The guide highlights hybrid technology, which combines gasoline engines with electric power to provide a sustainable alternative to traditional vehicles, essential for reducing emissions without compromising performance.

2024’s Top Hybrid Cars in New Zealand

Toyota Prius C– from $22,450

The Toyota Prius C is perfect for city driving, thanks to its compact size, excellent fuel efficiency, and responsive handling, making it a top choice for urban environments. Its ease of parking simplifies typically challenging city maneuvers. The vehicle is equipped with a 1.5-liter inline-four engine and an electric motor, delivering a combined 99 horsepower. It features a continuously variable automatic transmission and front-wheel drive.

• Powertrain: 1.5-liter inline-four engine (73 hp, 82 lb-ft) with electric motor (60 hp, 125 lb-ft), total 99 hp; CVT; front-wheel drive.
• Fuel Economy: 48 mpg city, 43 mpg highway.
• Wheelbase: 100.4 inches.

Honda Jazz Hybrid– from $35,000

The Honda Jazz Hybrid is well-suited for city living with its innovative seating configurations and maximized interior space for functionality. Although known for its practical interiors and reliable performance, it hasn’t reached the sales levels of some traditional small cars. It features a hybrid system with two electric motors and a compact battery, alongside an efficient 1.5-liter petrol engine.

• Powertrain: 1.5-litre petrol four-cylinder hybrid, 72kW/13Nm (petrol), 80kW/253Nm (electric), FWD, combined economy 2.8L/100km, CO2 64g/km
• Fuel Use: 3.8L/100km
• Wheelbase: 2517 mm / 99.1 in.

Toyota RAV4 Hybrid– from $33,075

In New Zealand, the Toyota RAV4 Hybrid combines space with eco-friendly performance. It matches the durability and ease of ownership of the standard RAV4 but with improved speed and fuel efficiency. The Prime version offers 38 mpg, faster acceleration than a Toyota Supra to 60 mph, and a 42-mile electric-only range. 

• Powertrain: 2.5-litre, 4cyl petrol plus electric motor
• Fuel Use: 94 MPGe for combined gas/electric operation, and 38 MPG when using gas only
• Wheelbase: 105.9 in.

Mitsubishi Outlander PHEV– from $40,345

Mitsubishi Outlander PHEV caters to outdoor enthusiasts with its off-road capabilities and electric powertrain. As a pioneer in plug-in hybrid technology, Mitsubishi has significantly contributed to this sector, particularly with the Outlander PHEV, introduced over a decade ago. While many automakers opt for simpler hybrid or full electric systems, Mitsubishi continues to develop its plug-in hybrid technology in the fourth-generation Outlander. This model stands out in the medium-sized SUV category with its seven seats, 10-year warranty, and an advanced electrified powertrain.

• Powertrain: 2.4-liter four-cylinder is assisted by a pair of electric motors for a combined 248 horsepower.
• Fuel Use: 1.5 litres per 100 kilometres
• Wheelbase: 2706 / 106.5. 2706 / 106.5.

Hyundai Ioniq– from $23,600

Hyundai IONIQ Hybrid excels in efficiency, achieving 4.6 liters/100km on test drives, closely approaching the manufacturer’s claim of 3.8 liters/100km. It features a substantial range of nearly 1,000km from a 45-liter tank. The vehicle’s hybrid system integrates a 1.6-liter engine with an electric motor and a 1.56kWh battery, producing 130hp and 265Nm of torque. Optimized for urban driving, it supports silent electric motion up to 30km/h and a smooth transition to engine power for more robust acceleration. 

• Powertrain: 44.5-kW battery-powered electric motor with a specially calibrated direct injection petrol engine
• Fuel Use: 55 – 59 combined mpg
• Wheelbase: 106.3 in.

Kia Niro– from $28 315

The 2024 Kia Niro Hybrid combines city-friendly dimensions with an affordable starting price and stylish design that stands out. It features a 139-hp 1.6-liter four-cylinder hybrid powertrain, with a more powerful 180-hp plug-in hybrid version available, offering a 33-mile electric range. The interior mirrors the exterior’s modern style, utilizing sustainable materials such as upholstery and a eucalyptus leaf-infused headliner, enhancing its chic appeal.

• Powertrain: 1.6-liter four-cylinder engine and an electric motor with a combined 139 horsepower and 195 pound-feet of torque
• Fuel Use: 50 MPG
• Wheelbase: 107.1 in.

Lexus CT200h– from $30,950

The CT Hybrid features a 1.8-liter, Atkinson cycle petrol engine paired with an electric motor, producing a total output of 134bhp. This model adheres to Lexus’s traditional self-charging hybrid system, meaning it cannot be plugged in to enhance its range like some competitors, such as the Mercedes A 250 e or Golf GTE. Under WLTP regulations, it achieves a maximum fuel economy of 55.3mpg and emits a low 97g/km CO2, making it appealing for company car drivers. Unlike newer Lexus models like the UX, the CT Hybrid does not offer a more powerful 2.0-liter hybrid system.

• Powertrain: 1.8-litre VVT-i four-cylinder petrol engine
• Fuel Use: 55.3mpg
• Wheelbase: 2600 mm 102.36 in.

Ford Mondeo Hybrid

The Ford Mondeo Hybrid Estate features a conventional petrol engine paired with a large battery, offering an alternative to cars like the Volkswagen Passat GTE and Toyota Corolla Touring Sports. It closely resembles its petrol and diesel versions but includes a redesigned instrument cluster for hybrid functions. The interior boasts a large infotainment touchscreen and high-quality materials, although it’s less user-friendly than the Passat GTE’s system. The cabin is spacious with an adjustable driving position, but the hybrid model loses some boot space due to the battery’s location.

• Powertrain: Atkinson-cycle 2.0-litre petrol engine, electric motor, generator and 1.4 kWh lithium-ion battery
• Fuel Use: 49.6mpg
• Wheelbase: 112.2 inches / 285.0 cm; Length: 191.61 inches / 486.7 cm; Width: 72.91 inches / 185.2 cm.

Overview of Popular Hybrid and Electric Vehicles in New Zealand

Hybrid cars have become more affordable due to technological advancements, offering benefits like better fuel economy, lower emissions, and reduced maintenance costs. They provide a smoother drive with instant torque and regenerative braking.

• Honda Hybrid Vehicles: Honda offers several hybrids, including the efficient Honda Jazz Hybrid and the Honda Insight, noted for its fuel efficiency, comfort, and advanced safety features.
• Nissan Hybrid Vehicles: Nissan’s hybrid lineup includes the all-electric Nissan Leaf, with a range over 200 km per charge, and the Nissan Pathfinder Hybrid, which seats seven and combines fuel efficiency with high-tech features.
• Mazda Hybrid Vehicles: Mazda has introduced hybrids such as the Mazda Axela Hybrid, known for its style and performance. They also innovate with Skyactiv-X technology, using spark-assisted compression ignition to reduce emissions and improve fuel economy, enhancing environmental sustainability.

Comparing Top Hybrid Brands: Which Offers the Best Vehicle?

When evaluating the best brand for hybrid vehicles, it’s important to consider reliability, fuel economy, and technological progress. Toyota is a leader in this sector, with the Toyota Prius being one of the top-selling hybrids globally. Thanks to years of research and development, Toyota’s hybrids are recognized for their longevity and strong resale value. The brand’s extensive range, including models like the Prius, Corolla, and Highlander, positions Toyota at the forefront of hybrid technology, making it a top choice for buyers looking for a reliable and efficient hybrid car.

Understanding Hybrid Car Technology in New Zealand

Hybrid cars in New Zealand use a combination of an internal combustion engine, electric motor, and battery. They can operate on either power source or both, with the battery recharging through regenerative braking and external sources. An onboard computer manages power transitions to enhance fuel efficiency and lower emissions, ideal for city driving.

As New Zealand focuses on sustainability, hybrids are becoming key in reducing carbon emissions and providing eco-friendly transportation. They are increasingly popular among local drivers. If you’re looking for a new car, consider hybrids to align with environmental goals.

Conclusion

Selecting a hybrid car in New Zealand involves choosing advanced technology and sustainability. Hybrids offer dependable performance and environmental advantages, suitable for city driving in Auckland or longer journeys across the South Island.

Hybrid vehicles utilize a brake regeneration system that captures energy during stops, enhancing efficiency. As hybrids reduce carbon emissions significantly, they are becoming a preferred choice in New Zealand’s effort toward sustainability.

The post The Ultimate Guide to the Best Hybrid Cars in New Zealand appeared first on Motor Sport NZ.

For those who aren’t ready to fully switch to electric vehicles like EVs or BEVs (battery electric vehicles), plug-in hybrids (PHEVs) offer a good compromise.

PHEVs provide excellent fuel efficiency and lower emissions, while still offering the convenience of quick refueling and longer range similar to traditional internal combustion engine (ICE) vehicles. This article highlights the most popular PHEV cars available in New Zealand:

Top-selling PHEVs in New Zealand

It is worth mentioning that this year, sales of PHEVs and EVs have significantly decreased. In December 2022, there was a surge in EV sales before the Clean Car Discount deadline, with 3361 EVs sold, compared to only 2212 in the first half of the year. Similarly, PHEV sales were at 986 in December 2023 and 1177 for the whole year.

On the other hand, sales of petrol hybrid cars, which do not require charging and are exempt from Road User Charges, have remained steady. They have averaged around 2235 new cars per month this year, totaling 13,408, compared to an average of 2445 in 2023.

Here is a list of the most popular PHEVs in New Zealand in 2023. Prices listed are exclusive of on-road expenses and should be used as a reference only.

Mitsubishi Eclipse Cross – from $52,990

The Mitsubishi Eclipse Cross was the top-selling PHEV of 2023 by a significant amount. Its main competition came from the Outlander, another model from the same brand. The Eclipse Cross is equipped with typical modern SUV features like advanced driver assistance systems such as forward collision warning and pedestrian detection alerts. Additionally, it is available in a 4WD version for those who want to fully utilize its SUV capabilities. The Eclipse Cross PHEV provides an electric range of up to 55km and can be fast-charged in just 25 minutes.

Alt: Girl talking on the phone near the car

Mitsubishi Outlander PHEV– from $62,990

The Mitsubishi Outlander ranked second on the list of best-selling cars in 2023. Therefore, it’s not surprising that the Mitsubishi Outlander PHEV is also a popular choice among plug-in hybrid vehicles. The Outlander is ideal for those seeking more than what the Eclipse Cross offers, whether it’s more space, power, or electric range (84km EV range compared to 55km). Similar to the Eclipse Cross, the Outlander PHEV includes modern amenities, safety features, 4WD, a 25-minute fast charging option, and the trusted Mitsubishi brand name.

Kia Sorento PHEV – from $79,990

The Kias Sorento is a large seven-seater vehicle available in various models, including petrol, diesel, petrol-electric hybrids, and two plug-in hybrids: the AWD EX and the AWD Premium. Both versions are equipped with a 1.6L T-GDi Turbo petrol engine, but due to their plug-in hybrid technology, they achieve an impressive fuel efficiency of 1 liter per 100 kilometers. When operating in electric mode, these vehicles can travel up to 57 kilometers on a single charge. Additionally, they are packed with luxurious amenities and advanced safety features typically found in high-end vehicles due to their premium pricing.

Ford Escape PHEV – from $68,990

The Escape PHEV marks Ford’s debut in the plug-in hybrid SUV market. With a 56km electric range and an impressive fuel efficiency of 1.6L/100km, this vehicle is a great choice for eco-conscious drivers. Additionally, there is an upgraded ST-Line X version available starting at $68,990, which includes advanced technology features, luxurious amenities, and sporty design elements.

MG HS PHEV – from $50,990

The MG ZS PHEV is among the most affordable plug-in hybrid cars available and is highly sought after. It is offered in two versions: Excite and Essence. While both have the same engine, the Essence includes additional safety features and luxurious details like 360° cameras, a sunroof, heated mirrors, and leather seats. Safety is a top priority for both models, with MG Pilot offering various safety features such as forward collision warning, blind spot monitoring, and lane change assist. The MG HS Plus EV also impresses with a remarkable 63km range on electric power alone.

KIA NIRO PHEV – $55,690-$69,690

Niro is Kia’s medium-sized SUV that is only available in electrified versions. The Korean manufacturer offers a petrol-electric hybrid without a plug, an all-electric BEV, and the PHEV model discussed here.

The latest version of the Niro has been significantly updated and redesigned. It shares the same 1.6-liter petrol engine with the hybrid model but now comes with an 11kWh plug-in battery that allows for an estimated 59km electric-only range. The powertrain consists of a 1.6-liter petrol four-cylinder engine paired with an 11kWh battery, delivering a total power output of 134kW/265Nm (combined) and an electric range of 58km.

VOLKSWAGEN MULTIVAN T7 – $78,800-$106,000

Volkswagen’s Transporter series is now branching out into different model lines, with the new Multivan T7 specifically designed as a passenger vehicle. It shares the same MBQ platform as the Golf and Skoda Octavia.

The Multivan T7’s PHEV powertrain is borrowed from the Skoda Octavia iV, featuring a 1.4-liter petrol engine paired with a 13kWh battery for an electric range of 50km. Volkswagen New Zealand put effort into pricing the base Multivan below $80k to qualify for the $5750 Clean Car Discount. Additionally, there are mid-range Life and limited-edition flagship Energetic versions available, with the latter boasting a stylish two-tone paint job. The powertrain consists of a 1.4-liter turbo-petrol four-cylinder engine with a 14kWh battery, offering AWD and a combined power output of 160kW/350Nm, along with an electric range of 50km.

Alt: Girl charging car

VOLVO XC90 RECHARGE – $149,900

The XC90 was the first to introduce Volvo’s Twin Engine PHEV technology and is continuously improving. The XC90 Recharge offers a luxurious seven-seat family SUV with plug-in hybrid power. The front wheels are powered by the petrol engine, while the electric motor drives the back wheels, allowing for FWD, RWD (in EV mode), or AWD operation. An update has recently increased the battery capacity, resulting in a 77km electric range. The powertrain consists of a 2.0-liter turbocharged petrol engine paired with a 19kWh battery, providing a total output of 233kW/400Nm (engine) and 107kW/400Nm (electric). The SUV can accelerate from 0-100km/h in 5.3 seconds.

JEEP GRAND CHEROKEE SUMMIT RESERVE 4xe – $154,990

Jeep’s popular SUV, the Grand Cherokee, has finally been introduced in New Zealand with a 4xe PHEV version. This plug-in hybrid powertrain is only offered in the five-seat model and specifically in the top-of-the-line Summit Reserve trim, not in the seven-seat variant that was initially launched with the latest generation.

While it belongs to the same 4xe PHEV family as the Renegade and Compass, the Grand Cherokee features a unique electric drive system. Instead of a separate electric motor for the rear axle, it is integrated into the transmission. This setup provides a more traditional driving feel and enhances the vehicle’s off-road capabilities, whether it is running on electric power or not. The powertrain consists of a 2.0-liter turbo-petrol four-cylinder engine paired with a 17kWh battery, an 8-speed automatic transmission, and all-wheel drive. It delivers a total output of 280kW and 637Nm of torque, with an electric range of 52km (AER).

LAND ROVER DEFENDER P400e – $156,900

Yes, even the Land Rover’s highly practical 4×4 champion is now available with PHEV power. Similar to many plug-in models from Jaguar Land Rover (JLR), it combines a 2.0-liter turbo-petrol engine with an electric battery pack and offers DC fast-charging capability. This technology can also be found in the Range Rover Velar and Jaguar F-Pace.

Land Rover ensures that its PHEVs are just as capable off-road as their traditional counterparts and they offer impressive speed. The P400e model closely resembles any other Defender, but there are a few compromises with the electric power option: the P400e is not available as a short-wheelbase 90, lacks third-row seating space, and has a reduced towing capacity of 500kg compared to conventional models. However, it can still tow an impressive 3000kg. The powertrain consists of a 2.0-liter petrol engine paired with a 15kWh battery, delivering a combined output of 297kW/640Nm. The EV range is 44km, and it can accelerate from 0-100km/h in 5.6 seconds.

PORSCHE CAYENNE E-HYBRID – $182,500-187,200

Although the latest Porsche Cayenne facelift may not appear drastically different, it represents a significant technological advancement compared to the previous model. The update includes major changes to the chassis and introduces a new Porsche Driver Experience cabin inspired by the Taycan, featuring a combination of digital and analog controls.

The E-Hybrid PHEV has been upgraded with a new V6 engine, a more powerful electric motor, and a larger battery, resulting in an increased maximum EV range of 90km. This plug-in hybrid powertrain is offered in both SUV and coupe models, with the possibility of even higher-performance variants in line with Porsche’s tradition. The powertrain consists of a 3.0-liter turbo-petrol V6 paired with a 26kWh battery, delivering a total output of 346kW/650Nm (combined) and an EV range of 90km.

MERCEDES-AMG C 63 S E PERFORMANCE – $199,900

Farewell V8, welcome impressive hybrid power in the Mercedes-AMG C 63. The new 2.0-liter engine, handcrafted, matches the previous eight-cylinder in power, but with the addition of a plug-in hybrid system, it surpasses it.

The battery is small, providing only a 15km electric range. Its purpose is to deliver maximum power rather than turning this AMG into an eco-friendly commuter (although it can serve that function to some extent). You won’t have to worry much about charging it frequently, as the turbo engine efficiently recharges the battery when needed. Powertrain consists of a 2.0-liter turbocharged 4-cylinder engine with a 26kWh battery, all-wheel drive. It generates 500kW/1020Nm of combined power and has an electric range of 15km, accelerating from 0-100km/h in 3.4 seconds.

Alt: The girl takes things out of the car

RANGE ROVER SPORT P440e/P510e – $214,900-$244,900

The new Range Rover Sport, which is smaller than the full-sized Range Rover, has now incorporated electric power more extensively than ever before. The Range Rover Sport PHEV is available in New Zealand with a choice of two hybrid powertrains, both featuring Land Rover’s Ingenium six-cylinder petrol engine. Similar to its larger counterpart, both options come with a substantial 32kWh battery, providing an estimated 88km of real-world driving or an official 113km range according to Land Rover. DC fast charging comes as standard. The powertrain consists of a 3.0-liter turbo-petrol six engine paired with the 32kWh battery and all-wheel drive, delivering either 324kW/620Nm or 375kW/700Nm (combined) of power. The electric vehicle range is 113km, and acceleration from 0-100km/h takes between 5.5-5.2 seconds.

PORSCHE PANAMERA E-HYBRID – $234,700-$392,400

Porsche’s high-end five-seater has always been a supporter of hybrid and plug-in technology. In the current lineup, there are 4 and 4S models available in sedan or Sport Turismo (wagon) versions.

It’s not just about fuel efficiency. The E-Hybrid series includes the powerful Turbo S model, which can accelerate from 0 to 100km/h in 3.2 seconds and reach a top speed of 315km/h. However, it’s worth noting that the latest Panamera is slightly behind the recently updated Cayenne (both share a platform). If you’re considering the V6 option, it might be wise to explore the Cayenne first. The powertrain options include a 2.9-liter turbo-petrol V6 or a 4.0-liter turbo-petrol V8 with a 14kWh battery, all-wheel drive, and power outputs ranging from 340kW/700Nm to 515kW/870Nm (combined). The electric range is between 53-56km.

RANGE ROVER P510e – $274,900-$364,900

The brand-new fifth-generation Range Rover is introducing innovative features, such as incorporating electric power into its powertrain options for the first time. This is being done across various models including short and long-wheelbase versions like HSE, Autobiography, and SV.

The new plug-in hybrid powertrain combines a six-cylinder Ingenium petrol engine with a large 38.2kWh battery, providing an estimated electric range of 100km or 80km in real-world conditions. This range is sufficient to cover 75% of all typical Range Rover journeys, based on data from the previous model. To provide a comparison, the Mini Electric has a 35kWh battery despite being a fully electric vehicle. Additionally, the PHEV battery is compatible with DC charging. The powertrain consists of a 3.0-liter turbo-petrol six engine paired with a 38kWh battery, delivering a total output of 375kW/700Nm (combined) and an electric range of 100km.

Hybrid options: petrol hybrid vs plug-in hybrid

Petrol hybrid (FHEV/HEV)

Petrol hybrids, such as the Toyota Prius which was the first hybrid car to be mass-produced, have a battery that gets charged while driving instead of using an external power supply. The electric motor in these cars is mainly used for city driving with frequent stops and starts, while the petrol engine handles more demanding tasks. Due to the petrol hybrid’s dependence on its traditional engine, the amount of fuel saved is restricted.

Plug-in hybrid (PHEV)

A plug-in hybrid vehicle is equipped with a sizable battery and a strong electric motor that work together to enable extended driving at high speeds, covering distances ranging from approximately 40km to 80km, depending on the specific model. Similar to fully electric cars, plug-in hybrids require charging by plugging them in.

For everyday urban driving and short trips, plug-in hybrids provide an eco-friendly driving experience without using gasoline, while also offering the convenience of a petrol engine for longer journeys.

Mild-hybrid (MHEV)

Mild hybrid electric vehicles are not as popular as plug-in or petrol hybrids. They combine a battery-powered electric motor with a traditional petrol engine to enhance fuel efficiency. These vehicles utilize regenerative braking to recharge their batteries while in operation, but they do not rely on an external power supply and cannot operate solely on electric power.

Final Thoughts

Despite a decrease in PHEV and EV sales, petrol hybrid cars have remained steady in the market. Each model offers unique features, impressive electric ranges, fuel efficiency, and advanced technology, catering to different preferences and needs of consumers. Whether it’s luxury SUVs, family-friendly options, or off-road capabilities, there is a diverse range of PHEVs to choose from in the New Zealand market. Overall, PHEVs provide an excellent balance between fuel efficiency, lower emissions, and the convenience of both electric and petrol-powered driving experiences, making them a compelling choice for environmentally conscious drivers looking for versatility in their vehicles.

The post Best PHEV NZ appeared first on Motor Sport NZ.

Tips to Stop Windscreen Wipers from Squeaking:

1. Remove Dirt and Debris:

Wiper blades not only clear water but also collect dirt, dust, and other particles that accumulate on the windscreen. This build-up can cause the blades to squeak. Regularly cleaning your wiper blades can help mitigate this issue. Use hot soapy water or isopropyl alcohol with a paper towel to wipe the blades clean, changing the paper towel frequently. Alternatively, alcohol wet wipes are convenient and can be kept in your car for quick cleaning.

2. Clean the Windscreen:

Cleaning the wiper blades alone is insufficient if the windscreen remains dirty. Use an ammonia-free glass cleaner and a soft, lint-free cloth to clean the windscreen thoroughly, ensuring it is smooth and free from grime.

3. Check Washer Fluid Levels:

Ensure you have adequate washer fluid. A good washer fluid not only cleans the windscreen more effectively but also acts as a lubricant, reducing the chances of squeaking.

4. Adjust the Wiper Arms:

Wiper blades are designed to trail after the wiper arm, switching sides as the arms move across the windscreen. The blades should not dig into the windscreen or drag vertically. If they do, gently adjust the arms so the blade doesn’t sit flat on the glass. Be cautious, as only a slight adjustment is needed to avoid damaging the arm.

5. Soften the Blades:

New wiper blades may be stiff and require some time to break in, while old blades can harden due to exposure to the elements. To soften stiff blades, rub some alcohol on a paper towel and then rub it along the blade. This not only softens the blades but also cleans them.

6. Replace the Blades:

If the wiper blades are split, worn out, or excessively stiff, it is time to replace them. Replacing wiper blades is a simple process. Release the small clip or tab at one end of the arm, slide the old blade out, and insert the new one. Investing in high-quality blades is essential, as low-quality aftermarket blades can often be noisier than worn-out good quality ones.

By following these steps, you can effectively address and prevent squeaky windscreen wipers, ensuring a quieter and more pleasant driving experience during rainy weather.

Additional Considerations for Maintaining Wiper Blades:

Regular Inspection and Maintenance:

Regularly inspecting your wiper blades for signs of wear and tear can prevent squeaking before it starts. Look for cracks, splits, or any deformities in the rubber. It’s also a good idea to inspect the wiper arms themselves for any signs of rust or damage. By catching these issues early, you can replace or repair components before they become problematic.

Seasonal Adjustments:

Weather conditions can significantly impact the performance of your wiper blades. In colder months, ice and snow can cause blades to become stiff and brittle, leading to increased squeaking and reduced effectiveness. Consider using winter-specific wiper blades designed to handle harsh conditions. These blades are often made with more durable materials that can withstand freezing temperatures.

Proper Storage:

When not in use for extended periods, such as during the summer months, consider lifting the wiper blades off the windscreen or covering them to protect them from prolonged sun exposure. UV rays can degrade the rubber, leading to hardening and cracking. Proper storage can extend the life of your wiper blades and maintain their effectiveness.

Choosing the Right Blades:

Selecting the right type of wiper blades for your vehicle is crucial. There are various types of blades available, including conventional, beam, and hybrid blades. Each type has its own advantages and is suited for different weather conditions and windscreen shapes. Beam blades, for example, are designed to provide even pressure across the windscreen, making them effective in heavy rain. Researching and choosing the right blades can enhance their performance and reduce noise.

The Impact of Driving Conditions:

Driving in dusty or sandy environments can lead to a quicker accumulation of debris on your windscreen and wiper blades. In such conditions, it is beneficial to clean both the blades and windscreen more frequently. Additionally, using a high-quality washer fluid that contains cleaning agents can help in keeping the windscreen clear and reducing friction, thereby preventing squeaking.

FAQ

The post How to Stop Windshield Wipers from Squeaking Easily appeared first on Motor Sport NZ.

Discover the Most Affordable Electric Cars in New Zealand

The market for affordable electric cars is growing rapidly. Here, we explore some of the most affordable options available:

MG ZS EV

The MG ZS EV stands out as the entry-level model for those looking to transition to electric vehicles without breaking the bank. With a price starting from $48,990 and a range of up to 263 km per charge, it offers a robust set of features like emergency braking and adaptive cruise control. This model is perfect for city driving and provides ample space for passengers and cargo, making it a practical choice for families.

• Price: From $48,990
• Range: Up to 263 km per charge
• Highlights: Emergency braking, adaptive cruise control

Nissan Leaf

The Nissan Leaf has been a popular choice worldwide and remains one of the most affordable electric cars in NZ. Priced from $60,490, it offers a range of up to 270 km per charge. The Nissan Leaf is known for its quick charging capabilities and comfortable interior, making it an excellent option for those who value convenience and comfort. Its ProPILOT Assist feature also aids in highway driving, enhancing safety and ease.

• Price: From $60,490
• Range: Up to 270 km per charge
• Highlights: Quick charging capabilities, comfortable interior

Hyundai IONIQ Electric

Known for its efficiency and eco-friendly design, the Hyundai IONIQ Electric is perfect for daily commutes and longer journeys. Starting at $65,990, it offers a range of up to 311 km per charge, making it a great choice for the environmentally conscious driver. This model features an advanced infotainment system and uses sustainable materials in its interior design, combining technology with eco-friendly practices.

• Price: From $65,990
• Range: Up to 311 km per charge
• Highlights: Efficiency, eco-friendly design, advanced infotainment system

Choosing Your Electric Car: Key Considerations

When searching for the cheapest electric car in NZ, consider more than just the sticker price. Evaluate the total cost of ownership, which includes maintenance, electricity costs, and potential government incentives. Also, consider the vehicle’s range to ensure it meets your daily travel needs without frequent recharges.

Conclusion

Finding the cheapest electric car in NZ doesn’t mean you have to compromise on quality or performance. By understanding the full scope of your options, you can select a vehicle that not only respects your budget but also aligns with your environmental values. As the market continues to evolve, staying informed will help you benefit from the most cost-effective and sustainable automotive technologies. Ready to switch? Your next green car might just be one of these affordable models!

FAQ

The post Your Guide to the Most Affordable Electric Cars in New Zealand appeared first on Motor Sport NZ.

A Mecca for Motorsport Enthusiasts

The History of Taupo Motorsport Park

Conceived in the mid-2000s, the Taupo Motorsport Park was designed as an international standard race circuit and multi-use motorsport facility. The Park’s history intertwines with New Zealand’s automobile and motorsport culture, a testament to Kiwi dedication to performance and speed.

Opening its gates in 2006, the Park has since become a fixture in both national and international motorsport events, attracting top talent and enthusiasts alike. The circuit was designed by well-renowned track designer Tony Roberts, providing a track layout that is challenging yet safe, encouraging high-speed driving and wheel-to-wheel racing.

The Racing Experience

Taupo Motorsport Park isn’t just about watching the races; it’s about living them. The Park offers a range of experiences, from driving a formula race car with the Formula Challenge to wheeling a V8 around the track with V8 Trips. For those who prefer two wheels, Ride Days New Zealand offer motorcycle enthusiasts a safe and supervised environment to test the limits of their machines.

Beyond personal experiences, the Park hosts an array of racing events throughout the year that cater to a variety of racing disciplines. From saloon cars to superbikes, there’s always something for fans to watch or engage in.

Beyond the Race Track

Learning the Ropes: Taupo Advanced Driving School

Motorsport is as much about skill as it is about speed, and the Taupo Advanced Driving School is where enthusiasts can hone those skills. Offering advanced driving courses and defensive driving techniques, the school is an essential stop for aspiring racers or those looking to enhance their road safety awareness.

Corporate and Group Events

For companies seeking a unique team building activity or social groups aiming for an unforgettable experience, the Taupo Motorsport Park has a variety of options. From hot laps with experienced drivers to endurance races, it’s an excellent way to bond over a shared love for motorsport.

Taupo Motorsport Park: More than Racing

Karting: The Starting Point

Catering to the younger crowd and those new to the world of racing, the Park’s karting circuit is the perfect introduction to speed. With karting options for all skill levels and ages, it’s a family-friendly activity that can lead to a lifetime of motorsport passion.

Venue for Special Events

The Taupo Motorsport Park isn’t just about fast cars and bikes – it’s a venue for a host of special events, from concerts to festivals, which have been held on the large event lawn. Notable events have included the Annual Taupo Car Show, attracting classic car enthusiasts from far and wide.

Embracing the Community

Engagement with Local Motorsport Scene

The Park has become a hub for the local motorsport community, providing a central meeting point for racers, teams, and fans. Regular race days and club events are held, fostering a spirit of camaraderie and competition within the local scene.

Supporting Local Tourism

The Park’s impact isn’t just felt in the realm of motorsport; it’s a pivotal player in the local tourism industry. Taupo Motorsport Park contributes to the area’s economy by drawing in visitors throughout the year, boosting hotel bookings, and stimulating local businesses.

Taupo Motorsport Park: Looking to the Future

Expansion and Development

As the Taupo Motorsport Park looks toward the future, there are plans for further development of the facilities. From upgrades to the existing track to the creation of new venues for different motorsport disciplines, the ambition to be a world-class motorsport destination is ongoing.

Staying Connected

With a vibrant social media presence, the Park ensures that fans and participants are always connected. Regular updates on events, class schedules, and behind-the-scenes insights keep the community engaged and excited about what’s to come.

Final Lap: The Taupo Motorsport Park Experience

The Taupo Motorsport Park is more than just a racing circuit; it’s a cultural icon, a training ground, a multifaceted events venue, and an essential part of Taupo’s identity. As you plan your next visit to the region, consider revving up your experience with a trip to the park and partake in the heart-pounding excitement that only motorsport can deliver. Whether you’re there to watch, learn, or race, Taupo Motorsport Park promises an adventure that will leave you with memories to last a lifetime.

So, what are you waiting for? Strap in, start your engines, and let the Taupo Motorsport Park show you why it’s the ultimate destination for those who love the smell of burning rubber and the roar of powerful engines. Remember, in the world of motorsport, it’s not just about the destination; it’s also about the journey – and at Taupo Motorsport Park, that journey is one exhilarating ride.

Who owns taupo motorsport park

The ownership of Taupo Motorsport Park is a reflection of its commitment to local motorsport and the broader community. The facility is owned by MIT Development Limited—a company with vested interests in promoting motorsport and driving growth in the Taupo region. This local management ensures the park’s alignment with regional interests and its sustained contribution to local economic development.

Things To Do in Taupo Motorsport Park

Taupo Motorsport Park is an adrenaline-pumper’s paradise with an array of thrilling activities. Visitors can test their driving skills in a controlled environment with the GT Radial Academy, where they can learn car control and refinement of technique. For those with a competitive streak, Time Attack Sessions challenge drivers to set their fastest lap times around the circuit. For an experience that is less about speed and more about strategy, the Twilight Endurance Series offers teams the chance to compete as the sun sets, providing a unique racing experience under the night sky. There’s also the Drift Motorsport events for fans of sideways action, where the smell of burning rubber and the sound of screeching tires fill the air. Finally, those looking to spectate rather than participate will find that the annual calendar is full of events, including National Championships and Showcase Races, perfect for motorsport enthusiasts to indulge in their passion as spectators. Whether behind the wheel or watching from the sidelines, Taupo Motorsport Park delivers unforgettable thrills.

The post Unleash the Inner Racer: The Thrill of Taupo Motorsport Park appeared first on Motor Sport NZ.

Understanding Hill Climb Racing

Before delving into the nitty-gritty of vehicles, let’s take a pit stop to understand the sport itself. Hill climb racing is a motorsport event that involves driving powerful cars through a course, attempting to achieve the highest speed possible on the uphill ascent. These races are often conducted on closed public roads and paths with elevations that can pose both technical and speed challenges. The goal isn’t just to reach the top, but to do so with the fastest time, which requires a perfect amalgamation of precision, power, and control.

The Best Hill Climb Racing Car: A Machine of Unrivaled Prowess

What makes a car the best fit for dominating a hill climb race? It’s a complex calculation of factors, from the mechanical underpinnings to the driver’s finesse. Let’s break down the essential elements that transform a car into the ultimate hill climbing machine.

Engine Power and Torque: The Heart of the Machine

At the epicenter of a hill climb racing car is its engine, the very source of its uphill prowess. In these races, high horsepower and torque figures are non-negotiable. Unlike circuit racing that may necessitate nuanced handling, hill climb racing favors sheer acceleration, and that’s where a robust engine comes in. Vehicles designed for this sport often boast power plants that deliver startlingly high torque right from idling speeds, providing the necessary thrust to tackle steep inclines with ferocity.

Lightweight and Aerodynamic Design: Aiming for the Sky

Every ounce counts in the physics-defying battle against gravity, and a lightweight chassis can be the difference between a winning run and a second-place finish. Additionally, an aerodynamically optimized design ensures that as much air as possible pushes the car to the ground, enhancing traction and control on the ascent. Stripping down unnecessary weight, including interior comfort features, and crafting the bodywork to slice through the air like a blade are standard practices in crafting a hill climb racing car.

Specialized Suspension and Traction Systems

The demands placed on a car’s suspension system during a hill climb are immense. Absorbing the shock of rough terrain while maintaining stability and control under acceleration is an engineering marvel. Specialized suspensions that can be adjusted to alter the car’s ride height and damper settings can be found in vehicles tailored for hill climb racing. These high-performance suspensions work in tandem with advanced traction control systems to ensure that power is put down effectively, even on the most precarious of surfaces.

Safety Features: A Race Worth Winning

While the pursuit of speed and elevation is exhilarating, it also comes with inherent risks. Safety features in hill climb racing cars are paramount, with roll cages, fire suppression systems, and state-of-the-art racing harnesses being just the tip of the iceberg. The best hill climb racing cars are a testament to the industry’s dedication to the driver’s well-being, incorporating cutting-edge safety technologies without compromising on performance.

The Evolution of Hill Climb Racing Cars

As with any motorsport, advancements in technology and engineering have catapulted hill climb racing cars from being high-powered variants of regular sports cars to bespoke, sculpted masterpieces designed with one goal in mind: to conquer the hill. The evolution of these cars has seen a transition towards hybrid and electric powertrains that offer instantaneous torque delivery, as well as the integration of data analysis systems that help drivers optimize their performance.

Innovations in Power Generation: The Electric Shock

Electric hill climb racing cars, a more recent entry into the field, are rewriting the rules of speed. Electric motors, known for their ability to deliver maximum torque from a standstill, are providing drivers with newfound acceleration capabilities. Moreover, these cars are quieter and cleaner, offering an environmentally friendly option without compromising on performance.

Big Data and Telemetry: The Smart Approach

Modern hill climb racing cars are packed with sensors that collect data on every aspect of the run. From measuring tire temperatures to engine performance, this wealth of information is analyzed to fine-tune the car’s setup for the next run. By leveraging telemetry and big data analysis, drivers and engineers can optimize every aspect of the performance, potentially shaving crucial seconds off the time.

The Human Element: From the Driver’s Seat to Victory Lane

No amount of technological innovation can overshadow the role of the driver in hill climb racing. Here, human-machine synergy is pivotal. Drivers are not just steering and shifting; they are unearthing feat-inches out of every corner, controlling slides, and managing potentially dangerous skids with the finesse of a virtuoso. The ability to read the road and conditions, coupled with a racer’s reflexes and courage, can transform a good run into a championship-worthy ascent.

Heritage and Legends: Iconic Hill Climb Racing Cars

As with any discipline of racing, certain cars have etched their names in history, becoming icons of the hill climb circuit. The Pikes Peak International Hill Climb, an event famed for its treacherous 12.42-mile trek to the 14,115-foot summit, has been the stage for many of these legends. Cars like the Suzuki Escudo Pikes Peak and the Volkswagen I.D. R have set the bar for design and performance, solidifying their status as trailblazers in the world of hill climb racing.

The Thrill of the Climb: Experiencing Hill Climb Racing

For those attending a hill climb event, the sensory overload is unlike any other. The roar of high-revving engines, the smell of burning rubber, and the sight of cars defying gravity create an atmosphere that resonates with any motorsport fan. Whether perched atop a mountain or nestled in a valley, the vantage points offer unique perspectives of the competition, making it an event as thrilling to watch as it is to partake in.

Conclusion: The Hill Climb Racing Car of Tomorrow

As technology continues to advance and environmental consciousness permeates the automotive industry, the hill climb racing car of tomorrow will likely be unrecognizable from its predecessors. Electric power, autonomous driving aids, and even more sophisticated safety features will redefine what it means to race. Nevertheless, the core spirit of hill climb racing—a test of agility, power, and the human spirit—will remain, ensuring that the sport continues to captivate and inspire generations of racers and enthusiasts.

The world of hill climb racing is as steeped in tradition as it is in the future. With every ascent, it writes a new chapter in the annals of automotive history. The pursuit of the perfect hill climb racing car is not merely about the chase for the title but about embracing the wonders of engineering and the will to push ever skyward. As the horizon beckons, one cannot help but wonder what machine will next etch its mark upon the hill, and in our hearts.

Which is best car in Hill Climb Racing?

Determining the best car in hill climb racing is a nuanced affair, as it often comes down to the specific conditions of the course and the preferences of the driver. While some might point to the engineering marvels such as the Volkswagen I.D. R, which shattered records at Pikes Peak, others may refer to legendary machines like the Suzuki Escudo Pikes Peak, known for its raw power and dominance in the 1990s. Ultimately, the best car is one that harmoniously blends advanced technology, driver skill, and adaptability to the ever-changing conditions of the mountain—the epitome of what hill climb racing is all about.

What is the best bike in Hill Climb Racing?

The best bike in Hill Climb Racing defies a one-size-fits-all answer, as the choice hinges on a variety of factors like the rider’s skill level, the course’s characteristics, and even the weather conditions. Craftsmanship in bikes such as Ducati’s Multistrada Pikes Peak edition showcases specialized tuning and lightweight design ideal for nimble maneuvers and rapid ascents. Meanwhile, stalwarts like the KTM 450 Rally replicate the demanding nature of the Dakar rally for hill climb events, offering unparalleled endurance and performance. Riders must choose a bike that pledges not just speed and power but also precision and control to dance up the mountain’s spine.

Which is the best stage in Hill Climb Racing?

The best stage in Hill Climb Racing often ignites debate among enthusiasts, as each offers a different challenge and atmosphere that appeals to various drivers and fans. If one were to judge by sheer notoriety and the test it poses, then Pikes Peak in Colorado would be a prime contender. Its winding path to the heavens dares racers with tight turns, drastic elevation changes, and thin air, manipulating vehicles to their limits. Meanwhile, stages like the Goodwood Festival of Speed’s hill climb attract those who relish the blend of high-speed stretches and skill-testing corners, ensconced within the history of British motorsport. Each stage carries its unique flavor of competition, forming a tapestry of skill, danger, and pure adrenaline that defines hill climb racing.

The post Conquering the Peaks: Unveiling the Essentials of the Best Hill Climb Racing Car appeared first on Motor Sport NZ.

Whether you’re a car enthusiast with an eye for detail, a resident looking to buy a new ride, or a safety-conscious driver, understanding these ratings will empower you to choose the safest car for your needs. As we explore the nuances of car safety in New Zealand, we aim to provide you with the knowledge to navigate the roads with confidence and peace of mind.

What Are Car Safety Ratings?

Before we drive into specifics, let’s define what car safety ratings are. These ratings provide consumers with an estimate of the level of safety a vehicle provides in the event of an accident and the likelihood of serious injury to occupants or other road users. In New Zealand, safety ratings are often based on data from real-world crashes and controlled safety tests.

The Vehicle Rating System in New Zealand: How It Works

New Zealand’s approach to ensuring safe car choices for its residents involves a comprehensive vehicle rating system. This system evaluates various critical factors, including but not limited to:

• Crashworthiness: This measures how well a vehicle protects its occupants in a crash.
• Crash Avoidance Technologies: Features that help prevent accidents, such as electronic stability control (ESC), autonomous emergency braking (AEB), and lane departure warning, are becoming increasingly significant in ratings.
• Safety Assist: Refers to technologies that aid a driver to avoid or reduce the severity of a crash. This includes airbags, seatbelts, and active safety features.

Key Players in Vehicle Safety Ratings

The two prominent organisations that provide car safety ratings in New Zealand are the Australasian New Car Assessment Program (ANCAP) and the Used Car Safety Ratings (UCSR) as part of the Vehicle Safety Risk Rating (VSRR) system managed by the New Zealand Transport Agency (NZTA).

The Importance of Car Safety Ratings

Safety ratings are more than just numbers. They can be life-saving. Vehicles with high safety ratings have shown to significantly reduce the risk of fatalities and serious injuries in road accidents. By opting for a car with a superior safety rating, you’re investing in your and your fellow passengers’ well-being.

Making Safe Car Choices

As a prospective buyer, you have the power to prioritize safety above all. Start by:

• Checking Safety Ratings: Make it a practice to look up the ANCAP or UCSR rating before considering a vehicle purchase.
• Considering Crash Avoidance Features: Invest in a car with technologies that actively work to prevent accidents.
• Understanding Airbags and Safety Belts: Learn how these critical components contribute to safety and ensure the vehicle you choose is fully equipped with them.

Where do safety ratings come from?

Safety ratings originate from rigorous testing and thorough data analysis carried out by specialized organizations. In the context of New Zealand, ANCAP conducts a series of crash tests and assessments that simulate a variety of accident scenarios. The UCSR ratings derive from an analysis of actual accident data from millions of police reports and insurance claims. These ratings are continuously updated to reflect the latest research, technological advancements, and changes in car models and road safety regulations. By utilizing such comprehensive evaluation processes, these organizations ensure that the safety ratings provided are both accurate and reliable. This data then guides consumers in making informed decisions about vehicle safety.

What is the UCSR rating NZ?

The Used Car Safety Ratings (UCSR) are a valuable resource for drivers in New Zealand looking to purchase pre-owned vehicles. The ratings offer insights into how well vehicles, from a range of years, protect drivers and passengers in the unfortunate event of a crash. The UCSR evaluates the crash safety performance of used cars based on real-world accident data collected from New Zealand and Australia. Vehicles are assessed on their ability to protect not only those inside the car but also other road users, like cyclists and pedestrians, significantly contributing to informed vehicle purchasing decisions. The ratings are easily accessible to the public and can greatly influence a buyer’s choice by highlighting safer vehicle options in the pre-owned market.

What’s the difference between Used Car Safety Ratings and ANCAP Safety Ratings?

The primary difference between Used Car Safety Ratings (UCSR) and ANCAP Safety Ratings lies in the type of vehicles they assess and the methodology used for evaluation. ANCAP ratings are focused on the assessment of new vehicles using controlled crash tests and evaluations of safety features and technologies. These tests are conducted in a lab setting and are designed to assess the vehicle’s ability to protect its occupants in various crash scenarios.

In contrast, UCSR ratings are derived from analyzing real-world crash data involving pre-owned vehicles that have been on the road. This analysis provides historical information about how these vehicles have actually protected occupants during accidents. UCSR is particularly useful for potential buyers in the pre-owned car market, as it reflects the safety performance of vehicles over time, including aspects such as wear and tear that can affect safety.

To summarize, while ANCAP provides safety ratings for new cars based on proactive testing, UCSR offers insight into the safety performance of used cars based on retrospective real-world accident data. Both play vital roles in guiding consumers to make safer vehicle choices, but they serve different segments of the car-buying market.

How do I check my car safety rating?

Checking your car’s safety rating is an essential step in ensuring you are driving a vehicle designed to protect you to the highest standard in the event of an accident. To check the safety rating of your car in New Zealand, you can follow these steps:

• Visit the Right Website: Go to the ANCAP website (ancap.com.au) if your car is relatively new to check its new car safety rating. If your car is older, you’ll want to refer to the UCSR section of the Rightcar website (rightcar.govt.nz) which holds safety information for used vehicles.
• Search Your Vehicle: Use the search function on the respective website to locate your car model. You can typically search by make, model, and year of the vehicle.
• Review the Ratings: Once you’ve found your car model, you’ll be able to see a detailed safety rating report. This report may include an overall star rating, scores on specific crash tests, and information on safety features.

By using these resources, you can make informed decisions about the safety of your car and consider upgrading if necessary to a vehicle with a higher safety rating.

What car brand has the highest safety rating?

Volvo is frequently recognized for having some of the highest safety ratings in the automotive industry. The brand’s commitment to safety is a cornerstone of their corporate philosophy, often leading the way in innovative safety technology and systems. Many Volvo models consistently earn top scores in both ANCAP and UCSR ratings, making them a preferred choice for consumers who prioritize safety. Volvo’s reputation for safety is built on a long history of pioneering new safety features, including the three-point seatbelt—a standard in vehicles globally today. Their vision that no one should be killed or seriously injured in a new Volvo by 2020 has pushed them to excel in safety performance and ratings year after year.

Interesting Facts About Car Safety Ratings in New Zealand

Here are some compelling points that highlight the importance and impact of vehicle safety ratings in New Zealand:

• New Zealand has stringent criteria for awarding safety stars, ensuring that only cars with top-tier safety make the cut.
• The introduction and consistent updating of the VSRR system show New Zealand’s commitment to reducing road harm.
• Modern vehicles’ advanced safety features are gradually shifting the ratings scale, making it tougher for cars to earn high marks without state-of-the-art protection technology—an incentive for manufacturers to prioritize safety.

Conclusion: Safety as a Driving Force

In New Zealand, where every journey through the breathtaking landscapes should be as safe as it is enjoyable, understanding and utilizing car safety ratings is paramount. By educating yourself about the vehicle rating system and making informed decisions based on these ratings, you contribute to safer roads for everyone.

Embrace safety as your co-pilot on New Zealand’s roads, and drive with the assurance that you’re in one of the safest vehicles available. No matter where your adventures take you, remember that your choice in car safety can make all the difference—secure your journey with knowledge and foresight.

The post Understanding Car Safety Ratings in New Zealand: A Guide for Safe Driving appeared first on Motor Sport NZ.