Mitsubishi Eclipse Car Cover Guide: Four Generations, One Discontinued Legend (1989–2012)

Every Mitsubishi Eclipse on the road today is at least 12 years old. The last fourth-generation coupe and Spyder rolled off the line in 2012, and Mitsubishi discontinued the nameplate entirely — meaning there is no replacement production line restoring supply, no factory support extending the market, and no path to acquiring a new one. What exists is what exists. For DSM-era first and second generation owners in particular, those cars occupy a position in the enthusiast market that a paint scratch or sun-faded hood changes permanently. A car cover for a Mitsubishi Eclipse is not a convenience product. It is a preservation decision.

The Eclipse ran four generations across 24 years, and each generation presents different cover requirements: different body profiles, different length dimensions, and — for Spyder variants — a fundamentally different installation context that affects how a cover drapes and seals around the vehicle. This guide covers the dimensional differences across all four generations, the specific considerations for Spyder convertible owners, why the DSM community treats exterior finish preservation as a primary ownership concern, and how to match cover construction to the way your Eclipse actually lives.

01Four Generations: Dimensional Profile by Year

The Eclipse changed substantially across its production run. Specifying a cover by make and model alone misses the generation-level dimensional differences that determine fit quality at the body edges, rear quarter, and roofline.

First Generation (1989–1994): The 1G Eclipse was produced under the Diamond Star Motors joint venture between Mitsubishi and Chrysler at the Normal, Illinois facility. Body dimensions ran approximately 170.3 inches in length. The platform offered front-wheel drive in base configurations and all-wheel drive in the GSX turbo variant, with the turbocharged GST and GSX models carrying cult status in the DSM enthusiast community. The 1G body is the most compact of the four generations, with a shorter rear deck and a relatively low roofline profile compared to later variants.

Second Generation (1995–1999): The 2G retained the DSM platform architecture with revised exterior styling and continued turbocharged AWD availability in the GSX. Length extended modestly relative to the 1G, with updated front and rear fascia geometry. The 2G is the generation most commonly associated with the JDM tuner culture that defined Eclipse ownership in the late 1990s, and surviving low-mileage or restored 2G examples represent a significant collector interest segment. These cars are now 25 to 30 years old.

Third Generation (2000–2005): The 3G marked a significant departure from the DSM architecture — Mitsubishi moved to a Chrysler-based platform, dropped the turbocharged AWD options, and substantially increased body dimensions. The coupe measures 177.4 inches in length per Mitsubishi manufacturer specifications, making it noticeably longer than both DSM generations. The 3G also introduced the Eclipse Spyder, a power-retractable soft-top convertible that added a different roofline and body profile distinct from the coupe. The Spyder's convertible architecture changes the rear section geometry, with a power soft-top storage area that alters the deck profile behind the rear seats.

Fourth Generation (2006–2012): The final generation extended the body further to approximately 181.7 inches in length — the largest Eclipse produced across the nameplate's run. The 4G offered both a coupe and a second-generation Spyder with a revised power soft-top mechanism. The 4G was the last model produced before Mitsubishi discontinued the Eclipse in 2012. The Eclipse Cross, introduced in 2018, shares the Eclipse name but is a compact SUV with no dimensional or architectural relationship to the original coupe and Spyder lineage — this guide covers the Eclipse coupe and convertible only.

The practical cover consequence of these generational differences: a cover specified for a 170-inch 1G body will have significant excess material at the rear when placed on a 181.7-inch 4G body. A cover sized to 4G dimensions will pull tight over a 1G rear deck rather than draping past the body edge. Specifying by generation year — not just by model name — is the first requirement for correct Eclipse cover fit.

02Spyder Convertible: Different Profile, Different Installation

The Eclipse Spyder introduced in the 3G and continued through the 4G presents a cover requirement that coupe owners do not face: the power soft-top must be in its fully stored position before a cover can be installed.

The Spyder's power-retractable soft-top stores beneath a hinged panel behind the rear seats when lowered. In the stored position, this creates a raised profile at the rear of the vehicle that a cover must accommodate. A cover patterned to coupe roofline dimensions will not drape correctly over a Spyder with the top stored — the fabric will pull tight across the raised storage section rather than settling into the correct body-conforming drape.

For Spyder owners, the installation sequence is: lower the top completely, confirm the storage mechanism has closed the rear panel, then install the cover from front to rear. Attempting to install a cover over a partially lowered or partially stored soft-top creates localized pressure against the soft-top mechanism housing and the rear panel hinge points. Over repeated installation cycles, that pressure can deform the soft-top storage panel geometry and create a contact zone that marks the rear fascia.

Cover selection for a Spyder should also account for the convertible's lower overall height with the top stored compared to the same car with the top raised. The body profile in stored-top position is the correct reference for cover fit specification. DaShield Spyder cover patterns are specified to the top-stored profile, not the top-raised profile.

03DSM Community and the Finish Preservation Standard

First and second generation Eclipse owners — particularly those in the Diamond Star Motors enthusiast network — apply a different standard to exterior preservation than owners of higher-production vehicles. The reasoning is structural: 1G and 2G parts availability has been declining for more than two decades. Exterior body panels in good condition have no replacement source other than other DSM cars. A paint scratch that would be a routine repair on a vehicle with active production support becomes a parts-sourcing problem on a 1G GSX.

This community priority has a direct implication for cover fabric selection. Tarmac Black and Labrador Black Metallic — two of the more prevalent Eclipse color options across generations — share a property common to dark metallic and solid black finishes: they show swirl marks and surface abrasion from non-woven cover fabrics with high visual clarity against dark paint. Non-woven polypropylene fabric, the material used in low-cost car covers widely available in this segment, has a surface texture that generates micro-abrasion against paint during installation and removal cycles. On black paint, each removal cycle can deposit a pattern of swirl marks that accumulates visibly over months of use.

For a 1G or 2G Eclipse owner, this is not a cosmetic annoyance — it is irreversible damage to a paint surface that cannot be matched with new panels. AATCC 16 UV testing establishes the standard for fabric UV resistance, but the inner-face contact behavior is a separate property that AATCC 16 does not address. A cover's ability to protect Eclipse paint from abrasion during removal depends on the construction of the inner contact face, not on its UV resistance rating.

04UV Exposure and a Car That Cannot Be Replaced

All four Eclipse generations are now in the age range where UV exposure has been accumulating for over a decade. NOAA UV index data shows that many high-population US regions — the Southwest, Southeast, and portions of the mid-Atlantic — sustain UV index readings of 8 or higher for multiple months per year. At UV index 8 and above, clearcoat degradation on unprotected vehicles is measurable on a seasonal basis.

For a discontinued vehicle, clearcoat degradation creates a different problem than it does for a current-production car. Factory color-matched paint codes are archived, but dealer color chip standards and spray application processes for a 1995 or 2001 Eclipse cannot replicate the original factory application. A clearcoat repair on a 2G Eclipse in Starion White or Scotia White will match by code but rarely matches exactly in depth and texture — a condition that experienced detailers call "color shift" under direct sunlight.

The case for UV-protective cover construction on any Eclipse is straightforward: a cover that meets AATCC 16 colorfastness standards blocks UV transmission to the clearcoat surface and reduces the rate of oxidation accumulation. For an owner planning to preserve or eventually sell a DSM-era Eclipse, the difference between a UV-protected finish and an unprotected one over a three-to-five-year outdoor storage period is the difference between a car that commands full collector interest and one that needs paint work before it presents well.

05DaShield Recommendations for the Mitsubishi Eclipse

Designed in Buena Park, California, DaShield cover specifications account for the generational dimensional differences across the Eclipse production run and the Spyder's distinct body profile.

Scenario 1 — Long-term storage, DSM preservation (1G/2G GSX/GST): Ultimum, $209

For 1G and 2G Eclipse owners storing a low-mileage or restored car for extended periods, the Ultimum multi-layer woven cover with lifetime warranty provides the highest construction depth available. The soft inner face does not generate abrasive contact on Tarmac Black or Labrador Black Metallic paint during installation or removal. Lifetime warranty coverage reflects the Ultimum's construction margin over the product lifespan. Care: wipe-down only — the woven multi-layer construction must not be machine washed.

Scenario 2 — Daily driver, outdoor parking (3G and 4G owners): Vanguard UHD, $199

For 3G and 4G Eclipse owners using their car daily with outdoor parking as the primary environment, the Vanguard UHD provides 5-layer woven construction with a soft inner face, AATCC 16 UV resistance, and moisture management for daily use cycles. The 5-year warranty and woven laminate construction make UHD the correct choice where UV exposure, moisture, and daily on/off cycles are the combined threat. Covers the Spyder's stored-top profile when specified at point of purchase. Care: wipe-down only.

Scenario 3 — Garage storage, occasional outdoor exposure: Vanguard HD, $139

For Eclipse owners with covered parking as the primary storage location and occasional outdoor exposure, the Vanguard HD provides 4-layer woven construction with a 2-year warranty. The HD is appropriate where UV and moisture exposure is intermittent rather than continuous. Not the correct choice for year-round outdoor storage or high-UV regions with sustained index readings above 8.

Scenario 4 — Indoor garage storage only: SoftTec Satin

For Eclipse owners with a climate-controlled garage storing a car that does not move outdoors for extended periods, the SoftTec Satin stretch-satin cover provides dust exclusion and soft-face surface protection. The Satin is machine washable, which simplifies maintenance for indoor-only use where the cover comes off frequently. Not rated for outdoor UV or moisture exposure.

06The Eclipse Cross Clarification

One naming confusion recurs consistently in Eclipse cover searches: the Mitsubishi Eclipse Cross, introduced in 2018, is a completely different vehicle from the Eclipse coupe and Spyder. The Eclipse Cross is a compact SUV with a body length of approximately 173 inches, all-wheel drive as standard, and a raised ride height profile. It shares no dimensional or body profile relationship with any of the four original Eclipse generations.

A cover specified for a 2006 Eclipse 4G coupe at 181.7 inches will not fit an Eclipse Cross. A cover specified for an Eclipse Cross SUV body will not fit any Eclipse coupe or Spyder generation. If you are purchasing a cover and see Eclipse Cross listed alongside Eclipse coupe years in a dropdown or model selector, confirm at the point of purchase that the cover pattern corresponds to the coupe/convertible generation you own, not the Cross SUV profile.

DaShield's Eclipse cover pages are separated by generation and body style. When ordering, verify that your selection references the correct generation year range (1989–1994, 1995–1999, 2000–2005, or 2006–2012) and the correct body type (coupe or Spyder).

08Bottom Line

The Mitsubishi Eclipse's discontinued status makes exterior preservation a different calculation than it is for current-production vehicles. All four generations are aging vehicles with no replacement supply — a paint failure or clearcoat degradation is a restoration project, not a dealer visit. For DSM-era 1G and 2G cars with the greatest collector interest, the inner-face abrasion behavior of a cover fabric determines whether repeated use protects or progressively damages a finish that cannot be easily restored.

DaShield covers for the Eclipse are specified to generation year and body style — coupe versus Spyder — and designed in Buena Park, California to address the dimensional differences that make a single generic "Eclipse cover" the wrong approach for a nameplate that ran from 170 inches in 1989 to 181.7 inches in 2012.

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