HONDA CB650R vs SUZUKI GSX-S750Z ABS Compare Specifications
| Feature | HONDA CB650R | SUZUKI GSX-S750Z ABS |
|---|---|---|
| Engine size | 650cc | 750cc |
| Power | 95hp | 112.6hp |
| Torque | 63nm. | 81nm. |
| Cylinder / Valve | 4 Cylinders, 16 with valve | 4 Cylinders, 16 with valve |
| Weight | 205kg | 213kg |
| Front Brake | 310 mm x 4.5 mm double disc with four piston caliper | Nissin, 4-piston, twin disc, ABS-equipped |
| Rear Brake | 240 mm x 5 mm disc with single piston caliper | Nissin, 1-piston, single disc, ABS-equipped |
| Saddle Height (cm) | 81cm | 82cm |
| Front Tyre | 120/70ZR17 M/C (58W) | 120/70ZR17M/C (58W), tubeless |
| Rear Tyre | 180/55ZR17 M/C (73W) | 180/55ZR17M/C (73W), tubeless |
| Cooling | Liquid Cooling | Liquid Cooling |
| Front Suspansion | 41mm Showa Separate Function front Fork Big Piston (SFF-BP) USD forks | KYB Inverted telescopic, coil spring, oil damped |
| Rear Suspansion | Monoshock damper with 10 stage adjustable preload, 43.5mm stroke | Link type, single shock, coil spring, oil damped |
| Motorcycle Type | Naked | Naked |
| Top Speed | 235km/h | 235km/h |
| Fuel Capacity / Consumption | 15.4 lt - 5.5lt/100km | 16 lt - 6lt/100km |
| Prevalence of Service Network | ||
| Service Quality | ||
| Spare Parts Availability | ||
| Price | 9399$ | 9149$ |
| For Other Motorcycle Price Lists | Click for HONDA Price List | Click for SUZUKI Price List |
2024 HONDA CB650R vs 2023 SUZUKI GSX-S750Z ABS: Which One is Better for You?
2024 HONDA CB650R and 2023 SUZUKI GSX-S750Z ABS are very similar in terms of engine capacity and power. In this case, design, driving comfort, and personal preferences may take precedence. Additionally, 2023 SUZUKI GSX-S750Z ABS, with its 112.6hp, stands out for users seeking speed and performance.
1. Cylinder Capacity and Performance
2024 HONDA CB650R and 2023 SUZUKI GSX-S750Z ABS have almost identical engine capacities, offering similar performance. In this case, design, driving comfort, and other features will play a more significant role in your choice.2023 SUZUKI GSX-S750Z ABS, with its 750cc engine capacity, is ideal for users seeking high performance and acceleration. Experienced riders may prefer it for long-distance journeys.
2. Torque Power
2023 SUZUKI GSX-S750Z ABS, with its 81Nm torque, delivers powerful performance. A high torque value ensures superior acceleration and advantage on steep inclines. 2024 HONDA CB650R, with its 63Nm torque, offers a more balanced ride for city use. 2023 SUZUKI GSX-S750Z ABS is ideal for users requiring rapid acceleration. Moderate torque power is suitable for both city use and short-distance trips.
3. Top Speed
2024 HONDA CB650R (Naked) and 2023 SUZUKI GSX-S750Z ABS (Naked) deliver the same performance with a maximum speed of 235 km/h. In this case, it would be more logical to base your decision on the type of motorcycle and other features rather than speed.
4. Cooling System
2024 HONDA CB650R features a Liquid-Cooled system, while 2023 SUZUKI GSX-S750Z ABS offers a Liquid-Cooled system. Both models deliver equal performance in their cooling systems.
5. Design and Comfort
2024 HONDA CB650R and 2023 SUZUKI GSX-S750Z ABS are close in weight, offering similar experiences for different usage scenarios. Additionally, 2023 SUZUKI GSX-S750Z ABS, with a seat height of 82cm, is more suitable for taller riders, offering greater comfort.2024 HONDA CB650R, with a seat height of 81cm, provides a more ergonomic ride for average-height riders.
Conclusion
2023 SUZUKI GSX-S750Z ABS emerges as the winner of this comparison based on total points. 2024 HONDA CB650R and 2023 SUZUKI GSX-S750Z ABS have nearly identical engine capacities. 2023 SUZUKI GSX-S750Z ABS, with higher torque, excels in rapid acceleration and steep climbs. 2024 HONDA CB650R and 2023 SUZUKI GSX-S750Z ABS deliver identical top speed performance. Both models have similar cooling systems, offering comparable performance for long journeys. In conclusion, 2023 SUZUKI GSX-S750Z ABS stands out in terms of technical specifications and overall performance. However, depending on your riding preferences and usage needs, both models offer unique advantages.
