···
Log in / Register

Differences Between Magotan 280, 330, and 380

6Answers
SanCody
07/29/2025, 06:55:47 AM

Differences between Magotan 280 and 330 are as follows: 1. Interior Differences: The 280 features a standard central control screen, while the 330 comes with a 6.5-inch embedded central control screen and a full LCD instrument panel, offering more refined information display and a stronger sense of technology. 2. Power Differences: The 280 is equipped with an EA211 1.4T turbocharged inline 4-cylinder engine, delivering a maximum horsepower of 150 HP, maximum power of 110 kW, and maximum torque of 250 N·m. The 330 is powered by a third-generation EA888 2.0T turbocharged inline 4-cylinder engine, boasting a maximum horsepower of 186 HP, maximum power of 137 kW, and maximum torque of 320 N·m.

Was this review help?
114
Share
MacVictoria
08/13/2025, 12:36:41 PM

I've driven both the 280 and 380 models, and the main difference lies in engine power. The 280 comes with a 1.4T engine producing 150 horsepower—it feels quite nimble at startup but lacks power during high-speed acceleration, especially noticeable when overtaking on highways. The 330 features a 2.0T low-power version with 186 horsepower, offering significantly more power, making it perfectly adequate for city driving while remaining fuel-efficient. The 380's 2.0T high-power version with 220 horsepower is quite aggressive, delivering strong acceleration and a pronounced push-back sensation when flooring the throttle. In terms of transmission, the 280 is paired with a dry dual-clutch gearbox, while the 330 and 380 both use a more durable wet dual-clutch system. The 380 also comes standard with driving mode selection and a sport suspension, providing better stability during cornering. If your budget allows and you enjoy driving excitement, the 380 is the way to go, while the 330 is the most suitable for daily commuting.

Was this review help?
7
Share
Expand All
SanSara
10/07/2025, 03:54:24 AM

Last time I helped a friend choose a car, I carefully compared these three models, with the core difference being in the powertrain. The 280 has the smallest displacement and the lowest fuel consumption, averaging around 7L/100km, making it particularly suitable for city commuting. The 330 offers noticeably smoother acceleration, with the turbo kicking in at just 1600 rpm, making overtaking effortless. The 380 indeed delivers fierce power but also higher fuel consumption, reaching up to 11L/100km in traffic jams. In terms of features, the 330 Luxury trim starts to include a full digital dashboard and heated seats, while the 380 directly offers seat ventilation and a Dynaudio sound system. The 380 has the firmest chassis tuning, feeling more bumpy over speed bumps but exceptionally stable at high speeds. Personally, I think the 330 offers the best value for money, with adequate power and comprehensive features.

Was this review help?
1
Share
Expand All
McElizabeth
11/20/2025, 09:29:57 PM

As someone who frequently drives long distances, highway performance is my top concern. The 280 model shows noticeable engine roar when accelerating from 110 km/h, requiring significant lead time to overtake trucks. The 330 has much better high-end power - it can easily accelerate with just a light tap on the throttle even after 100 km/h. The 380 feels like a completely different car on highways, cruising at 140 km/h with engine RPM just at 2000. The transmission logic also differs - the 280 occasionally hesitates during consecutive downshifts, while the 380 shifts crisply and decisively. The steering weight progressively increases too, with the 330 being lighter and the 380 more stable. Surprisingly, highway fuel consumption doesn't differ much among the three models - even the 380 can achieve 6L/100km.

Was this review help?
13
Share
Expand All
MorganFitz
01/10/2026, 11:06:09 PM

From a maintenance perspective, the 280 model is most cost-effective with 92-octane fuel but has shorter service intervals. Both the 330 and 380 require 95-octane fuel but feature longer maintenance mileage and more advanced engine designs. The rear passenger space is identical across all three models, though the 380 has superior sound insulation materials, resulting in noticeably reduced tire noise at high speeds. The 380's automatic climate control system adds practical three-zone independent control. Tire specifications also differ: the 280 uses 215/55 R17, the 330 has 215/55 R18 wheels, while the 380's wider 235-section tires provide significantly improved grip. The 380 also features larger ventilated brake discs.

Was this review help?
4
Share
Expand All
Cameron
04/07/2026, 03:28:23 AM

The driving experience differences are quite interesting. The 280 is very nimble in city driving, with quick initial throttle response but lacking in high-end power. The 330 tunes the 2.0T low-output engine very balanced, delivering power on demand around 2000 rpm. The 380 is like a beast, leaping forward with just a slightly deeper press of the accelerator, especially exhilarating in sport mode. The chassis quality also varies significantly - the 280 feels slightly flimsy over speed bumps, while the 380 has tight suspension with clear road feedback. Surprisingly, the 330 offers the best rear seat comfort with more refined vibration absorption. The 380 adds blind spot monitoring and automatic parking to its active safety systems, making it quite suitable for beginners.

Was this review help?
14
Share
Expand All
More Q&A

What are the differences between the 2019 Kodiaq and the 2019 facelift model?

Here are the differences between the 2019 Kodiaq and the 2019 facelift model: 1. Different launch times and varying multimedia configurations. The 2019 Kodiaq was launched in December 2018, while the 2019 facelift model was launched in March 2019. 2. The 2019 model features a 9-inch central LCD screen, whereas the 2019 facelift has an 8-inch central LCD screen. The mapping systems also differ: the 2019 model supports original factory mobile interconnect mapping, while the 2019 facelift supports both CarPlay and CarLife. The 2019 Kodiaq has an overall stable and mature exterior design. The front grille is designed with a broad, vertical waterfall-style line pattern, and the side profile features straight, upright lines, giving the car a more dynamic and sporty appearance. The 2019 Kodiaq is equipped with a 2.0T engine, delivering up to 226 horsepower, paired with a 7DCT transmission, resulting in excellent overall performance. Additional details about the 2019 Kodiaq: 1. The exterior design of the 2019 Kodiaq is stable and mature. 2. The front grille features a broad, vertical waterfall-style line pattern, and the side profile has straight, upright lines, enhancing the car's sporty and dynamic look. 3. The 2019 Kodiaq is powered by a 2.0T engine, producing up to 226 horsepower, and is paired with a 7DCT transmission.
113
Share

Is the QR Code on the Electronic Driver's License Only Accessible by Traffic Police?

Electronic driver's license QR codes can only be scanned by traffic police. When traffic police use handheld law enforcement devices to scan the QR code, they can access all information related to the driver's license holder. Introduction to Electronic Driver's License: The electronic driver's license, commonly known as the "e-license," was piloted in three cities—Tianjin, Chengdu, and Suzhou—starting from June 1, 2021, to digitize motor vehicle driver's licenses. It provides drivers with online "license display" and "code display" services, offering greater convenience for public affairs and travel. It will be fully promoted nationwide in 2022. How to Handle Traffic Violations with an Electronic Driver's License: Open the Traffic Management 12123 app, click on the electronic driver's license, and display your electronic driver's license to the processing personnel to handle traffic violations.
113
Share

What gear should a motor vehicle use when going uphill?

Motor vehicles require different gears when going uphill, which are mostly selected based on the uphill conditions, road conditions, weather, and other factors. Generally, automatic transmission vehicles can use the P gear, while manual transmission cars should use lower gears (second or third gear) when climbing steep slopes. High-displacement vehicles can also use third gear with increased throttle to climb, whereas small-displacement vehicles can ensure sufficient traction by using second gear. It is not advisable to use too high a gear when going uphill, as this can easily cause the engine to stall mid-climb, leading to the vehicle rolling backward and significantly increasing the risk of accidents.
104
Share

What causes the dry friction feeling in the accelerator pedal?

The dry friction feeling in the accelerator pedal is caused by a damaged engine mount. Simply replace it to resolve the issue. The accelerator, also known as the "throttle" or "air valve," refers to the control device that regulates the engine's power (thrust). In piston aircraft engines, the throttle controls the carburetor's throttle valve opening to regulate the cylinder's filling volume, thereby determining the engine's output power. In gas turbine engines, the throttle controls the metered fuel flow of the fuel regulator, thus determining the thrust generated by the engine. The throttle position is manipulated by the pilot in the cockpit via the throttle lever, which transmits the control through components such as pushrods, rockers, torque tubes, cables, pulleys, and sector gears to the carburetor or fuel regulator on the engine.
118
Share

Does an AT Transmission Have Clutch Plates?

AT transmissions do have clutches. Here is some relevant information about AT transmissions: 1. AT transmissions typically refer to automatic transmissions, which are gear-shifting devices that can automatically change gears based on the vehicle's speed and engine RPM, as opposed to manual transmissions. 2. AT transmissions offer smooth performance. The torque converter can automatically and continuously adjust the torque ratio and transmission ratio within a certain range, although the torque multiplication factor is not large, and the gear range is not very wide. However, during vehicle startup or when driving on poor road conditions, the lock-up clutch can be disengaged to allow the torque converter to function, fully utilizing the hydraulic transmission's ability to automatically adapt to drastic changes in driving resistance.
119
Share

What does the A on the dashboard mean?

Automobile dashboard A represents the auto start-stop function. Below is relevant introduction about auto start-stop: 1. Auto start-stop automatically turns off the engine when temporarily stopping during driving (e.g. waiting at traffic lights). When needing to proceed, the system automatically restarts the engine. This function aims to reduce emissions and fuel consumption during traffic light stops or short parking. 2. The main advantage is fuel saving - its core lies in automatically controlling engine shutdown and restart, allowing temporary engine cutoff during brief stops to avoid unnecessary fuel consumption. 3. It works by equipping traditional engines with enhanced motors featuring idle start-stop capability, enabling complete engine shutdown when meeting idle stop conditions. When restarting is needed, the idle start-stop motor system rapidly responds to driver commands, quickly restarting the engine for instant engagement, significantly reducing fuel consumption and exhaust emissions.
120
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.