City Rover & Tata Indica used Badge Engineering (Photo Courtesy: Wikimedia Commons, Tata Motors)

What is Badge Engineering Technology? Read on

Auto manufacturers opt for Badge Engineering to cut costs:

Have you ever noticed the striking similarities between two different cars. They just looked like identical twins. You must have wondered that they could have common parents..! But, you thought this could be a coincidence or something and brushed it aside, thinking how this could be true...? Well, the answer to this query is that it’s not fluke. But, it is a sheer planned activity to produce more than one car models with similar looks, features and size using the same DNA. Manufacturers term this activity as Badge Engineering.

What is Badge Engineering:

Designing and manufacturing a completely new car is very costly for any manufacturer. Besides, it is even more difficult to establish a new brand in the market. It takes several years before the brand gets recognition & becomes successful. However, it is comparatively less expensive for the manufacturers to re-badge a product than to create a whole new model from scratch. This practice is known as “Badge Engineering”.



This term originated with an earlier practice of replacing a car’s badge or logo and give it a new identity. Manufacturers normally apply these modifications only to badges and emblems. At times, they even carry out some minor styling updates. This includes cosmetic changes to head-lamps, tail-lamps or the fascias to give the car new look.

In some cases, they may also offer different mechanical components such as the engine, transmission and safety features etc. For e.g. Tata Motors in India marketed the Tata Indica as City Rover after re-badging it by Rover in UK.

How Badge Engineering works:

Manufacturers may implement Badge-Engineering when they own multiple brands and plan to market the same model under different brands. They may even use this practice for selling the same car under multiple brands.

For e.g. GM now owns the erstwhile Daewoo Matiz which it currently makes as Chevrolet Spark in India. However, GM also markets it in different countries as - Baojun Lechi (China), Chevrolet Joy, Chevrolet Lechi (China), Chevrolet Matiz, Formosa Matiz (Taiwan), Holden Barina Spark (Australia and New Zealand) and Pontiac Matiz (South America).

Daewoo Matiz (top) & Chevrolet Spark (bottom) (Photo Courtesy: Chevrolet)
Daewoo Matiz (top) & Chevrolet Spark (bottom) (Photo Courtesy: Chevrolet)

Two different companies may also implement Badge-Engineering together. They may exchange the products with each other which they don't have their line-up. For example, if a car-maker A has a MPV but does not have an SUV, whereas the car-maker B has an SUV but not the MPV, then they can exchange these two products with each other and sell them under their respective badge.

Badge-Engineering: Sharing the resources

Companies also share resources in order to cut costs as a part of this practice. They design a common car and then they sell it under their own brand. For instance, Renault and Nissan came together and designed a common SUV. However, they sell it separately under their own badge as Renault Duster / Nissan Terrano, respectively.

Renault Duster (top) & Nissan Terrano (bottom) use Badge Engineering (Photo Courtesy: Renault, Nissan)
Renault Duster (top) & Nissan Terrano (bottom) use Badge Engineering (Photo Courtesy: Renault, Nissan)

The luxury car segment also uses a form of Badge-Engineering. The manufacturer installs more or newer features, technology, luxury and styling. It then sells the new car as a high-end model under a premium brand. In case of luxury models, apart from cosmetic changes the manufacturers also equip their cars with newer generation engines, transmissions and special features. For e.g. to promote Audi as a premium brand, Volkswagen installs the latest technologies in the Audi-branded cars first before fitting them into VW cars.

Why implement Badge Engineering:

Manufacturer adapts another method which uses common platforms, technologies, components and parts. This method helps in huge savings in manufacturing costs and increases the company's profitability. For e.g. VW's Skoda’s Rapid & Volkswagen’s Vento are the cars which use common platform.

Skoda Rapid (top) & Volkswagen Vento (bottom) use Badge Engineering (Photo Courtesy: Skoda, Volkswagen)
Skoda Rapid (top) & Volkswagen Vento (bottom) use Badge Engineering (Photo Courtesy: Skoda, Volkswagen)

Sometimes, manufacturers used licensing form of Badge-Engineering. The companies make car models under license in another country. For e.g., Premier Group in India manufactured Fiat's 1100 D model in 1964 under license and renamed it as Premier Padmini.

Fiat 1100 D (top) & Premier Padmini (bottom) (Photo Courtesy: (Wikimedia Commons)
Fiat 1100 D (top) & Premier Padmini (bottom) (Photo Courtesy: (Wikimedia Commons)

Similarly, the 1955 Morris Oxford Series III was re-launched as Ambassador Mark I by Hindustan Motors in 1957 in India.

Morris Oxford Series III (top) & Ambassador Mark I (bottom) (Photo Courtesy: Wikimedia Commons)
Morris Oxford Series III (top) & Ambassador Mark I (bottom) (Photo Courtesy: Wikimedia Commons)

Although there is a long list of the cars made with Badge Engineering, some of the popular examples are as under:

Sl.Car 1Car 2Country
1Fiat 124Premier 118NEItaly, India
2Morris Oxford IIIAmbassadorUK, India
3Nissan MicraRenault PulseJapan, Europe, India
4Nissan SunnyRenault ScalaJapan, Europe, India
5Suzuki AltoMaruti AltoJapan, India
6Suzuki FronteMaruti 800Japan, India
7Suzuki SwiftMaruti SwiftJapan, India
8Tata IndicaRover CityRoverIndia, UK
9Daewoo MatizChevrolet SparkKorea, India, China, America
10Skoda RapidVolkswagen VentoEurope, India
11Renault DusterNissan TerranoJapan, Europe, India
12Suzuki SJ413Maruti GypsyJapan, India
13Nissan EvaliaAshok Leyland StileJapan, India
14Suzuki SplashOpel Agila B / Maruti Suzuki RitzEurope / India
15Subaru ForesterChevrolet ForesterJapan, India

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