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What are the differences between the Mercedes-Benz A35 and A45?

6Answers
DanteMarie
07/29/2025, 03:08:16 PM

The differences between the Mercedes-Benz A35 and A45 are: 1. Different body dimensions: The length, width, and height of the Mercedes-Benz A35 are 4637mm, 1796mm, and 1422mm respectively; while those of the Mercedes-Benz A45 are 4367mm, 1780mm, and 1417mm. 2. Different engines: The 2.0-liter turbocharged engine of the Mercedes-Benz A35 has a maximum power of 225kW; whereas the 2.0-liter turbocharged engine of the Mercedes-Benz A45 has a maximum power of 285kW. The maximum power speed of the A35's engine is 5800 rpm, and the maximum torque speed is between 3000 to 4000 rpm. This engine is equipped with direct fuel injection technology, uses an aluminum alloy cylinder head and block, and is paired with a 7-speed dual-clutch transmission. The maximum power speed of the A45's engine is 6500 rpm, and the maximum torque speed is between 4750 to 5000 rpm. This engine is equipped with hybrid injection technology, uses an aluminum alloy cylinder head and block, and is paired with an 8-speed dual-clutch transmission.

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DanielaDella
08/14/2025, 09:22:33 AM

As someone who enjoys driving fast, I think the main differences between the A35 and A45 lie in power and driving feel. The A35 has 306 horsepower, with a 0-100 km/h acceleration time of about 4.7 seconds, which is more than enough for daily driving. The A45, on the other hand, is much more aggressive, boasting 416 horsepower and accelerating to 100 km/h in just 3.9 seconds—its kickback feels like a beast unleashed. Both use a 2.0-liter turbocharged engine, but the A45 is tuned more aggressively, paired with AMG's exclusive all-wheel-drive system for better stability in corners. In city driving, the A35 is smoother and more fuel-efficient, averaging around 8L per 100 km, while the A45, once in Sport mode, delivers roaring exhaust notes and an exhilarating experience. I've tried both on track days—the A45's limited-slip differential provides more precise handling, making it ideal for spirited driving. However, don't overlook the higher maintenance costs of the A45, especially its faster-wearing brake system. Overall, if you're chasing extreme speed, the A45 is the ultimate choice; otherwise, the A35 offers better value for money.

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JourneyLynn
10/14/2025, 11:29:38 PM

From a financial perspective, I've considered buying these two cars, and the price difference is significant. The new A35 starts at around 450,000 RMB, while the A45 jumps straight to about 600,000 RMB. What do you get for that extra 150,000? Mainly upgrades in horsepower, exhaust sound, and a more hardcore four-wheel-drive system. In terms of insurance and fuel consumption, the A35 can save you several thousand RMB annually, with city driving averaging around 9L/100km, while the A45 easily exceeds 10L. Maintenance costs also make the A45 more expensive, with components like spark plugs and turbo parts prone to wear. For daily commuting, the A35 is sufficiently practical, offering more spacious rear seats and better comfort on long trips. The A45 has a stiffer suspension, resulting in a noticeably bumpier ride, but it feels more exhilarating at high speeds. My recommendation: if you're on a tight budget, go for the A35—it balances cost savings and fun. If you're obsessed with AMG's signature brute force, the A45 is worth the investment. Don't forget, used A45s hold their value slightly better, but their condition can be unpredictable, so make sure to test drive thoroughly.

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JaxonMarie
11/27/2025, 11:21:32 PM

I usually drive to pick up my kids and commute to work, so practicality is my top priority when choosing a car. The A35 and A45 drive very differently: the A35 has softer suspension, making it less jarring over bumps, and the cabin noise is lower, making it ideal for family outings. The A45, on the other hand, is stiff with overly strong road feedback, and my kids complain about the bumpiness in the back seat. In terms of fuel consumption, the A35 averages around 8.5L in the city, while the A45 often exceeds 11L, and its larger tank means more frequent refueling. The interior space is almost identical, and both can fit a stroller in the trunk, though the A45's rear seats are slightly tighter due to the exhaust system. Both models excel in safety, featuring active braking and lane-keeping assist, but the A45's aggressive acceleration can be hard for beginners to control. I think the A35 is perfect as a commuter car, with enough power for occasional overtaking, while the A45 is more of a performance toy—great for weekend joyrides but too fuel-inefficient for daily driving. For frequent long-distance trips, the A35 is the more economical and hassle-free choice.

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McJudah
01/18/2026, 12:45:11 AM

As a guy who's into car modifications, I'm obsessed with the tunability of AMG. The A35 and A45 share similar chassis, but the A45 comes with reinforced parts straight from the factory, like a high-performance exhaust that spits blue flames and has an ear-splitting roar. The A35 has decent modification potential, with ECU tuning capable of pushing it to 350 horsepower, but the A45's stock output is 416 horsepower—swap in a bigger turbo and hitting 500 horsepower is no pipe dream. The exterior differences are significant: the A45 has a more aggressive spoiler and wheels, with optional AMG blackout packages; the A35 is more understated, requiring DIY efforts for tire upgrades. I've tried modifying the suspension springs—the A45 responds quicker and feels more stable on track corners, but it has more fragile parts; the A35 is cheaper to modify and more durable for daily use. The modification costs are steep, though—upgrading the A45's exhaust system can run over ten grand, so you might as well buy the original version. A word of caution: excessive modifications can void the warranty, so it's best to go to a professional shop. In short, enthusiasts should go for the A45 for maximum thrills; the more conservative can still show off with the A35.

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DelVera
04/14/2026, 02:21:22 AM

Having followed the AMG family for years, the A35 and A45 represent different stages of evolution. The A35 is the entry-level AMG, launched in 2019 to bridge the gap between high performance and practicality; the A45 arrived earlier as the high-performance flagship, consistently dominating its class in power, with the current model's 416 horsepower derived from years of racing technology. Historically, the A45 was once the undisputed king of compact cars, while the A35 is a product of lowering the entry barrier. Technical details: the A45 features reinforced all-wheel drive and electronic limited-slip differential, drawing from S-Class expertise; the A35 is slightly simplified but retains core AMG DNA. Safety is consistent, with both equipped with collision prevention systems, though the A45's adaptive active suspension offers superior handling. From my test-drive comparison, the A35 preserves Mercedes' comfort DNA, while the A45 is purely built for speed. New fans are advised to start with the A35; for those seeking AMG heritage, the A45 embodies its soul. True enthusiasts must understand its milestone significance.

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More Q&A

Can you drive your car without TPMS?

Yes, you can physically drive a car without a functional Tire Pressure Monitoring System (TPMS). Modern vehicles will operate, but you lose the automated safety alert system. The dashboard warning light will stay on, and you must adopt a strict routine of manually checking tire pressure—at minimum weekly—to compensate for the lack of real-time monitoring. The primary safety risk is driving on underinflated tires without knowing it. Industry studies, such as those from the National Highway Traffic Safety Administration (NHTSA), indicate that tires underinflated by 25% or more are three times more likely to be involved in a crash-related incident. Underinflation also leads to higher fuel consumption and causes uneven, premature tire wear. From a regulatory standpoint, the legality varies. In the United States, federal law mandates TPMS on all new passenger vehicles sold after September 2007. While driving without it is not illegal per se for older or modified vehicles, a malfunctioning or absent TPMS will cause your car to fail annual safety inspections in many states that include electronic system checks. In regions like the European Union, similar type-approval regulations apply. The system’s behavior depends on your vehicle. Some models use direct sensors in each wheel valve stem, while others use indirect systems that calculate pressure via wheel speed sensors. A missing sensor on a direct system will trigger a permanent warning. If you switch to a set of wheels without sensors (e.g., winter tires), the car will drive normally but display no pressure data for those wheels. The practical consequences are measurable. For every 1 PSI drop in average tire pressure, fuel economy can degrade by about 0.2%. More critically, a tire significantly low on pressure generates excessive heat, dramatically increasing the risk of a blowout, especially at highway speeds or under heavy load. A common workaround for missing sensors, particularly for seasonal wheel sets, is to have TPMS sensors installed in the new wheels and programmed to the vehicle. The cost for a set of four aftermarket sensors and programming typically ranges from $200 to $400. This investment restores the safety feature and eliminates the warning light. In summary, while the mechanical function of the car remains, the absence of TPMS shifts the entire burden of tire safety to the driver. It is a manageable situation only with disciplined, regular manual checks using a reliable tire pressure gauge.
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How to air up a car tire without a pump?

You can effectively inflate a car tire without a traditional hand or foot pump by using a portable 12V tire inflator, visiting a gas station air pump, or applying an emergency tire sealant aerosol. These are the most accessible and reliable solutions for drivers. For consistent, controlled inflation, a portable 12V tire inflator is the top recommendation. These plug into your car’s cigarette lighter outlet. Modern units are compact, often costing between $30 to $80, and include a built-in digital pressure gauge. You simply set your target PSI (found on the driver’s door jamb sticker), and the device auto-shuts off. It’s a practical tool to keep in your trunk. Gas station air compressors are a widespread, often free or low-cost resource. While you need to drive to one, they provide professional-grade air pressure. Industry data indicates that over 90% of service stations in North America and Europe have tire inflation facilities. Remember to bring your own pressure gauge for accuracy, as the station’s gauge can sometimes be worn or inaccurate. In a true emergency with a sudden flat, an aerosol tire sealant and inflator (e.g., Fix-a-Flat) can be a temporary fix. These cans contain a sealing compound and propellant to reinflate the tire and seal small punctures. This is strictly a get-you-home solution ; the tire must be professionally cleaned and repaired or replaced soon after, as the sealant can damage the tire pressure monitoring system (TPMS) sensor if left inside. For those with a fully inflated spare tire, a direct air transfer is possible with a specific hose kit. This method connects the two tire valves, allowing air to flow from the high-pressure spare to the flat tire until pressures equalize. It requires no power source but is less precise and depends on having a spare with sufficient air. Method Best For Key Consideration Approx. Cost/Resource Portable 12V Inflator Proactive preparedness, precise inflation Requires vehicle power; keep in trunk $30 - $80 one-time Gas Station Air Pump Routine maintenance, near civilization May require coins; gauge accuracy varies Often free or ~$2 Aerosol Sealant/Inflator Emergency roadside flats only Temporary fix; can damage TPMS sensor $10 - $20 per can Air Transfer from Spare Emergencies when other options absent Needs special hose; equalizes pressure ~$15 for hose kit Always use a reliable tire pressure gauge to check levels. Inflate in short bursts, checking frequently to avoid over-inflation, which can cause blowouts. The National Highway Traffic Safety Administration (NHTSA) notes that tires under-inflated by 25% are three times more likely to be involved in a crash-related incident. Methods like sealants or air transfer are for low-speed, short-distance travel to a service station only.
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Can I gate check a car seat without a bag?

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Will a car start with no transmission fluid?

Yes, a car's engine will typically start with no transmission fluid, but doing so risks causing severe, immediate, and often irreversible damage to the transmission. The critical distinction lies in what happens next: the engine runs, but the transmission is operating without lubrication, cooling, or hydraulic pressure, leading to rapid failure. This applies to both automatic and manual transmissions, though the failure mechanisms differ. In an automatic transmission, starting the engine without fluid is particularly catastrophic. The transmission pump, which is driven by the engine, immediately begins spinning dry. This pump is responsible for circulating fluid to create hydraulic pressure for gear changes and to lubricate internal components. Without fluid, the pump and the torque converter will generate extreme friction and heat within seconds. Industry data from transmission rebuilders indicates that running an automatic transmission dry for even 30 seconds can cause scoring on pump surfaces and overheating of the torque converter, leading to a complete loss of hydraulic pressure. The vehicle will likely not move because there is no pressure to engage the clutches or bands, but the damage is already done. Internal temperatures can soar past 250°F (121°C) rapidly, warping clutch plates and seals. For manual transmissions, the scenario is slightly different but equally damaging. A manual gearbox relies on fluid for lubrication and cooling of its gears, synchronizers, and bearings. The car may start, and you might even be able to engage a gear and drive a very short distance. However, the lack of lubrication causes metal-to-metal contact. The resulting extreme heat can quickly degrade the gear oil’s properties, glaze synchronizers, and cause bearings to seize. Market records from repair shops show that driving a manual car with low or no fluid often leads to a complete gearbox rebuild, with repair costs frequently exceeding $1,500 to $3,000 for parts and labor. The core recommendation from automotive engineers and professional mechanics is unanimous: Do not start the engine if you know or suspect the transmission is devoid of fluid. The only safe action is to have the vehicle towed to a repair facility. Once there, a technician can diagnose the source of the leak, refill the transmission with the correct fluid, and perform a preliminary assessment for damage. Starting the engine to merely move the car a few feet or to test if it runs is a gamble that almost always results in a repair bill that is multiples higher than the cost of a tow. This advice is based on practical industry experience and the fundamental engineering principle that complex mechanical systems require proper lubrication to function, even briefly.
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How to remove car fuse without fuse puller?

The most reliable method to remove a car fuse without a dedicated puller is to use a spare fuse of the same size, leveraging its plastic body for a secure grip and a straight pull. This technique minimizes the risk of damaging the fuse box or the fuse terminals. Success depends on the fuse type—standard ATO/ATC, mini, or low-profile blade fuses—and applying the correct removal force, which averages between 15 to 30 Newtons (N) for most passenger vehicles. A spare fuse is often the safest improvised tool. Align a new or unused fuse directly on top of the one you need to remove, ensuring the metal blades slot into the plastic housing's top. Apply firm, even upward pressure. This method provides excellent grip and distributes force evenly, preventing the plastic body from cracking. Market data from automotive repair manuals indicates that using a matching fuse for removal applies force optimally, reducing breakage risk compared to metal tools. For situations without a spare fuse, needle-nose pliers with fine tips are a common alternative. It is critical to grip the plastic body of the fuse, not the metal blades, to avoid short circuits or terminal damage. Grip firmly and pull straight out. A plastic zip tie can also be effective, especially for mini-fuses; loop it under the fuse and pull upwards. Some standard blade fuses can be removed by hand if you can get a firm pinch on the plastic top, though they are often installed tightly. Safety is non-negotiable. Always turn off the vehicle and remove the key from the ignition before attempting any fuse work. Confirm the electrical system is dead. Check the fuse box lid or compartment—many vehicles store a small plastic fuse puller there. If you must borrow a fuse for testing, take it from a non-critical circuit like the interior lights or radio, not from essential systems like fuel injection or braking. The required pull force varies by fuse type and manufacturer. Industry tests, such as those outlined in SAE standards, provide typical removal force ranges. The following data illustrates why using the right technique matters: Fuse Type (Blade Style) Typical Removal Force Range Key Consideration for Tool-Free Removal Standard ATO/ATC 20 N - 30 N Easiest to grip manually or with a spare fuse. Mini (Low-Profile) 15 N - 25 N Small size makes pliers or a zip tie more practical. Micro2 / Micro3 10 N - 20 N Extremely compact; extreme care needed to avoid slippage. To identify a blown fuse, visually inspect the transparent plastic housing. A broken metal wire or a discolored, melted appearance confirms it needs replacement. Never use a conductive metal tool to pry or lever a fuse out, as this can damage the fuse box terminals, leading to costly repairs. The goal is a clean, vertical extraction using controlled force from a non-conductive gripping point.
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If your car battery is dead and you lack a dedicated charger, the most reliable and immediate method is jump-starting from another vehicle using jumper cables, followed by a 25-35 minute drive to achieve a meaningful charge. This works because the donor car's alternator provides the necessary amperage. Alternative methods like using a power supply or solar panel are slower and more situational, suitable for maintenance rather than urgent starts. Jump-Start from Another Vehicle (The Most Effective Method) This is the go-to solution for a dead battery. You need a set of jumper cables and a vehicle with a healthy battery. Connection: Park the donor car close, engines off. Connect red clamp to the dead battery's positive (+) terminal. Connect the other red clamp to the donor battery's positive (+) terminal. Connect black clamp to the donor battery's negative (-) terminal. Attach the final black clamp to an unpainted metal surface (like a bolt) on your car's engine block, away from the battery. Charging Process: Start the donor car and let it idle for 2-3 minutes. Attempt to start your car. Once started, leave both cars running. Post-Jump Drive: The critical step is to drive your car for at least 25-35 minutes, not just idle it. Idling produces roughly 13-40 amps, while driving at highway speeds allows the alternator to output 50-120 amps, significantly improving recharge efficiency. A 20-minute drive can replenish enough power for the next start, but a full charge from deeply depleted may require an hour or more of driving. Using a DC Power Supply or Inverter A regulated 12V DC power supply (bench power supply) set to 13.8V can slowly charge a battery. This is common in electronics workshops. Similarly, a household AC inverter plugged into a wall outlet can power a small 12V battery maintainer. Key Limitation: Most standard power supplies and inverters lack the current (amps) for fast charging. They typically deliver 2-5 amps, making them trickle chargers. Charging a completely dead 48Ah battery at 2 amps would theoretically take 24 hours. Always monitor voltage to prevent overcharging. Employing a Solar Panel A small 5-watt to 10-watt solar battery maintainer can offset parasitic drain and slowly add charge. Its effectiveness is highly variable. Performance Data: A 10-watt panel in ideal, direct sunlight generates about 0.8 amps. Under average conditions, it might produce 0.3-0.5 amps. It would take over 100 hours of peak sunlight to add meaningful charge to a dead battery. This method is best for maintaining a battery in a parked vehicle, not reviving a dead one. Push-Starting (For Manual Transmission Only) If the battery has a minimal surface charge but insufficient amps to crank the starter, push-starting can work. It bypasses the starter by using the car's momentum to turn the engine via the transmission. Procedure: Turn ignition to ON, depress clutch, put in 2nd gear, get car pushed to 5-8 mph, quickly release the clutch. The engine may turn over. Once running, the alternator begins charging. This method does not work for automatic transmissions. Safety is Non-Negotiable Inspect the Battery: Do not attempt to charge a battery that is cracked, leaking, bulging, or has frozen electrolyte. Replace it. Ventilation: Charge in a well-ventilated area. Batteries emit hydrogen gas, which is explosive. Connection Order: Always connect positive first, then negative to a ground. Disconnect in reverse order (negative ground first). This minimizes sparking near the battery. Post-Charge Check: If a battery dies repeatedly shortly after charging, the issue is likely a failing battery (average lifespan is 3-5 years), a faulty alternator, or a parasitic electrical drain. Method Best For Typical Charge Rate Time for Meaningful Charge Key Requirement Jump-Start & Drive Emergency Start High (50-120A while driving) 25-35 min drive Jumper cables, donor vehicle DC Power Supply Slow, Controlled Charge Low (2-5A) 10-24 hours Regulated 13.8V power supply Solar Panel Long-Term Maintenance Very Low (0.3-0.8A) 100+ hours (sunlight) 5W+ panel, consistent sun Push-Start Manual Transmission Emergency N/A (Engine-driven) Immediate start only Manual car, physical help
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