Hyundai UK introduces "Atlantic" brand
The new 'Atlantic' brand covers three new high spec, high value special edition models: Hyundai Accent Atlantic, Hyundai Getz Atlantic, and Hyundai Coupe Atlantic. All three cars come with a set of extra features at no additional costs.





Category: Hyundai
Posted by: nektotigra on 09/07/06


The new Hyundai Accent Atlantic replaces older Accent and the Elantra in Hyundai UK's model range. The three-door hatchback features a 1.4-liter petrol engine, an air-conditioning system, and alloy wheels. Aerodynamic kit also includes a high-mounted rear spoiler with stop light.

Standard equipment includes electric front windows, driver and passenger airbags, remote central locking, 60/40 split folding rear seat, front fog lights, stereo RDS/CD player, a trip computer and so on.

The new Hyundai Accent Atlantic will cost £8,995 on the road.

Hyundai UK introduces "Atlantic" brand
The Hyundai Coupe Atlantic will be based on the current Coupe 2.0 SE with manual transmission. The car will be offered in a choice of Dark Navy Blue, Samba Red or Smart Silver paint. The Atlantic-branded models will also feature a standard set of color-coded mats, 6-disc CD changer, climate control, auto-dimming rear-view mirror, and automatic lights-on control.

The Hyundai Coupe Atlantic will set you back at £17,170 on the road, but that's OK for a light flavor of exclusivity: Hyundai UK plans to sell no more than 500 of these tamed beasts.

Hyundai UK introduces "Atlantic" brand
Oh, and then there is Hyundai Getz Atlantic. The baby Hyundai features, alloy wheels, air-conditioning, body-coloured door mirrors and handles, electric heated door mirrors, front fog lights, remote central locking, side airbags and an alarm. The tiny car, based on the five-door 1.1 Getz CDX also sports a rear roof spoiler with brake light, color-coded carpet mats and carbon grain interior trim and all for just £7,990 on the road.

See also: Hyundai Keeps 2007 Accent's Price Under $11,000

Source: Hyundai UK "Atlantic" Models Surf In On A Wave Of High Value