Motorcycle A
2025 Yamaha Delight 125Yamaha MotorcyclesScooter Motorcycles2025 Yamaha Delight 125 vs 2015 Yamaha X-MAX 400 MOMODesign
The Yamaha Delight 125 records a lower weight than the Yamaha X-MAX 400 MOMODesign. The Yamaha X-MAX 400 MOMODesign has the advantage in recorded power, recorded torque and displacement where both recorded values are available.
Motorcycle B
2015 Yamaha X-MAX 400 MOMODesignYamaha MotorcyclesScooter MotorcyclesRecorded specification differences
- Model: Yamaha Delight 125 Yamaha Delight 125, Yamaha X-MAX 400 MOMODesign Yamaha X-MAX 400 MOMODesign
- Year: Yamaha Delight 125 2025, Yamaha X-MAX 400 MOMODesign 2015
- Displacement: Yamaha Delight 125 125, Yamaha X-MAX 400 MOMODesign 395
- Power: Yamaha Delight 125 8.3, Yamaha X-MAX 400 MOMODesign 31
- Torque: Yamaha Delight 125 9.8, Yamaha X-MAX 400 MOMODesign 33.8
- Weight: Yamaha Delight 125 101, Yamaha X-MAX 400 MOMODesign 211
- Seat height: Yamaha Delight 125 80, Yamaha X-MAX 400 MOMODesign 79
| Spec | Yamaha Delight 125 | Yamaha X-MAX 400 MOMODesign |
|---|---|---|
| Year | 2025 | 2015 |
| Category | Scooter | Scooter |
| Displacement | 125 | 395 |
| Power | 8.3 | 31 |
| Torque | 9.8 | 33.8 |
| Weight | 101 | 211 |
Power
The Yamaha X-MAX 400 MOMODesign records 31 hp, 22.7 hp (273.5%) more than the Yamaha Delight 125 at 8.3 hp.
Torque
The Yamaha X-MAX 400 MOMODesign records 33.8 Nm of torque, 24 Nm (244.9%) more than the Yamaha Delight 125 at 9.8 Nm.
Weight
The Yamaha Delight 125 records a lower wet weight of 101 kg, 110 kg less than the Yamaha X-MAX 400 MOMODesign at 211 kg.
Displacement
The Yamaha X-MAX 400 MOMODesign records 395 cc, 270 cc (216%) more than the Yamaha Delight 125 at 125 cc.
Seat height
The Yamaha Delight 125 has a higher recorded seat height (80) than the Yamaha X-MAX 400 MOMODesign (79), a difference of 1.
Power-to-weight
The Yamaha X-MAX 400 MOMODesign has the higher power-to-weight figure at 0.147 hp/kg, compared with 0.082 hp/kg for the Yamaha Delight 125.
Frequently asked questions
Which motorcycle records more power, the Yamaha Delight 125 or the Yamaha X-MAX 400 MOMODesign?
The Yamaha X-MAX 400 MOMODesign records 31 hp, 22.7 hp (273.5%) more than the Yamaha Delight 125 at 8.3 hp.
Which motorcycle records more torque, the Yamaha Delight 125 or the Yamaha X-MAX 400 MOMODesign?
The Yamaha X-MAX 400 MOMODesign records 33.8 Nm of torque, 24 Nm (244.9%) more than the Yamaha Delight 125 at 9.8 Nm.
Which motorcycle records the lower weight, the Yamaha Delight 125 or the Yamaha X-MAX 400 MOMODesign?
The Yamaha Delight 125 records a lower wet weight of 101 kg, 110 kg less than the Yamaha X-MAX 400 MOMODesign at 211 kg.
Which motorcycle records larger displacement, the Yamaha Delight 125 or the Yamaha X-MAX 400 MOMODesign?
The Yamaha X-MAX 400 MOMODesign records 395 cc, 270 cc (216%) more than the Yamaha Delight 125 at 125 cc.
How do the recorded seat heights of the Yamaha Delight 125 and the Yamaha X-MAX 400 MOMODesign compare?
The Yamaha Delight 125 has a higher recorded seat height (80) than the Yamaha X-MAX 400 MOMODesign (79), a difference of 1.
Which motorcycle has the higher power-to-weight figure, the Yamaha Delight 125 or the Yamaha X-MAX 400 MOMODesign?
The Yamaha X-MAX 400 MOMODesign has the higher power-to-weight figure at 0.147 hp/kg, compared with 0.082 hp/kg for the Yamaha Delight 125.
VS
Yamaha Delight 125
2025•Scooter
Displacement125 cc
Power8.3 hp
Yamaha X-MAX 400 MOMODesign
2015•Scooter
Displacement395 cc
Power31 hp
Disclaimer: The technical specifications, performance values, ride profile analyses, match scores, and other data presented on this page are compiled for informational purposes and processed through algorithmic calculations. Their source, license, and commercial-use rights are not fully documented. This information does not constitute a definitive, official, or binding reference. Actual values may vary depending on the model year, market, equipment options, riding conditions, and individual use. Before making a purchase decision, we strongly recommend consulting an authorized dealer or the manufacturer for verified and up-to-date specifications. RPMVault assumes no liability for any decisions made based on the information provided on this page.