I maintain the brake system on my Yamaha Zuma 125?

Regularly check the brake fluid level, inspect brake pads for wear, and ensure the brake discs are not warped. Replace brake components as necessary and bleed the brake system if the brakes feel spongy.

What is the valve clearance specification for the Yamaha Zuma 125?

The valve clearance for the Yamaha Zuma 125 should be set to 0.10 mm for the intake and 0.15 mm for the exhaust when the engine is cold.

How do I adjust the idle speed on my Yamaha Zuma 125?

To adjust the idle speed, locate the idle adjustment screw near the carburetor or throttle body and turn it to achieve an idle speed of about 1700 ± 100 rpm.

What should I do if my Yamaha Zuma 125's headlights are not working?

If the headlights are not working, check the bulb condition, fuses, and wiring connections. Replace any blown bulbs or damaged fuses, and repair any faulty wiring.

How can I improve the fuel efficiency of my Yamaha Zuma 125?

To improve fuel efficiency, ensure regular maintenance, keep tires inflated to the correct pressure, avoid aggressive acceleration, and remove unnecessary weight from the scooter.