KAWASAKI Z650 vs TRIUMPH Daytona 660 Compare Specifications
| Feature | KAWASAKI Z650 | TRIUMPH Daytona 660 |
|---|---|---|
| Engine size | 650cc | 650cc |
| Power | 68hp | 93.6hp |
| Torque | 64nm. | 69nm. |
| Cylinder / Valve | Double Cylinder, 8 with valve | 3 Cylinders, 12 with valve |
| Weight | 188kg | 200kg |
| Front Brake | 300 mm dual discs, dual-piston caliper | Twin 310mm (12.20in) floating discs, 4 piston radial calipers, ABS |
| Rear Brake | 220 mm single disc, single-piston caliper | Single 220mm (8.66in) fixed disc, single piston sliding caliper, ABS |
| Saddle Height (cm) | 79cm | 81cm |
| Front Tyre | 120/70ZR17M/C (58W) | 120/70 ZR 17 Michelin Power 6 |
| Rear Tyre | 160/60ZR17M/C (69W) | 180/55 ZR 17 Michelin Power 6 |
| Cooling | Liquid Cooling | Liquid Cooling |
| Front Suspansion | 41 mm telescopic fork | Showa 41mm (1.61in) upside down Separate Function Forks - Big Piston (SFF-BP), 110mm (4.33in) Wheel travel |
| Rear Suspansion | Horizontal back-link with preload adjustment | Showa monoshock RSU, with preload adjustment, 130mm (5.11in) Wheel travel |
| Motorcycle Type | Naked | Supersport |
| Top Speed | 220km/h | 220km/h |
| Fuel Capacity / Consumption | 15 lt - 4lt/100km | 14 lt - 5.5lt/100km |
| Prevalence of Service Network | ||
| Service Quality | ||
| Spare Parts Availability | ||
| Price | 8149$ | 9195$ |
| For Other Motorcycle Price Lists | Click for KAWASAKI Price List | Click for TRIUMPH Price List |
2023 KAWASAKI Z650 vs 2024 TRIUMPH Daytona 660: Which One is Better for You?
2023 KAWASAKI Z650 and 2024 TRIUMPH Daytona 660 are very similar in terms of engine capacity and power. In this case, design, driving comfort, and personal preferences may take precedence. Additionally, 2024 TRIUMPH Daytona 660, with its 93.6hp, stands out for users seeking speed and performance.
1. Cylinder Capacity and Performance
2023 KAWASAKI Z650 and 2024 TRIUMPH Daytona 660 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.Both models have an engine capacity of 650cc. Experienced riders may prefer it for long-distance journeys.
2. Torque Power
2023 KAWASAKI Z650 and 2024 TRIUMPH Daytona 660 offer similar performance in terms of torque values. 2024 TRIUMPH Daytona 660, with its 69Nm, provides slightly better traction power, which can be advantageous in situations requiring rapid acceleration. 2024 TRIUMPH Daytona 660 is ideal for users requiring rapid acceleration. Moderate torque power is suitable for both city use and short-distance trips.
3. Top Speed
2023 KAWASAKI Z650 (Naked) and 2024 TRIUMPH Daytona 660 (Süpersport) deliver the same performance with a maximum speed of 220 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
2023 KAWASAKI Z650 features a Liquid-Cooled system, while 2024 TRIUMPH Daytona 660 offers a Liquid-Cooled system. Both models deliver equal performance in their cooling systems.
5. Design and Comfort
2023 KAWASAKI Z650 and 2024 TRIUMPH Daytona 660 are close in weight, offering similar experiences for different usage scenarios. Additionally, 2024 TRIUMPH Daytona 660, with a seat height of 81cm, is more suitable for taller riders, offering greater comfort.2023 KAWASAKI Z650, with a seat height of 79cm, provides a more ergonomic ride for average-height riders.
Conclusion
2024 TRIUMPH Daytona 660 emerges as the winner of this comparison based on total points. 2023 KAWASAKI Z650 and 2024 TRIUMPH Daytona 660 have nearly identical engine capacities. 2023 KAWASAKI Z650 and 2024 TRIUMPH Daytona 660 offer very similar performance in terms of torque. 2023 KAWASAKI Z650 and 2024 TRIUMPH Daytona 660 deliver identical top speed performance. Both models have similar cooling systems, offering comparable performance for long journeys. In conclusion, 2024 TRIUMPH Daytona 660 stands out in terms of technical specifications and overall performance. However, depending on your riding preferences and usage needs, both models offer unique advantages.
