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What is the real fuel consumption of the MG5?

6Answers
Ralph
07/24/2025, 05:59:26 PM

The combined fuel consumption of the MG5 is 5.6-5.9L/100km. There are a total of 7 models of the MG5 currently on sale. The manual transmission Youth Fashion Edition and manual transmission Youth Luxury Edition have a combined fuel consumption of 5.6L/100km. The CVT Youth Fashion Edition and CVT Youth Luxury Edition have a combined fuel consumption of 5.7L/100km. The Luxury Trend Edition, Luxury Flagship Edition, and Luxury Enjoy Edition have a combined fuel consumption of 5.9L/100km. The above figures are the NEDC combined fuel consumption, which is the fuel consumption data measured under the NEDC test procedure. The real fuel consumption is higher than this value, ranging from 5.6-7.0L/100km. Specific factors affecting car fuel consumption are as follows: Car weight: Larger and heavier cars consume more fuel. Generally, a small family car with a 1.6L engine and a weight of about 1.2 tons has a fuel consumption of approximately 7.5 liters (calculated under full load), while an SUV model weighing about 1.5 tons has a fuel consumption of 8.5 liters. Different weights result in different fuel consumption levels. Wind resistance: Higher wind resistance increases fuel consumption during driving. Cars with better aerodynamics have lower wind resistance, which in turn reduces fuel consumption. Economical RPM: During driving, the engine has an optimal torque output point. Maintaining the car's speed within this torque output range significantly reduces fuel consumption. Generally, small-displacement cars achieve this at around 70 km/h, while larger-displacement cars reach it at about 100 km/h. Keeping the speed within this economical RPM range ensures minimal fuel consumption. Driving style: Aggressive driving behaviors such as sudden acceleration, frequent overtaking, and not easing off the throttle before stopping at traffic lights can increase fuel consumption.

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LawsonFitz
08/10/2025, 05:56:31 AM

I remember being particularly concerned about the fuel gauge when I first got the car. After driving for almost a year, I've figured it out a bit. The 1.5L naturally aspirated version shows around 8L/100km in city traffic during rush hours with frequent stops and starts, and it can go up to over 9L with the AC on in summer. On elevated roads or ring roads where you can maintain speed, it’s common to see between 6.5L and just over 7L. On the highway with cruise control, the lowest I’ve gotten is 5.9L, usually around 6.5L. The 53L fuel tank gives about 550-560km in the city and over 600km on the highway. However, the displayed consumption is slightly lower than actual; calculating after each fill-up shows the real consumption is about 0.5L higher than displayed. Driving habits matter a lot—being gentle on the throttle can save quite a bit of fuel.

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LeoAnn
09/26/2025, 01:52:59 AM

When it comes to the MG5's fuel consumption, it depends on the specific engine and driving habits. My 1.5T model shows around 9 to 10.5 L/100km in city driving, especially during short trips with cold starts which are particularly fuel-intensive. On weekends cruising at about 70 km/h on suburban highways, the display drops to just over 7 L/100km. Aggressive driving with late gear shifts can easily push consumption above 10 L/100km. The engine and transmission work smoothly together, but turbo lag is noticeable during hard acceleration. I've also tested fuel grades—95 octane does last longer than 92. I recommend using third-party apps for more accurate real-world fuel consumption measurements compared to the onboard computer.

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DelHope
11/09/2025, 02:56:35 AM

In actual usage, the difference in road conditions is significant. The 1.5L manual transmission consumes 7.5-8.5 liters in normal city driving, and can exceed 9 liters in heavy traffic. The automatic transmission is slightly higher. At a highway speed of 120 km/h, the manual transmission consumes around 6.2 liters, while the automatic consumes about 6.8 liters. The 1.5T engine offers stronger performance but is more fuel-hungry, typically consuming 9-11 liters in the city and 7-8 liters on the highway. Maintaining tire pressure at 2.5, avoiding heavy loads in the trunk, and minimizing sudden braking can save a lot of fuel. Winter heating doesn’t significantly increase fuel consumption, but cold starts and warming up the engine do. Recording mileage at each refueling provides the most accurate measurement.

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LeMaverick
12/30/2025, 09:53:31 PM

Fuel efficiency truly requires the right techniques, and maintaining a steady speed is the most cost-effective. With my 1.5L automatic transmission, I deliberately adopted fuel-saving driving methods: cruising at the economical speed of 60-80 km/h, anticipating road conditions to minimize braking, and setting the air conditioning to 26°C. After three months of consistent practice, my actual fuel consumption dropped to 7.1L/100km in the city and 5.9L/100km on elevated roads. However, under normal driving conditions, it usually stays above 8L/100km. I’ve noticed that the displayed fuel consumption is generally 0.4-0.6L lower than the actual figure—typical of an optimistic gauge. After the fuel price hike, I learned the technique of coasting in gear downhill, which indeed helps save some fuel costs. Switching to full synthetic oil didn’t reduce fuel consumption, but it did make the engine quieter.

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DiBraxton
03/27/2026, 11:48:59 PM

Over the years of car repairs, I've handled many MG5 models and remember the data clearly. The 1.5L naturally aspirated manual averages 7-8 L/100km, automatic 8-9; the 1.5T automatic typically 9-11. One ride-hailing driver converted to CNG with consumption of 9 cubic meters per 100km, costing just 0.3 yuan per km. Northern winters generally consume 0.5-1L more. Common fuel-wasting situations: dirty oxygen sensor (+15%), worn spark plugs (+10%), low tire pressure (+3%). The most fuel-efficient case was an experienced driver using manual mode exclusively, achieving 6.8L combined. Regular carbon cleaning saves fuel.

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More Q&A

How long does car sickness last for dogs?

Dog car sickness typically lasts only for the duration of the car ride, with most symptoms resolving within an hour after the motion stops. While many puppies outgrow it by 6 to 12 months of age, unmanaged cases in anxious dogs can lead to prolonged symptoms or lasting travel anxiety. The core duration revolves around the motion stimulus. Symptoms like drooling, whining, vomiting, or lethargy usually begin shortly after the car starts moving and cease once the vehicle is stationary. For the majority of dogs, recovery is swift; they return to normal within 60 minutes after exiting the car. However, veterinary sources note that in severe instances, a dog may appear subdued or refuse food for several hours post-travel. A key factor is the dog’s age and physiological development. Puppies are disproportionately affected because their inner ear structures, responsible for balance, are not fully developed. Industry data indicates that approximately 50% of puppies experience motion sickness. As they mature, most outgrow this condition naturally between 6 and 12 months old as their vestibular system matures. Without positive intervention, the issue can evolve from a physical problem to a behavioral one. A dog that consistently feels ill in the car can develop conditioned fear or anxiety. This psychological association can make the distress last for the entire trip every time and may persist for years, effectively extending the "sickness" duration to encompass all future travel. Proactive management directly influences how long sickness lasts. The following table outlines common strategies and their impact: Strategy Implementation Impact on Duration/Severity Pre-Travel Fasting Withhold food for 8-12 hours before trip. Reduces likelihood and volume of vomiting. Gradual Acclimation Start with short, positive trips (e.g., just sitting in a parked car for treats). Builds positive associations, can prevent anxiety from extending discomfort. Veterinary Medication Use vet-prescribed drugs like maropitant (Cerenia). Provides up to 24-hour prevention of nausea and vomiting. Natural Remedies Use pheromone sprays, ginger supplements, or ensure proper ventilation. May reduce anxiety and mild nausea, shortening recovery time. For persistent cases, consulting a veterinarian is non-negotiable. They can rule out other illnesses and provide prescription solutions. Medications like Cerenia are highly effective and can break the cycle of nausea and anxiety, drastically shortening or eliminating the period of sickness during travel.
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Is it a good idea to cosign on a car?

Cosigning a car loan is typically a high-risk, low-reward financial move and is often a bad idea for the guarantor. You assume 100% legal liability for the debt, which harms your credit score and borrowing capacity, yet you gain no ownership rights to the vehicle. You should only proceed if you are financially and emotionally prepared to make every payment yourself. The core risk lies in total financial liability . As a cosigner, you are not a backup plan; you are an equally responsible party to the loan. If the primary borrower misses a payment, the lender will immediately pursue you for the full amount, plus any late fees. This legal obligation persists regardless of any personal agreement you have with the borrower. This arrangement directly damages your financial profile. The entire loan balance appears on your credit report as your debt, increasing your debt-to-income (DTI) ratio—a key metric lenders use to assess your ability to take on new debt. According to industry data from sources like Experian, a high DTI ratio above 43% can severely limit your ability to qualify for a mortgage or other loans. More critically, any payment delinquency by the primary borrower, even one that’s 30 days late, will be reported on your credit history, potentially causing a significant drop in your credit score. The personal relationship risk is substantial. Financial disputes are a common source of conflict. If the borrower cannot pay, you face the difficult choice of straining the relationship by demanding payment or harming your own finances by covering the cost yourself. The promise to “handle it” often falters under real economic pressure. For the primary borrower, the benefits are clear: a cosigner can be the difference between loan approval and denial for those with thin or poor credit. A cosigner with excellent credit can also help secure a lower Annual Percentage Rate (APR), potentially saving thousands over the loan's life. For the Cosigner: Pros & Cons For the Primary Borrower: Pros & Cons Pros: Helps a friend/family member. Pros: Enables loan approval; may secure a lower interest rate. Cons: Full loan liability; credit score risk; reduced future borrowing power; potential relationship damage; no vehicle ownership or control. Cons: Requires revealing financial struggles; creates potential relational dependency; cosigner may have rights to vehicle information. If, after weighing these factors, you decide to cosign, take protective steps. Formalize the agreement with a written contract outlining the borrower’s payment responsibilities and a plan for refinancing to remove your name. Monitor the loan by setting up alerts or requiring proof of payment. Most importantly, only commit an amount you can afford to pay in full without jeopardizing your financial stability, treating it as a gift you may not get back. Consider suggesting safer alternatives first. The borrower could opt for a less expensive vehicle, save for a larger down payment, or work on building their credit independently through a secured credit card before applying for an auto loan. These paths avoid entangling your finances and provide a more sustainable foundation for their credit history.
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Is it best to finance or lease a car?

The best choice depends entirely on your driving habits and financial goals. Leasing is ideal for those who want lower monthly payments, prefer driving a new car every 2-4 years, and stay under mileage limits. Financing is better for long-term owners who drive more miles, want to build equity, and plan to keep the vehicle for 5+ years. There is no universal "best" option; it's a trade-off between ongoing cost, flexibility, and eventual ownership. A car lease is essentially a long-term rental. You pay for the vehicle's depreciation during the lease term, plus fees and interest. Industry data from sources like Edmunds indicates that monthly lease payments are typically 20% to 30% lower than loan payments for the same new car. This lower cost allows access to more premium models. Most leases last 36 months, aligning perfectly with a new car's bumper-to-bumper warranty period, minimizing out-of-pocket repair costs. The primary constraints are mileage and wear. Standard leases allow 10,000 to 15,000 miles per year, with excess mileage fees ranging from $0.15 to $0.30 per mile. You must also return the car in good condition, with charges for excessive wear. Financing a car through a loan means you are buying it. You own the asset after the final payment. Monthly payments are higher because you're paying off the total purchase price, plus interest, over a longer term (commonly 60-72 months). A key advantage is building equity. Once the loan is paid, you own a free-and-clear asset you can sell or trade. There are no mileage penalties, making it suitable for high-mileage drivers. However, you bear all maintenance costs once the factory warranty expires, which can be significant after year 3 or 4. According to market analysis, the total cost of ownership over 6-7 years can be lower with financing, despite the higher initial payments, because you have several years of payment-free driving. Consideration Leasing Financing (Loan) Monthly Payment Lower (pays for depreciation only) Higher (pays for full vehicle cost) Down Payment Often lower (may include first payment & fees) Typically 10%-20% of purchase price Long-Term Cost Perpetual payment cycle; no equity. Higher initial cost, but payments end; builds equity. Mileage Limits Strict, usually 10k-15k miles/year with fees. No restrictions. Vehicle Ownership No ownership; return at lease end. Own the vehicle after final loan payment. Warranty Coverage Usually fully covered for the lease term. Covers initial years; owner pays later repairs. End-of-Term Return car, pay any fees, walk away or lease new. Own asset; can keep, sell, or trade freely. Credit Requirement Excellent credit often required for best rates. Good credit needed; loan builds credit history. For business use, tax treatment differs. With a lease, the IRS typically allows you to deduct the portion of each lease payment used for business. With a purchase, you may deduct depreciation expenses according to IRS schedules. A tax professional should be consulted for specific advice. Your credit score is crucial for both paths. The best lease deals and lowest loan interest rates require a FICO score of 700 or above . A lease may have slightly stricter credit requirements as it's a riskier proposition for the lessor.
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Is it worth buying a 10 year old electric car?

Purchasing a 10-year-old electric car (typically from the 2014-2016 model years) can be a financially savvy choice for short, predictable commutes, but it is a calculated risk. Its value hinges almost entirely on the health of its high-voltage battery, which is likely out of warranty. Target it strictly as a secondary, low-mileage runabout, not a primary vehicle. The core appeal is starkly economic. Depreciation has drastically reduced the purchase price, often to a fraction of the original MSRP. Operating costs remain exceptionally low, with no need for oil changes, spark plugs, or exhaust system repairs. Electricity costs per mile are substantially lower than gasoline. For urban errands or a fixed daily commute under 40 miles, a decade-old EV can be perfect. However, the primary constraint is battery degradation and range . New, a car like the 2015 Nissan Leaf SV had an EPA-rated range of 84 miles. After 10 years, industry reports and user data from communities like MyNissanLeaf.com indicate it’s common for these batteries to retain 70-85% of their original capacity. This leaves a realistic range of 60-70 miles, which shrinks further in cold weather or with highway use. Models with small original batteries (e.g., early Ford Focus Electric at 76 miles) present an even greater challenge. Critical to the decision is the expired battery warranty. Most manufacturers offered 8-year/100,000-mile coverage on battery capacity. A 10-year-old car is almost certainly outside this protection. A full battery replacement, while rare as a sudden event, is a catastrophic financial risk. Quotes for a new pack can range from $5,000 to over $15,000 , often exceeding the car’s market value. Consideration Details & Data Points Battery Health Request a professional diagnostic report. Target a State of Health (SOH) above 80%. Below 70% severely impacts usability. Charging Primarily requires Level 1/2 home charging. Most 2014-2016 models support only 50kW or slower DC fast charging, adding ~80 miles in 30 mins. Model Specifics Avoid early Nissan Leafs (pre-2015) in hot climates due to lack of active thermal management, which accelerates degradation. Technology Expect basic infotainment. Smartphone integration may be absent. Driver aids are minimal (e.g., basic rear camera). Before buying, two non-negotiable checks are required. First, obtain a formal battery health report from a dealer or specialist. Second, confirm access to reliable home or workplace charging . Relying on public infrastructure for a car with limited range and slow charging is impractical. The verdict is scenario-dependent. It’s worth it for a buyer with a short commute, dedicated parking for a charger, and a budget under $10,000 seeking ultra-low operating costs. It is a poor choice for anyone needing more than 50 reliable miles daily, lacking home charging, or depending on it as their only car. This purchase is about managing expectations around a singular, aging component.
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Yes, heavier vehicles are generally safer for their occupants in a crash with a lighter vehicle, but this safety benefit plateaus around 4,000 pounds. Beyond that point, the increased weight offers diminishing protective returns for occupants while significantly raising risks for other road users, pedestrians, and cyclists. Modern vehicle safety is a balance of mass, structural design, and advanced technology. The fundamental advantage lies in physics. In a two-vehicle collision, the heavier vehicle imposes greater force on the lighter one, decelerating less violently. Occupants of a heavier car experience lower crash forces. According to data from the National Highway Traffic Safety Administration (NHTSA), a vehicle that is 1,000 pounds heavier than its collision counterpart is associated with a roughly 20-30% lower fatality risk for its driver. However, research from the Insurance Institute for Highway Safety (IIHS) indicates that this benefit is not linear. Adding mass provides substantial safety gains up to a threshold of approximately 4,000 pounds. For vehicles exceeding this weight, such as large SUVs and pickups, further increases in poundage do not translate to measurably better occupant protection in equivalent crashes. The safety curve flattens. Structural engineering is equally critical. Heavier vehicles often have larger footprints and longer crush zones, allowing for more controlled, gradual energy absorption before forces reach the passenger cabin. This design principle, combined with high-strength steel cages, is a key safety feature independent of sheer weight. Vehicle Type Key Safety Consideration Relative Risk Factor Large SUV/Pickup (4,000+ lbs) High center of gravity Higher rollover risk compared to sedans Midsize Sedan (3,500 lbs) Balanced mass & structure Lower fatality rate in multi-vehicle crashes than smaller cars Compact Car (2,800 lbs) Lower mass in collisions Occupants face higher forces when hit by a heavier vehicle The risks associated with very heavy vehicles are significant. Their high centers of gravity elevate rollover risk, a notoriously dangerous crash mode. A study by the Highway Loss Data Institute (HLDI) found that some large SUVs have a claim frequency for rollover accidents that is over 56% higher than the average for all vehicles. Furthermore, increased mass leads to longer stopping distances, potentially increasing rear-end collision risk. Today, technology has narrowed the safety gap. Electronic stability control, advanced crumple zones, and a suite of airbags and driver-assistance systems are now standard across vehicle classes. A modern, well-designed midsize sedan can offer superior overall crash protection compared to a heavier, older model SUV lacking these features. The societal impact is a major consideration. A vehicle weighing 5,000 pounds poses a far greater threat to pedestrians, cyclists, and occupants of standard cars in any collision. The safety equation thus shifts from a purely individual perspective to a community one. Choosing a vehicle involves balancing personal occupant protection with the safety of everyone sharing the road.
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What age do dogs stop getting carsick?

Most dogs stop getting carsick between 6 to 12 months of age as their inner ear and nervous system mature. However, around 5-10% of adult dogs may continue to experience motion sickness, primarily due to anxiety or negative associations rather than physical development. The primary cause of puppy car sickness is an underdeveloped vestibular system in the inner ear, which is responsible for balance. As a puppy grows, this system typically matures, resolving the physical aspect of motion sickness. Data from veterinary behavior studies suggest that roughly 90% of puppies show significant improvement by their first birthday , with many improving as early as 5-6 months. The timeline can vary by breed size. Larger breeds, which mature more slowly, may not fully outgrow the physical susceptibility until they are 18 to 24 months old . For example, a Great Dane puppy might experience motion sickness longer than a Beagle. If car sickness persists into adulthood, the cause is often behavioral. A dog that only associates car rides with stressful events like vet visits can develop anxiety-induced nausea. This is a conditioned response, not a physical one. Market data from pet care companies indicates that anxiety is a contributing factor in over 80% of persistent adult car sickness cases . Managing and resolving car sickness involves a combination of strategy: Strategic Positioning: Secure your dog in the middle of the back seat or in a forward-facing harness. This provides a stable, central vantage point to see the horizon, which can help the brain reconcile visual and vestibular signals. Environmental Control: Keep the car cool and well-ventilated. Cracking a window for fresh air can reduce nausea. Avoid feeding a large meal right before travel. Gradual Desensitization: Create positive associations. Start by letting your dog explore the parked car with treats. Progress to short, fun trips to a park, not just the vet. Consistent positive exposure is key. Veterinary Intervention: For persistent cases, consult your vet. Prescription medications like maropitant (Cerenia) are highly effective and safe for preventing vomiting due to motion sickness. Antihistamines like meclizine may also be recommended, but always under veterinary guidance. The following table summarizes the key age milestones and influencing factors: Factor Typical Timeline / Detail Notes Physical Maturity 6 - 12 months Inner ear (vestibular system) development is primary cause in puppies. Breed Size Impact Up to 18-24 months Larger breeds mature slower; may experience physical motion sickness longer. Behavioral Factor Can persist indefinitely Anxiety from negative associations is the main cause in adult dogs. Improvement Rate ~90% by 12 months Majority of puppies outgrow the physical component. Ultimately, while most dogs outgrow the physical roots of car sickness as puppies, success in adult dogs depends on addressing the anxiety component through patient training and, if needed, professional veterinary support.
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