Loading experience...

Lake Tekapo orange tree and water reflections
LEARN MORE
 
{{vehicle.FlagAlt}}
{{vehicle.BrandAuthorisedInfo}}
1/{{vehicle.ImageIndexes.split(",").length}}
{{vehicle.RecordAdded}}
{{vehicle.DetailsInfo}}
or
 
91,000kms | Automatic | 650cc | Petrol
$15,850 or $76 Wkly
 
87,160kms | Automatic | 660cc | Petrol
$20,350 or $97 Wkly
 
40,421kms | Automatic | 660cc | Petrol
$24,790 or $118 Wkly
 
108,966kms | Automatic | 660cc | Petrol
$16,190 or $78 Wkly
 
69,048kms | Automatic | 660cc | Petrol
$20,890 or $100 Wkly
 
34,380kms | Automatic | 660cc | Petrol
$20,350 or $97 Wkly
 
62,490kms | Automatic | 660cc | Petrol
$18,450 or $88 Wkly
 
86,000kms | Automatic | 2000cc | Petrol
$36,650 or $174 Wkly
 
40,700kms | Automatic | 660cc | Petrol
$23,590 or $113 Wkly
 
6,000kms | Automatic | 660cc | Petrol
$30,650 or $146 Wkly
 
51,990kms | Automatic | 660cc | Petrol
$24,850 or $119 Wkly
 
3,890kms | Automatic | 660cc | Petrol
$31,390 or $149 Wkly
 
61,122kms | Automatic | 660cc | Petrol
$22,690 or $108 Wkly
 
48,000kms | Automatic | 660cc | Petrol
$24,750 or $118 Wkly
 
24,460kms | Automatic | 660cc | Petrol
$24,750 or $118 Wkly
 
26,700kms | CVT | 660cc | Petrol
$22,850 or $109 Wkly
 
46,000kms | Automatic | 2000cc | Petrol
$50,950 or $241 Wkly
 
31,376kms | Automatic | 660cc | Petrol
$28,250 or $135 Wkly
 
34,000kms | Automatic | 2000cc | Petrol
$42,250 or $200 Wkly
 
17,940kms | Automatic | 660cc | Petrol
$26,850 or $128 Wkly
 
60,000kms | CVT | 660cc | Petrol
$22,850 or $109 Wkly
 
78,455kms | Automatic | 660cc | Petrol
$24,690 or $118 Wkly
 
58,485kms | Automatic | 660cc | Petrol
$20,590 or $98 Wkly
 
14,500kms | Automatic | 660cc | Petrol
$19,850 or $95 Wkly
 
4kms | Automatic | 660cc | Petrol
$29,750 or $142 Wkly
 
85kms | Automatic | 660cc | Petrol
$32,950 or $157 Wkly
 
45,100kms | Automatic | 660cc | Petrol
$18,450 or $88 Wkly

{{vrc.pageNum.id + ' / ' + vrc.pageNums.length}}

Petrol Cars

Petrol turbo cars have gained significant popularity in New Zealand due to their combination of efficiency, power, and performance, well-suited to the country’s diverse driving conditions. Turbocharged petrol engines use a turbine-driven forced induction system to increase engine power output without substantially increasing engine size. This makes them an ideal choice for Kiwi drivers seeking spirited performance on winding rural roads and efficient fuel consumption in urban environments.

New Zealand’s varied terrain—ranging from hilly regions like the Central Plateau to flat city streets—demands vehicles with good torque and responsive acceleration. Petrol turbo cars deliver this by compressing air into the engine at higher pressure, allowing more fuel to be burned efficiently. As a result, drivers enjoy improved low-end torque which is particularly beneficial when tackling steep gradients found on routes such as those in the Waikato or Canterbury high country.

Another advantage is fuel efficiency. With rising fuel prices in New Zealand, many drivers appreciate that modern petrol turbo engines often provide better kilometres per litre compared to larger naturally aspirated engines with equivalent power output. Additionally, their smaller displacement means lower emissions—a growing consideration given New Zealand’s focus on environmental sustainability and urban air quality standards.

Turbo technology also allows for lighter vehicle weights since a smaller engine can produce power similar to larger ones, contributing to better handling characteristics on narrow and twisting New Zealand backroads. Many manufacturers pair these engines with advanced transmissions optimized for Kiwi traffic patterns and speed limits that typically range between 50 km/h in urban areas and 100 km/h on open highways.

Maintenance-wise, petrol turbo cars do require regular servicing of components such as intercoolers and turbochargers themselves; however, modern designs have enhanced reliability significantly. For drivers navigating New Zealand’s mix of motorways, rural highways, and city congestion, petrol turbo vehicles strike an appealing balance between performance, economy, and adaptability.

We use cookies to ensure we give you the best experience on our website. If you continue to use this site, you agree to the terms and conditions identified in our Privacy Policy. Accept