Eon8 PDFs

Hyundai Eon

This collection contains eight dealer brochures of the Hyundai Eon spanning 2011 through 2018, representing two international markets. The archive documents the evolution of this compact city car across multiple model cycles. Automotive researchers, collectors, and enthusiasts will find valuable insights into the design language, feature sets, and regional positioning of Hyundai's entry-level offering during this period.

Multi-marketMarket
8PDFs
2011–2018Production
7Model years

What you'll find here

Year-by-year archive pages with brochure PDFs, core specs, and links to related models.

Why it matters

Original manufacturer materials document equipment and options exactly as they were offered.

How to navigate

Use search or the year browser below. Each brochure card links to the full PDF download.

Browse by model year

Open a year to view details and download the brochure.

2011 Hyundai Eon Brochure

When Hyundai launched the Eon in 2011, it entered one of India's most competitive segments—ultra-compact city cars where Maruti and Tata held sway. The 814cc engine producing 55 hp made it a genuine contender for first-time buyers and daily commuters navigating congested urban routes. Its affordability and local manufacturing gave it an edge rivals couldn't easily match.

2012 Hyundai Eon Brochure

When Hyundai launched the Eon into India's ultracompact segment in 2012, it arrived as a direct answer to buyers seeking affordable motoring without sacrificing build quality. The 814 cc petrol engine produced 56 horsepower, enough for city driving and modest highway stretches. Two body styles—hatchback and sedan—gave Indian customers a choice the Nano couldn't match, positioni

2014 Hyundai Eon Brochure

By 2014, the Eon's 998 cc four-cylinder engine was tuned to deliver 67 horsepower, meeting India's ultra-compact segment demands where rivals like the Maruti Alto and Tata Nano competed fiercely for first-time buyers. The petrol-only configuration paired with a five-speed manual or four-speed automatic transmission, positioning it as the most affordable entry into Hyundai owner

2015 Hyundai Eon Brochure

By 2015, the Eon had become India's gateway to personal mobility, competing directly against the Maruti Alto and Tata Nano in the ultra-budget segment. Hyundai's Indian strategy hinged on affordable entry-level cars, and this 814cc petrol engine—producing 54 hp—delivered just enough pace for city commutes without demanding premium fuel. The left-hand-drive configuration dominat

2016 Hyundai Eon Brochure

By 2016, the Eon occupied a peculiar position in the entry-level segment—undercut by nothing in India, yet competing against the Kia Picanto and Maruti Alto in raw price consciousness. The 0.8-litre three-cylinder engine, producing 54 horsepower, prioritized fuel economy over pace. Buyers in emerging markets weighed it against used vehicles and motorcycles as much as new cars.

2017 Hyundai Eon Brochure

By 2017, Hyundai's Eon had carved out a distinct role in India's ultra-compact segment, offering buyers a credible alternative to Maruti's dominance. The 814 cc engine produced 56 bhp and returned strong fuel economy figures that appealed to first-time car owners. Practicality and value anchored its appeal.

2018 Hyundai Eon Brochure

By 2018, Hyundai's Eon lineup in India offered buyers a choice between hatchback and sedan body styles, each engineered around the same efficient 0.8-litre three-cylinder heart. The hatchback variant provided practical cargo flexibility, while the sedan delivered a more formal appearance for buyers seeking traditional proportions. Trim levels ranged from base to well-appointed,

Frequently asked questions

How many documents are in the Hyundai Eon archive?

The archive contains 8 original documents covering the Hyundai Eon. This collection includes brochures, dealer catalogs, and press materials from various years. The documents span from 2011 to 2018, providing a comprehensive view of the model's development and marketing throughout this period.

What years are covered in the Eon archive?

The collection covers 2011 to 2018, representing the production period for the Eon during this timeframe. There are gaps within these years, as documents are not available for every single year. The existing materials come from different points across this seven-year span.

Can these documents help with restoration research?

Yes, the archive documents are valuable for restoration and maintenance research. Brochures and catalogs contain technical specifications, equipment details, and design features useful for historical reconstruction. They provide authentic information about original condition, color options, and trim variants of the Eon.

Are different market versions of the Eon included?

Yes, the archive includes documents from 2 different markets. The Hyundai Eon was primarily developed for the Indian market, and the collection reflects regional variants and marketing approaches. This diversity shows how the vehicle was positioned and marketed across different regions.

How does this archive page differ from a catalog page?

This archive page focuses on the historical documents themselves, not vehicle specifications. You'll find information about available brochures, catalogs, and press materials here. A catalog page would instead contain detailed technical data about the car. The archive is a document collection for research and historical understanding.

How often is this archive updated with new documents?

The archive is continuously expanded when new original Eon documents are discovered and digitized. The current collection of 8 documents represents today's holdings. Rare catalogs and press materials are regularly added to build out the collection.

Which generation of the Eon is represented here?

The archive documents the first and only generation of the Hyundai Eon, produced from 2011 to 2018. This generation was specifically developed for the Indian market and served as the brand's entry-level model. The collection shows this generation's evolution across its entire production cycle.