Honda has built a reputation around long-running passenger cars, SUVs, minivans, and specialty vehicles. Certain older models have developed particularly strong followings among owners and independent repair professionals because of durable engines, straightforward mechanical layouts, strong parts support, or the ability to accumulate substantial mileage when maintained properly.
The Honda Accord has been one of the company's longest-running nameplates and has been produced through numerous generations, engines, transmissions, and technology changes.
Older Accords are often worth evaluating carefully before being sold or traded because many examples combine relatively simple mechanical systems with strong parts support.
The specific generation matters considerably. Four-cylinder Accords from several eras are particularly known for straightforward engine designs and relatively manageable maintenance requirements.
A high-mileage Accord should not automatically be considered near the end of its useful life. Condition matters more than the odometer alone.
Several characteristics contribute to the Accord's long-term reputation.
The engine compartment in many older generations is relatively accessible compared with increasingly complex modern vehicles. Routine maintenance can include oil changes, spark-plug replacement, cooling-system service, brake work, suspension components, and transmission-fluid service.
Honda's Maintenance Minder system on newer vehicles also monitors several service requirements. For example, Honda documentation for the Accord calls for inspections of brakes, steering components, suspension, driveshaft boots, brake lines, fluids, exhaust components, and fuel connections as part of scheduled maintenance.
A well-maintained Accord can therefore remain useful long after a newer vehicle has begun accumulating substantial electronic and mechanical repair expenses.
The seventh- through ninth-generation Accord models are particularly interesting in the used-car market because of their combination of conventional powertrains and mature mechanical designs.
Four-cylinder versions generally have a simpler drivetrain than some V6 configurations. However, individual engine and transmission history matters more than simply selecting a particular engine badge.
A V6 Accord with complete maintenance records and a healthy transmission can also be an excellent long-term vehicle.
Before deciding whether an older Accord should be retained, inspect:
Rust can be especially important on older vehicles exposed to road salt.
A clean body does not necessarily mean the underside is equally healthy.
The Civic is another Honda model with a long history of durable powertrains and strong aftermarket support.
Civics have been produced in numerous configurations, including sedans, coupes, hatchbacks, hybrids, and performance-oriented variants. As with the Accord, reliability varies between generations and individual vehicles.
The reason an older Civic can be worth keeping is relatively straightforward: a mechanically sound example can provide inexpensive transportation without requiring the cost associated with replacing the entire vehicle.
Many older Civic models use compact four-cylinder engines with relatively uncomplicated layouts.
The combination of modest vehicle weight, efficient engines, widespread parts support, and large production volumes makes many generations comparatively straightforward to maintain.
Honda's technical documentation also demonstrates that Civic models from earlier years were supported by electronic diagnostic and control systems that can be serviced or reprogrammed when necessary.
That does not make every Civic inexpensive to repair, but widespread production can make replacement components and technical information easier to source than for a low-volume vehicle.
Certain Civic generations have developed significant enthusiast followings.
Older hatchbacks and performance-oriented versions can have values driven by collectability rather than simple transportation.
Even an ordinary Civic can become increasingly interesting when it remains largely unmodified and has complete maintenance records.
Heavy modifications can complicate the assessment. Changes to suspension, engine management, exhaust systems, transmissions, or electrical components can make a vehicle more difficult to diagnose and return to reliable daily use.
For an older Civic, mechanics commonly pay attention to:
Some older Civic engines use timing belts rather than timing chains, making documented belt replacement particularly important.
A timing-belt replacement is routine maintenance on applicable engines, but failure to perform the service can result in significant engine damage.
The Honda CR-V occupies an important position among older compact SUVs.
Early CR-V generations combined a relatively compact footprint with four-wheel-drive capability, a practical cabin, and Honda four-cylinder engines.
Older CR-Vs can be especially appealing as practical vehicles because their design provides more cargo flexibility than a conventional sedan while retaining a relatively manageable mechanical package.
The CR-V has historically been designed around practical transportation rather than extreme performance.
Its compact dimensions, four-cylinder engines, and car-based platform make it suitable for commuting, family transportation, and light utility work.
The second-generation CR-V, in particular, has developed a strong reputation among used-vehicle enthusiasts.
The third generation also has substantial long-term appeal when properly maintained.
However, all-wheel-drive components introduce additional maintenance considerations. The rear differential, driveshaft components, and related systems require attention.
Honda's maintenance documentation for the current CR-V includes transmission-fluid service, rear-differential-fluid replacement on applicable configurations, brake-fluid service, suspension inspections, driveshaft-boot inspections, and other routine checks.
The underlying lesson applies to older CR-V models as well: routine fluid and drivetrain maintenance can have a major effect on longevity.
A CR-V with:
can be a more sensible vehicle to retain than a newer vehicle with a complicated repair history.
Cargo practicality is another factor.
Many older CR-Vs provide useful interior space without the size and fuel consumption of a larger SUV.
A pre-sale mechanical inspection should include:
A humming or whining sound from the drivetrain should receive attention rather than being dismissed as ordinary age-related noise.
The Honda Odyssey is different from the Accord, Civic, and CR-V because it is a minivan, but several generations have become popular among families seeking long-term utility.
A well-maintained Odyssey can provide substantial passenger and cargo capacity while using a relatively conventional gasoline powertrain.
The model's usefulness can also give it a longer practical life than its age might suggest.
Minivans often experience significant depreciation because buyers tend to favor newer family vehicles.
That can create an unusual situation: an older Odyssey may have relatively modest market value while retaining considerable practical value.
A family that already knows the vehicle's maintenance history may therefore benefit from retaining a sound example rather than replacing it simply because of age.
The condition of the transmission and engine is particularly important.
Certain Odyssey generations have had known transmission-related concerns, making service history a major part of any evaluation.
Many Odyssey models use V6 engines.
Depending on generation, some engines use timing belts and others use different timing-system designs.
On timing-belt-equipped versions, documented replacement is particularly important.
A belt failure can cause severe engine damage on interference engines.
Other areas requiring attention include:
The power sliding doors deserve special attention because they can become expensive to repair as vehicles age.
An older Odyssey can make sense to retain when the body is solid, the engine is healthy, the transmission operates properly, and major systems have been maintained.
Interior condition also matters.
A minivan with worn seats, damaged door mechanisms, broken climate controls, or extensive water intrusion may require more investment than its practical value justifies.
A mechanically healthy example with clean interior components can tell a very different story.
The Honda Element was produced for a relatively short period, but its unusual design has helped it develop a dedicated following.
Its boxy shape, washable interior surfaces, flexible seating arrangement, and compact exterior dimensions make it different from conventional compact SUVs.
The Element is one of those vehicles that can become more interesting as it ages because there is no direct modern equivalent with exactly the same combination of characteristics.
The Element was designed around versatility.
Rear seats can be folded or removed, creating substantial cargo flexibility. The upright body also provides useful interior height.
Its four-cylinder powertrain is related to Honda's broader family of engines used in other vehicles from the period.
Because the model was produced in relatively limited numbers compared with the Civic and Accord, well-preserved examples can attract interest from enthusiasts.
An Element with serious rust underneath may not be a sensible restoration candidate.
Rust inspection should include:
The underside deserves particular attention because corrosion can be much more serious than exterior appearance suggests.
The Element's unusual interior materials can make cleanup easier than in many conventional vehicles.
However, water leaks and damaged seals can create electrical and corrosion problems.
The condition of door seals, tailgate seals, windows, and floor areas should therefore be checked carefully.