···
Log in / Register

What are the trunk dimensions of the tenth-generation Accord?

6Answers
AnthonyAnn
08/30/2025, 11:52:21 PM

The rear seats of the 2018 tenth-generation all-new Accord can only be folded down as a whole. The trunk and cabin openings are not particularly large, and there is a small step in the middle, both of which affect practicality. The dimensions are as follows: depth ranges from 1000mm to 2120mm, width is 1390mm, and height is 560mm. Below are some relevant details about the tenth-generation Accord: Introduction 1: As an embodiment of Honda's innovative spirit and globally leading technology, the Accord has a 38-year global history. The original tires equipped on the Accord are Michelin's ultra-high-performance Pilot Super Sport tires. To address changes in contact area during high-speed cornering, Michelin employs Variable Contact Patch technology on the PSS. The luxury version is equipped with 215/60R16 Michelin tires. Introduction 2: The 2018 tenth-generation all-new Accord has a body length of 4893mm, width of 1862mm, height of 1449mm, and a wheelbase of 2830mm. Compared to the previous-generation Accord, the wheelbase has been increased, the width remains unchanged, and other dimensions have been reduced.

Was this review help?
105
Share
StJoanna
09/12/2025, 03:12:12 AM

When I used to drive the 10th-generation Accord, I often used it to carry stuff, and the trunk space was quite practical. The official volume is 586 liters, but I measured it myself—it's about 1.1 meters in depth, a bit over 1 meter in width, and around half a meter in height. The opening is quite large; after fitting two 28-inch suitcases, there was still room for a few backpacks. The floor is very flat, and the rear seats can be folded down to expand the space. Last time, I helped a friend move and managed to fit a folding bicycle plus two boxes of miscellaneous items. For long road trips, it’s more than enough for tents and sleeping bags—way more spacious than you’d expect. The spare tire underneath takes up a bit of space, so you have to be careful not to crush it when loading things. The opening height is reasonable, making it easy for elderly or kids to load and unload luggage. The flexibility of the space is praiseworthy—it handles daily grocery runs or trips with ease.

Was this review help?
3
Share
Expand All
McLola
10/26/2025, 04:01:32 AM

The trunk design of the 10th-generation Accord is quite efficient, with a generous capacity of 586 liters. The dimensions are approximately 110 cm in length, 100 cm in width, and about 50 cm in height. The opening width is 115 cm, making it easy to load large items. I've tested fitting four standard carry-on suitcases plus a golf bag with room to spare. While the numbers are impressive, practicality is more important. For example, the trunk floor is quite flat, so fragile items won't shift around. When the 60/40 split rear seats are folded down, the depth extends to nearly 2 meters, which is very convenient for transporting long items occasionally. Daily grocery runs are no problem at all, though when packed too full, visibility can be slightly obstructed, so driving safety needs attention. The space utilization is excellent, outperforming many competitors in its class.

Was this review help?
14
Share
Expand All
DelOlivia
12/09/2025, 03:21:09 AM

The 10th-generation Accord offers a spacious trunk with a practical 586-liter capacity, featuring a depth of over 1 meter and a width just over 1 meter. I used to pick up and drop off my kids, easily fitting a stroller and two large bags of diapers inside. The low opening made loading the stroller effortless. For weekend grocery runs, it comfortably accommodated fresh produce boxes and miscellaneous items without feeling cramped, and the height was sufficient for stacked boxes. Compared to my colleague's Camry, the Accord's trunk is deeper and more neatly organized, allowing for an extra travel bag. The trunk light provides good illumination, making it easy to find items at night. The space design is well-suited for daily family use—functional without being overly flashy.

Was this review help?
11
Share
Expand All
AshlynMarie
01/29/2026, 09:38:03 PM

The most satisfying aspect of driving the 10th-gen Accord is the trunk space. With 586 liters of capacity, it easily accommodates my photography gear—tripods, cases, and drone bags fit neatly inside. The 110 cm depth provides ample room for long lens cases without feeling cramped, though the 50 cm height is slightly low, requiring taller stands to be placed sideways. The wide opening ensures quick loading and unloading, while the rear seats fold down effortlessly with a single pull, transforming it into a makeshift van for moving furniture. The trunk’s practicality exceeds expectations—camping gear like tents and sleeping bags fit snugly, and the spare tire well can even stash tools. For optimal handling, it’s recommended to distribute heavy items evenly to maintain body balance. The space utilization is exceptionally well-designed.

Was this review help?
1
Share
Expand All
MaggieLynn
04/24/2026, 03:53:08 PM

I often take my 10th-generation Accord on trips, and the 586-liter trunk capacity is reliably spacious in real-world use. With a depth of about 110 cm and a width of nearly 100 cm, it can comfortably fit three 26-inch suitcases with room to spare. On my last road trip with friends, we loaded four backpacks, two sleeping bags, and a snack box, and still felt there was unused space. The trunk opening is wide enough for a large picnic basket. The half-meter height is not excessive but sufficient, making it easy to access items without bending over too much. The space becomes even more versatile when the rear seats are folded down, allowing for emergency cargo hauling without issues. The spare tire is tucked away discreetly, not interfering with daily loading, and sports equipment like skateboards stays secure. The design balances practicality and convenience, making travel hassle-free.

Was this review help?
7
Share
Expand All
More Q&A

Do you need to disconnect the battery to change the coil pack?

Yes, you should always disconnect the negative battery terminal before replacing a coil pack. This is a fundamental safety practice to prevent electrical shock, avoid short circuits that can damage the vehicle's Engine Control Unit (ECU), and eliminate the risk of accidental engine activation. While the car being "off" stops fuel and spark, 12-volt power remains live in many circuits, including the ignition system. The primary risk is creating an unintended ground. A dropped wrench or the coil pack connector itself can bridge between a powered terminal and the engine block, causing a severe short. This instant surge can fry sensitive electronics. Industry repair data indicates that a significant portion of ECU failures during DIY repairs stem from such preventable electrical incidents. Disconnecting the battery isolates the entire electrical system, creating a safe, zero-voltage environment to work. A secondary concern is protecting the ECU and coils. Modern coil packs are digitally controlled. Unplugging or plugging them in with power applied can send erroneous signals or voltage spikes back to the ECU, potentially corrupting its memory or damaging driver circuits. The consensus in professional automotive repair manuals is clear: always disconnect the battery before servicing any ignition or electronic component. The procedure is straightforward and adds only a minute to your job. Locate the negative battery terminal (marked with a "-" or NEG). Using a 10mm wrench, loosen the nut and carefully remove the cable from the terminal. Secure it away so it cannot swing back and make contact. You can now safely remove the electrical connector from the old coil pack, unbolt it, install the new one, and reconnect the harness. After reconnecting the battery, you may need to reset your clock and radio presets. The ECU will also undergo a brief relearning process over the next few drive cycles, which may result in the engine idling or running slightly differently for a short period. This is normal as the computer readapts to base parameters. Comparison of Risk Scenarios: Action Primary Risk Potential Consequence Likelihood Disconnecting Battery Minor inconvenience (reset clock/radio) None from a safety standpoint. N/A Not Disconnecting Battery Accidental short circuit during work. Damage to wiring, fuse, or the ECU . Repair costs can exceed $1000. Moderate to High Not Disconnecting Battery Arcing/spike when connecting coil. Damage to the new coil pack or ECU driver circuit. Low to Moderate While some experienced mechanics may occasionally skip this step on older, simpler vehicles, the safety margin it provides is too critical to ignore for the vast majority of DIYers. The minimal time investment safeguards against costly, irreversible damage.
102
Share

How much does it cost to fix a windshield wiper arm?

The total cost to replace a windshield wiper arm typically ranges from $50 to $100 for parts and labor at a professional shop. For a DIY approach, the part alone usually costs between $20 and $40 , saving you the $30 to $40 in labor fees. The final price depends heavily on your vehicle's make and model, with luxury or specialized cars often seeing higher parts costs. A standard wiper arm itself is not a particularly expensive component. For most mainstream sedans and SUVs, a new wiper arm costs between $15 and $45 from auto parts stores or dealerships. The repair is generally quick, taking a mechanic about 15-30 minutes, which keeps labor charges relatively low at an average of $30 to $40 . This efficiency is why the total professional service cost frequently stays under $100 for common vehicles. Vehicle type is the primary cost driver. Replacement arms for premium brands (e.g., Audi, BMW, Mercedes-Benz) or for trucks with specialized arms can cost $60 to $150 for the part alone, pushing the total repair bill toward $150 or more. Conversely, replacing a rear wiper arm on many hatchbacks or SUVs is often simpler and may use a cheaper part. Cost Component Typical Price Range Notes Wiper Arm (Part) $15 - $45 (Standard) / $60+ (Luxury) Price varies dramatically by vehicle make/model. Professional Labor $30 - $40 A quick, straightforward job for most mechanics. Total Professional Cost $50 - $100 The most common expected range for average cars. DIY Part Cost Only $20 - $40 You save on labor but need basic tools and skill. Opting for a do-it-yourself repair is a common and viable way to save money. The process usually involves lifting a small tab at the base of the arm and using moderate force to pull it off the splined wiper transmission shaft. Some stubborn arms may require a dedicated wiper arm puller tool, which can be purchased for under $20. If the pivot beneath the arm is corroded or damaged, the repair complexity and cost increase significantly. Recognizing when replacement is necessary helps avoid poor visibility. Key signs include visible bending or damage to the metal arm, a loss of spring tension causing the blade to chatter or streak, or a stripped pivot joint that allows the arm to wobble loosely. Addressing a faulty wiper arm promptly is a small investment for a critical safety feature.
144
Share

How long does it take to replace one caliper?

Replacing a single brake caliper typically takes a professional mechanic 1 to 2 hours of labor . The exact time hinges on the vehicle's condition and design. For a standard, uncomplicated replacement on a common sedan, a skilled technician in a well-equipped shop can often complete the job in about an hour. However, complications like severe rust or integrated electronic parking brakes can extend the time toward the two-hour mark or beyond. The process isn't just a simple swap. It involves safely lifting the vehicle, removing the wheel, unbolting the old caliper, installing the new or remanufactured unit (often with new pads), and critically, bleeding the brake system to remove air introduced during the change. This bleeding process alone can take 15 to 30 minutes and is non-negotiable for safety. Several key factors directly impact the repair duration: Rust and Corrosion: In regions that use road salt, caliper bracket bolts and slide pins frequently seize. Freeing these can consume significant extra time, sometimes doubling the initial estimate. Brake System Bleeding: Simply replacing the caliper introduces air into the hydraulic lines. A proper bleed is required to restore a firm pedal feel. Some vehicles with advanced stability control systems require a scan tool for an electronic bleed procedure, adding time and complexity. Vehicle Specifics: Luxury or performance models, and vehicles with rear electronic parking brakes integrated into the caliper, require specific procedures for caliper retraction and calibration, lengthening service time. A realistic time breakdown based on common shop manuals and industry data is as follows: Scenario Estimated Labor Time Key Notes Uncomplicated Replacement 1 - 1.5 hours Standard vehicle, no seized parts, routine bleed. Replacement with Complications 1.5 - 2.5+ hours Significant rust, seized bolts, or electronic parking brake service. DIY/First-Time Attempt 3 - 4+ hours Includes time for research, tool gathering, and troubleshooting. While only one caliper may be faulty, mechanics strongly recommend replacing calipers in axle pairs (both front or both rear). This ensures even braking force and prevents premature wear on the newer side. Opting for a pair replacement will logically double the total labor time, though some efficiency is gained by working on both sides simultaneously.
287
Share

Are wider tires better?

Wider tires are not universally better; their benefits are highly dependent on driving conditions and vehicle goals. For dry pavement performance and aesthetics, they excel. For fuel efficiency, wet weather safety, and winter driving, narrower tires often hold the advantage. The optimal choice balances your specific driving priorities against the inherent trade-offs in traction, efficiency, and cost. The core benefit of a wider tire is an increased contact patch—the area of rubber touching the road. This directly translates to more mechanical grip on dry surfaces. According to industry testing by organizations like Tire Rack, a moderate increase in tire width (e.g., 20mm) can improve dry lateral grip by approximately 3-5% and reduce dry braking distances by a similar margin on a performance sports car. This makes them a near-mandatory upgrade for track days or spirited driving on sunny roads. However, physics introduces significant compromises. In wet conditions, a wider tire must disperse more water through its tread grooves. If it cannot, it is more prone to hydroplaning—riding on a film of water and losing all traction. Data from the National Highway Traffic Safety Administration (NHTSA) highlights wet-weather crashes as a critical safety area, where tread depth and design often outweigh pure width. For deep snow, a narrower tire exerts higher pressure per square inch, cutting through to find grip, whereas a wide tire may "float" on top. The impact on fuel economy is measurable. Wider tires have greater rolling resistance. The U.S. Department of Energy notes that a 10% increase in rolling resistance can lead to a 1-2% reduction in fuel economy . This effect is compounded by increased weight and aerodynamic drag. Consideration Wider Tire Typical Impact Key Reason Dry Grip & Handling Improvement (3-5% in testing) Larger contact patch, reduced sidewall flex. Fuel Economy Decrease (1-3% potential loss) Higher rolling resistance, increased weight. Wet/Snow Traction Often Worse Higher hydroplaning risk; poor snow penetration. Ride Comfort & Noise Often Worse Stiffer sidewalls, more road noise transmission. Cost Increase More raw material, often premium performance category. For vehicle compatibility, staying within 20mm of the manufacturer's original width is a standard industry guideline to maintain designed handling characteristics and avoid issues like fender rubbing. Simply installing the widest possible tire can overwhelm the suspension's engineering, leading to sluggish steering response, accelerated wear on components, and a harsher ride. Ultimately, the question "are wider tires better?" must be reframed as "better for what?" For a summer-only sports car, the answer leans yes. For a hybrid commuter vehicle in a rainy climate, the answer is likely no. The decision should be driven by your dominant use case, not a blanket assumption that wider always equals better performance.
124
Share

What issues can occur after replacing a mass air flow sensor?

Replacing a mass air flow (MAF) sensor can sometimes lead to persistent check engine lights, poor idle, stalling, or hesitation because the engine computer hasn't reset, there's an installation error, or the new part itself is faulty. The most common cause is the vehicle's Engine Control Module (ECM) needing to adapt, which typically requires driving 50-100 miles for recalibration. A critical first step is to clear any stored diagnostic trouble codes with an OBD2 scanner . This resets the system. If the light returns immediately, it points to an active problem. A common installation error is failing to secure the air intake duct connections, creating a vacuum leak that causes a rough or unstable idle. Visually inspect all clamps and hoses for a proper seal. Additionally, ensure the sensor's electrical connector is clean and fully seated; corrosion or a bent pin can disrupt the signal. Using substandard or incompatible aftermarket sensors is a frequent source of trouble. For instance, a 2021 study by the Automotive Aftermarket Suppliers Association noted that poorly calibrated aftermarket MAF sensors accounted for approximately 15-20% of comeback repairs related to drivability issues. These sensors can send incorrect airflow data, leading to improper air-fuel mixtures. Symptoms include hesitation during acceleration, reduced power, and even increased fuel consumption. Common Issue Likely Cause Immediate Action Check Engine Light Remains Old codes not cleared; faulty new sensor; wiring issue. Clear codes with OBD2 scanner. Inspect wiring/connector. Rough Idle or Stalling Vacuum leak from loose intake; dirty throttle body. Inspect intake ducting and clamps. Clean throttle body. Hesitation on Acceleration ECM adaptation incomplete; incompatible MAF sensor. Drive 50-100 miles for adaptation. Verify part compatibility. Poor Fuel Economy Incorrect air-fuel ratio from faulty sensor data. Test sensor output with a scan tool or multimeter. If basic troubleshooting fails, the new MAF sensor itself may be defective. A simple diagnostic is to temporarily reinstall the old sensor (if it was intermittently faulty, not completely dead) to see if symptoms change. For a more definitive test, use a diagnostic scan tool to monitor the MAF sensor's live data grams per second (g/s) reading at idle ; compare it to the manufacturer's specification, which is often between 2-7 g/s for most passenger vehicles at warm idle. A reading of zero or an abnormally high value indicates a problem. Finally, remember that a MAF sensor replacement is often a response to a symptom, not always the root cause. Underlying issues like a dirty or failing throttle body, a clogged air filter, or even exhaust system problems can mimic MAF failure. Always ensure these are checked before and after sensor replacement to avoid misdiagnosis.
223
Share

How much does it cost to replace a frame on a car?

Replacing a car frame typically costs between $8,000 and $12,000 , with severe cases exceeding $15,000. This high cost often leads insurers to declare the vehicle a total loss. The final price hinges on your vehicle's construction—unibody or body-on-frame—and the extent of the damage. Cost Breakdown by Vehicle Type & Procedure The repair approach and cost are fundamentally different for unibody and body-on-frame vehicles. Industry data from sources like I-CAR and CCCIS indicates clear pricing tiers. Procedure / Vehicle Type Typical Cost Range Key Notes Unibody Structural Section Replacement $8,000 - $15,000+ Involves cutting out damaged sections and welding in new factory parts. Requires advanced calibration. Full Frame Replacement (Body-on-Frame Truck/SUV) $4,000 - $10,000 The frame is a separate component, but labor to remount the body is extensive. Frame Straightening / Alignment $1,500 - $5,000 Only viable for mild to moderate bends where metal integrity is intact. Requires a laser frame machine. Localized Rust Repair (Frame Section) $500 - $2,500 Cost escalates if rust compromises structural points or safety mounts. Primary Cost Factors Labor is the largest expense, often consuming 60-70% of the total bill . A proper frame repair requires removing the drivetrain, suspension, interior, and sometimes the entire body. Shop rates vary from $80 to $150+ per hour. The vehicle's make, model, and age drastically affect part costs. A new OEM frame for a popular truck can cost $2,000-$4,000 alone, while a rare or discontinued frame may be prohibitively expensive or only available from salvage yards. Frame Repair vs. Replacement: Making the Call Straightening is only suitable for minor collisions. If the frame is kinked, cracked, or severely twisted, its tensile strength is compromised. Professional technicians will recommend replacement when heat from straightening could weaken the metal or when factory specifications cannot be restored. Severe rust with holes or scaling that affects structural mounting points also necessitates replacement, as repair patches are not considered safe or durable for long-term integrity. Insurance and Total Loss Considerations Due to the high cost, frame damage is a primary factor in a total loss declaration. Insurers compare the repair cost against the vehicle's Actual Cash Value (ACV). If repairs exceed approximately 70-75% of the ACV , the car is typically totaled. Even if repaired, a vehicle with documented frame damage will have a significantly diminished resale value. It's crucial to get a detailed estimate from a certified collision repair center before deciding to proceed with insurance claims or out-of-pocket payments.
104
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.