What are the differences between the engines of the new Santana and the new Jetta?

1 Answers
LeSabrina
07/29/25 12:51pm
The differences between the new Santana and the new Jetta engines are: different displacement, different maximum torque, different maximum horsepower, and different engine models. 1. Different displacement. New Santana: 81kW (1.5L naturally aspirated) engine; New Jetta: 66kW (1.4L naturally aspirated) engine. 2. Different maximum torque. New Santana: maximum torque (Nm/rpm) 150/4000; New Jetta: maximum torque (Nm/rpm) 132/3800. 3. Different maximum horsepower. New Santana: maximum horsepower (Ps) 110; New Jetta: maximum horsepower (Ps) 90. 4. Different engine models. New Santana: equipped with EA200 engine; New Jetta: equipped with EA211 engine.
Was this review help?
18
3
Share
More Forum Discussions

When to Start Steering When Reversing Out of a Parking Space?

Here are the methods for steering when reversing out of a parking space: 1. Observe the right rearview mirror as the right rear of the car slowly approaches the right corner of the parking space. When the rear of the car is about 30 cm away from the corner and the right front door handle is still outside (i.e., to the right) of the extension line of the right boundary of the parking space, adjustment is needed. Immediately turn the steering wheel one full turn to the left, then continue reversing. When the right front door handle crosses the extension line of the right boundary of the parking space, turn the steering wheel fully to the right. Once the car enters the parking space and the body is parallel to the boundary line, straighten the steering wheel. 2. If the rearview mirror shows a "left wide, right narrow" position, turn the steering wheel 1/4 turn to the left, then straighten it once the car body is aligned. 3. If the rearview mirror shows a "right wide, left narrow" position, turn the steering wheel 1/4 turn to the right, then straighten it once the car body is aligned.
14
4
Share

Does the Excelle have a rear anti-collision beam?

The Excelle is equipped with a rear anti-collision beam that covers almost the entire rear section. It is made of DP1000 ultra-high-strength steel with a material yield strength of 645MPa and a thickness of 1.2mm, featuring a hat-shaped structure and designed with crush guide grooves. An anti-collision beam is a device used to absorb collision energy and mitigate damage when a vehicle is impacted. It consists of a main beam, energy-absorbing boxes, and mounting plates that connect to the vehicle. Both the main beam and energy-absorbing boxes effectively absorb collision energy during low-speed impacts, minimizing damage to the vehicle's longitudinal beams and thereby providing protection. The role of the Excelle's rear anti-collision beam is to offer protection and reduce body deformation in medium-to-low-speed collisions, provided that the connecting brackets of the beam have sufficient buffering and energy-absorbing capabilities. The rear anti-collision beam absorbs impact forces, ensuring that in minor rear-end collisions, the beam is sacrificed to preserve the integrity of the vehicle's chassis. Without a rear anti-collision beam, when the rear of the vehicle is struck, after the energy-absorbing materials absorb part of the impact energy, the remaining energy would inevitably transfer to the entire rear panel, ultimately causing deformation.
1
5
Share

How to adjust the time on the Tiida radio?

Here is the method to adjust the time on the Tiida radio: 1. Press and hold the TIME button until the hour flashes, then rotate the tuning knob to adjust. 2. Briefly press the TIME button again to make the minutes flash, then rotate the tuning knob to adjust. 3. Finally, briefly press the TIME button to confirm. Here is more information about the Tiida: 1. The Tiida comes standard with a TPMS intelligent tire pressure monitoring system and a smart eye driving recorder. The Zhixing and Zhixiang versions also feature a multifunction steering wheel upgraded to genuine leather. 2. The Tiida is equipped with a 1.6L naturally aspirated engine, delivering a maximum output of 93kW and a peak torque of 168N·m, paired with either a manual or CVT transmission.
5
1
Share

What kind of vehicle is the Raptor?

Raptor is a pickup truck under the Ford brand. Here are some introductions about the Raptor: 1. This vehicle is equipped with a 3.5-liter twin-turbocharged engine, which has a maximum power of 280kW, a maximum torque of 672 Nm, a maximum power speed of 5500 rpm, and a maximum torque speed of 3000 rpm. This engine features direct fuel injection technology and uses an aluminum alloy cylinder head and block. 2. The front suspension uses a double-wishbone independent suspension, while the rear suspension uses a leaf spring non-independent suspension. This vehicle is equipped with a part-time four-wheel drive system.
18
1
Share

What to Do When a Vehicle Won't Start?

If your vehicle won't start, here are some solutions: 1. First, check the spark plugs: If there's excessive carbon buildup, replace them with new ones. 2. Dead battery: The symptom is the starter motor turning but not fast enough (lacking power). If this happens, call the service station for assistance, jump-start the vehicle, or temporarily start it, then be sure to recharge the battery at the service station. 3. Fuel flow obstruction: The symptom is no fuel pressure in the engine's fuel line. Move the vehicle to a warm environment or thoroughly clean the fuel system. 4. Poor ignition system performance: Remove the spark plugs, clean the oil stains between the electrodes, and reinstall them to start the engine. 5. Valve sticking: Take the vehicle to a service station for a no-disassembly cleaning. In severe cases, disassemble and clean the cylinder head.
1
3
Share

How to Switch to Four-Wheel Drive in the Highlander?

The Highlander is equipped with an on-demand four-wheel-drive system. The central differential uses a multi-plate clutch-type limited-slip differential, along with electronic brake assistance based on the ESC system. Power is transmitted to the rear axle via an electronically controlled multi-plate clutch. The computer adjusts the power distribution between the front and rear axles based on driving conditions. Typically, the vehicle operates in front-wheel-drive mode, with automatic switching between 100:0 and 50:50 power distribution. Below is an introduction to the Highlander's four-wheel-drive system: The four-wheel-drive system is a standout feature of the Highlander. Proper use of four-wheel drive maximizes the powerful performance of this large vehicle. Additionally, the Highlander boasts HAC (Hill-start Assist Control) and DAC (Downhill Assist Control). HAC automatically maintains brake pressure on all four wheels for two seconds, effectively preventing rollback. DAC ensures the vehicle maintains a constant speed when descending steep slopes, enhancing downhill safety.
10
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.