Avenis
124cc automatic scooter with a 780 mm seat, combined braking and Suzuki's published 54 km/L test figure.
Use one guide for stop-go traffic, budget, delivery work, passenger use and wet-season planning. Then use the calculators or Motorcycle Finder with your own distance, budget and rider needs.
Lower weight, automatic transmission and good fuel economy can make daily use easier, but they do not prove one motorcycle is safer or faster through traffic. Fit, route, maintenance access and rider skill still matter.
Compare current motorcycles for stop-go commuting using curb weight, transmission, published fuel economy, seat height and observed price.
124cc automatic scooter with a 780 mm seat, combined braking and Suzuki's published 54 km/L test figure.
124cc maxi-style commuter scooter with a 5.5 L tank and a manufacturer-published 54.9 km/L test figure.
124cc commuter scooter with a 770 mm seat and a manufacturer-published 57.3 km/L test figure.
109cc underbone with a 760 mm seat, light curb weight and published fuel-economy data.
113cc fuel-injected underbone with a 755 mm seat and a manufacturer-published 68 km/L test figure.
113cc dual-purpose underbone with semi-block tires, 145 mm ground clearance and a published 52.6 km/L test figure.
Current motorcycles with an observed starting price below ₱80,000, ordered using practical commuting factors.
109cc underbone with a 760 mm seat, light curb weight and published fuel-economy data.
113cc fuel-injected underbone with a 755 mm seat and a manufacturer-published 68 km/L test figure.
113cc dual-purpose underbone with semi-block tires, 145 mm ground clearance and a published 52.6 km/L test figure.
113cc automatic scooter with a 740 mm seat, 14-inch wheels and 93 kg curb weight.
125cc automatic commuter scooter with a 750 mm seat, 92 kg curb weight, 4.2 L tank and Standard/S price range.
125cc automatic scooter with a 750 mm seat, light curb weight and 14-inch wheels.
Compare current models for high-mileage work using price, published fuel economy, weight, transmission and utility-oriented layout.
125cc business motorcycle with an 8.6 L fuel tank, low seat and simple work-oriented layout.
109cc underbone with a 760 mm seat, light curb weight and published fuel-economy data.
113cc fuel-injected underbone with a 755 mm seat and a manufacturer-published 68 km/L test figure.
113cc dual-purpose underbone with semi-block tires, 145 mm ground clearance and a published 52.6 km/L test figure.
149.6cc six-speed sport underbone with fuel injection, a 770 mm seat, 17-inch tires and a listed front ABS setup.
124cc automatic scooter with a 780 mm seat, combined braking and Suzuki's published 54 km/L test figure.
Compare current motorcycles for two-up use using engine class, brake equipment, fuel capacity, layout and price. Passenger comfort still needs an in-person check.
249.6cc budget adventure-touring motorcycle with a six-speed gearbox, 210 mm ground clearance and a 16 L tank.
171.7cc automatic sport scooter with 13-inch tires, a 770 mm seat and a 9.5 L fuel tank.
150cc maxi-style scooter offered in standard and Dual ABS configurations, with a 7.5 L fuel tank.
150cc adventure-style automatic scooter with dual-channel ABS, an 11 L tank, 790 mm seat and mixed 14/13-inch tires.
150cc fuel-injected urban scooter with dual ABS, mixed 14/13-inch wheels, a 770 mm seat and a 7 L fuel tank.
157cc maxi-scooter with a 764 mm seat, 131 kg curb weight and Standard/RoadSync variants.
Tools stay separate because they perform a real task rather than repeating editorial content.
Estimate fuel, maintenance reserve, parking and cost per workday for any current motorcycle.
02Set take-home pay, monthly cap, running-cost reserve, down payment, APR and term.
03Change budget, inseam, traffic, passenger use, luggage and road needs.
Visibility, tire condition, braking, waterproof gear and water exposure matter more than one ground-clearance number.
Keep visor and lights clear, use suitable rain gear and avoid anything that reduces your ability to see or be seen.
Check tread, pressure and braking condition. Wet-road grip depends on more than tire width or motorcycle category.
Do not treat ground clearance as a safe water-depth rating. Hidden potholes, current, intake height and electrical components can all create risk.
Use the measurable data to narrow the shortlist, then test ergonomics in person, get proper training and ride within road and traffic rules.