Bosch Aquatak 120 vs Karcher K3: Comparison
Trying to choose between the “Bosch Aquatak 120 vs Karcher K3” pressure washers? We break down their features and performance, making it simple for you to select the ideal pressure washer for your cleaning tasks.
Explore this comparison to find the high-pressure solution that matches your needs and helps you achieve remarkable cleaning results.
Comparison Between Bosch Aquatak 120 and Karcher K3
| Features | Bosch Aquatak 120 | Karcher K3 |
|---|---|---|
| Image |  |  |
| Motor Power | 1500W | 1400W |
| Hose Length | 5 Meter | 4 Meter |
| Pressure | 125 bar | 110 bar |
| Maximum Flow Rate | 6 Litre/Minute | 6 Litre/Minute |
| Pressure Gun | Yes | Yes |
| Hosepipe | Yes | Yes |
| Pressure washer | Yes | Yes |
| Warranty | 6 Months | One Year |
| Product Page | Buy at Amazon | Buy at Amazon |
Difference Between Bosch Aquatak 120 and Karcher K3
The main difference between the Bosch Aquatak 120 from the Karcher K2 pressure washers can be traced to variations in their motor power, hose length, and warranty duration. Below is a thorough explication of these variations:
- Motor Power: The Bosch Aquatak 120 has a motor power of 1500W, while the Karcher K3 has a slightly lower motor power of 1400W. A higher motor power generally indicates a more powerful water jet and increased cleaning efficiency.
- Pressure: The Bosch Aquatak 120 has a maximum pressure of 125 bar, while the Karcher K3 offers a lower maximum pressure of 110 bar. A higher pressure rating enables more effective removal of stubborn dirt and grime.
- Pressure Washer and Warranty: Both models are pressure washers and come with warranty periods. The Bosch Aquatak 120 offers a warranty of 6 months, while the Karcher K3 provides a longer warranty period of one year.
- Hose Length: The hose length of the Bosch Aquatak 120 is 5 meters, whereas the Karcher K3 comes with a slightly shorter hose length of 4 meters. The longer hose length in the Aquatak 120 allows for greater reach and flexibility during cleaning tasks, especially when working with a larger area or a greater distance from the water source.