250 cc engine
250 cc
4 Stroke, 4 Valve, Single Cylinder Liquid Cooled, DOHC
25 nm
@7250 RPM
210 cc
4 Stroke 4 Valve Single Cylinder Liquid Cooled DOHC
20.7 nm
@7250 RPM
97.2 cc
Air cooled, 4-stroke, Single cylinder, OHC
8.05 nm
@6000 RPM
124.7 cc
Air Cooled, 4-Stroke, OHC, Single Cylinder
10.6 nm
@6000 RPM
199.6 cc
Oil Cooled, 4 stroke 4 Valve single cylinder OHC
17.35 nm
@6500 RPM
250 cc engine
210 cc engine
97.2 cc engine
97.2 cc engine
97.2 cc engine
97.2 cc engine
97.2 cc engine
97.2 cc engine
97.2 cc engine
124.7 cc engine
124.7 cc engine
124.7 cc engine
125 cc engine
163 cc engine
163.2 cc engine
199.6 cc engine
210 cc engine
440 cc engine
440 cc engine
250 cc
4 Stroke, 4 Valve, Single Cylinder Liquid Cooled, DOHC
25 nm
@7250 RPM
210 cc
4 Stroke 4 Valve Single Cylinder Liquid Cooled DOHC
20.7 nm
@7250 RPM
97.2 cc
Air cooled, 4-stroke, Single cylinder, OHC
8.05 nm
@6000 RPM
97.2 cc
Air cooled, 4-stroke, Single cylinder, OHC
8.05 nm
@6000 RPM
97.2 cc
Air cooled, 4-stroke, Single cylinder, OHC
8.05 nm
@6000 RPM
97.2 cc
Air cooled, 4-stroke, Single cylinder, OHC
8.05 nm
@6000 RPM
97.2 cc
Air cooled, 4-stroke, Single cylinder, OHC
8.05 nm
@6000 RPM
97.2 cc
Air cooled, 4 stroke
8.05 nm
@6000 RPM
97.2 cc
Air cooled, 4-stroke, Single cylinder, OHC
10.6 nm
@6000 RPM
124.7 cc
Air Cooled, 4-Stroke, OHC, Single Cylinder
10.6 nm
@6000 RPM
124.7 cc
Air Cooled 4 stroke
10.6 nm
@6000 RPM
124.7 cc
Air Cooled 4 stroke
10.6 nm
@6000 RPM
125 cc
5.9 sec, Acceleartion 0-60kmph
10.5 nm
@6500 RPM
163 cc
Air cooled, 4-stroke, Single cylinder, OHC
14.6 nm
@6500 RPM
163.2 cc
Air Cooled 4 stroke
14 nm
@6500 RPM
199.6 cc
Oil Cooled, 4 stroke 4 Valve single cylinder OHC
17.35 nm
@6500 RPM
210 cc
Air cooled, 4-stroke, Single cylinder, OHC
36 nm
@4000 RPM
440 cc
Air cooled, 4-stroke, Single cylinder, OHC
36 nm
@4000 RPM
440 cc
Air cooled, 4-stroke, Single cylinder, OHC
36 nm
@4000 RPM
156 cc engine
124.6 cc engine
125 cc engine
124.6 cc engine
110.9 cc engine
110.9 cc engine
124.6 cc engine
156 cc
Liquid cooled, 4 Valve single cylinder SOHC
14 nm
@6500 RPM
124.6 cc
Air Cooled, 4 stroke, SI
10.4 nm
@6000 RPM
125 cc
Air cooled, 4 stroke, SI engine
10.4 nm
@5500 RPM
124.6 cc
Air Cooled, 4-Stroke, SI Engine
10.36 nm
@5500 RPM
110.9 cc
Air cooled, 4-stroke, SI engine
8.70 nm
@5750 RPM
110.9 cc
Air cooled, 4-stroke Single Cylinder OHC
8.70 nm
@5500 RPM
124.6 cc
Air Cooled, 4-Stroke, SI Engine
10.4 nm
@5500 RPM
Commuters today are increasingly looking for vehicles that not only meet their transportation needs but also provide long-term cost savings. The Hero Glamour is a bike that stands out as a motorcycle that delivers on both fronts. Regarded as the most affordable 125cc bike in India in its segment, it offers an impressive mix of performance, features and efficiency that, along with the affordable cost of Glamour bike, make it an attractive choice for budget-conscious riders. From advanced fuel-saving technologies to durable, low-maintenance components, the Glamour is engineered to provide significant cost savings over the lifetime of ownership.
Today, we'll explore the standout cost-saving features that position the Hero Glamour as a wallet-friendly option for daily commuters. By understanding these innovative design elements, you can maximise the long-term value of this capable 125cc motorcycle.
The combination of a dia. 30 telescopic forks with 105 mm stroke front suspension and 5-step adjustable hydraulic shock absorbers (73.5 mm stroke) at the rear ensures longevity and reduced maintenance costs.
The Glamour comes equipped with durable alloy wheels and tubeless tyres (80/100-18 front, 100/80-18 rear), reducing the frequency of replacements and maintenance costs while providing better fuel efficiency through reduced rolling resistance.
The new LED headlamp not only provides better visibility but also consumes less power and has a longer lifespan compared to traditional bulbs, reducing replacement and maintenance costs.
The diamond frame type ensures structural integrity and longevity, minimising the need for structural repairs and maintenance over time.
The included mobile charging port eliminates the need for separate charging solutions, saving money on portable power banks or frequent cafe stops for charging.
The fully digital console provides all necessary information at a glance, helping monitor vehicle health and preventing costly repairs through early detection of issues.
The motorcycle's suite of cost-saving features extends far beyond the Glamour motorcycle price, offering substantial long-term economic benefits through fuel efficiency, durability, and reduced maintenance requirements.
By understanding and effectively utilising these features, riders can enjoy significant savings on fuel, repairs, and replacements over the lifetime of this capable 125cc commuter. The Hero Glamour's innovative design and thoughtful engineering make it a smart choice that pays excellent dividends in the long run.
1. How does the real-time mileage indicator help save money?
It provides instant feedback on fuel consumption, allowing riders to adjust their riding style for optimal efficiency and achieve up to 63 km/l mileage.
2. What makes the LED headlamp cost-effective?
The LED headlamp consumes less power, has a longer lifespan, and requires fewer replacements compared to traditional bulbs.
3. How do tubeless tyres contribute to cost savings?
The tubeless tyres (80/100-18 front and 100/80-18 rear) offer better longevity, reduced maintenance, and improved fuel efficiency through lower rolling resistance.
4. What is the benefit of the diamond frame type?
The diamond frame provides superior structural integrity, reducing the need for repairs and maintenance over time.
5. How does the fuel injection system save money?
The fuel injection system optimises fuel delivery to the 124.7cc engine, ensuring efficient fuel consumption and consistent performance.
1. How does the real-time mileage indicator help save money?
It provides instant feedback on fuel consumption, allowing riders to adjust their riding style for optimal efficiency and achieve up to 63 km/l mileage.
2. What makes the LED headlamp cost-effective?
The LED headlamp consumes less power, has a longer lifespan, and requires fewer replacements compared to traditional bulbs.
3. How do tubeless tyres contribute to cost savings?
The tubeless tyres (80/100-18 front and 100/80-18 rear) offer better longevity, reduced maintenance, and improved fuel efficiency through lower rolling resistance.
4. What is the benefit of the diamond frame type?
The diamond frame provides superior structural integrity, reducing the need for repairs and maintenance over time.
5. How does the fuel injection system save money?
The fuel injection system optimises fuel delivery to the 124.7cc engine, ensuring efficient fuel consumption and consistent performance.
1. How does the real-time mileage indicator help save money?
It provides instant feedback on fuel consumption, allowing riders to adjust their riding style for optimal efficiency and achieve up to 63 km/l mileage.
2. What makes the LED headlamp cost-effective?
The LED headlamp consumes less power, has a longer lifespan, and requires fewer replacements compared to traditional bulbs.
3. How do tubeless tyres contribute to cost savings?
The tubeless tyres (80/100-18 front and 100/80-18 rear) offer better longevity, reduced maintenance, and improved fuel efficiency through lower rolling resistance.
4. What is the benefit of the diamond frame type?
The diamond frame provides superior structural integrity, reducing the need for repairs and maintenance over time.
5. How does the fuel injection system save money?
The fuel injection system optimises fuel delivery to the 124.7cc engine, ensuring efficient fuel consumption and consistent performance.
1. How does the real-time mileage indicator help save money?
It provides instant feedback on fuel consumption, allowing riders to adjust their riding style for optimal efficiency and achieve up to 63 km/l mileage.
2. What makes the LED headlamp cost-effective?
The LED headlamp consumes less power, has a longer lifespan, and requires fewer replacements compared to traditional bulbs.
3. How do tubeless tyres contribute to cost savings?
The tubeless tyres (80/100-18 front and 100/80-18 rear) offer better longevity, reduced maintenance, and improved fuel efficiency through lower rolling resistance.
4. What is the benefit of the diamond frame type?
The diamond frame provides superior structural integrity, reducing the need for repairs and maintenance over time.
5. How does the fuel injection system save money?
The fuel injection system optimises fuel delivery to the 124.7cc engine, ensuring efficient fuel consumption and consistent performance.
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