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Are Toyota Hybrids Still Worth Buying in 2024?

Exploring the pros and cons of Toyota hybrids in 2024, including factors to consider when purchasing one.

Video Summary

Toyota hybrids have become a mainstream choice, but with the market saturated with options, is it still worth buying one in 2024? The different types of Toyota hybrids are explained, highlighting their pros and cons. Factors to consider when buying a hybrid, such as fuel efficiency and reliability, are discussed. It is advised to skip hybrids if seeking an exciting or high-speed driving experience, or if the car will be left unused for extended periods.

The reliability comparison between Toyota hybrid and gasoline models is also addressed. In 2024, Toyota hybrids have become more reliable than their nonhybrid counterparts due to advancements in battery technology and cooling systems. The latest generation of Toyota hybrids, while labeled as the fifth generation, is actually a slightly improved version of the fourth generation system. Hybrid technology is reaching its peak, with innovations focusing on efficiency and reliability. Toyota is exploring plug-in hybrids as the next avenue of development, as they continue to improve upon their existing hybrid systems.

Hybrid maintenance is similar to gasoline cars but with additional cooling systems, while the absence of traditional wear and tear items like starters and alternators leads to cost savings in the long run. Toyota hybrids, especially the regular models, have proven to be highly reliable in terms of transmission durability. The conversation discusses the reliability of automatic transmission CVT and manual transmissions, particularly in the last 10 years. It emphasizes the improved reliability of CVTs and the importance of maintaining the fan filter. The discussion also highlights the decline in hybrid battery replacements, especially in newer models, and the overall improvement in battery technology.

The conversation concludes with advice on buying a Toyota hybrid in 2024, focusing on fuel efficiency, reliability, and the importance of avoiding very old hybrid models.

Click on any timestamp in the keypoints section to jump directly to that moment in the video. Enhance your viewing experience with seamless navigation. Enjoy!

Keypoints

00:00:40

Introduction to Toyota Hybrids

Toyota hybrids have evolved over time, with three main types available in 2024: regular hybrid series parallel, 1 mhv for trucks like the seoa and Tacoma, and 1 mhv for performance SUVs like the TX and RX. Each type serves a different purpose, from efficiency to power and performance.

00:01:01

Regular Hybrid Series Parallel

The regular hybrid series parallel system, found in Toyota hybrids since the first generation Prius, consists of a gasoline engine, ecvt transmission with two motors, and a high voltage battery. While efficient, it initially faced issues with clunkiness and user-friendliness. The system's refinement has led to improved gas mileage, although it still exhibits a characteristic drone during acceleration.

00:02:11

1 mhv for Trucks

The 1 mhv system for trucks like the seoa and Tacoma prioritizes power over efficiency. It features an engine, regular transmission, and an electric motor that can start the engine, charge the battery, and provide boosts for more power. This system offers a smooth driving experience without the engine shutting off frequently, making it ideal for applications where power is crucial.

00:03:17

1 mhv for Performance SUVs

In performance SUVs like the Lexus TX and RX, the 1 mhv system is designed for a more engaging drive. With a six-speed transmission and a compact unit comprising an engine, motor, and transmission, these hybrids deliver impressive power and efficiency. While faster than regular hybrids, they come at a higher price point and may have reliability concerns due to their relative newness.

00:04:18

Evolution of Hybrid Cars

In the past, hybrid cars were limited to specialized models like the Prius, Camry, and Highlander. However, today almost every model is available in hybrid, with some models exclusively hybrid. This evolution has made hybrid cars more accessible and diverse in the market.

00:05:00

Priorities in Buying a Hybrid Car

When considering buying a hybrid car, the top priorities should be fuel efficiency and reliability. These two factors are crucial for those seeking a no-frills, reliable, and efficient vehicle. Performance-oriented hybrid models like the RX 500h cater to car enthusiasts looking for a more thrilling driving experience.

00:06:01

Suitability of Hybrids for High-Speed Driving

Hybrid cars are not suitable for continuous high-speed driving as they become inefficient and strain the hybrid system. They are designed for fuel efficiency and reliability, making them ideal for sensible driving rather than high-speed performance.

00:06:32

Considerations for Cold Climate States

In cold climate states, leaving a hybrid car unused for extended periods can degrade the high voltage battery, leading to potential failures. This makes hybrids less suitable for individuals who plan to leave the car unused for long periods, as the battery may deteriorate over time.

00:07:22

Comparison: Toyota Hybrid vs. Gasoline Model

Previously, nonhybrid models were considered more reliable due to their simplicity. However, with the increasing complexity of gasoline cars to meet emission regulations, hybrid models have become equally reliable. The shift towards turbocharged engines and smaller cylinders in gasoline cars has made hybrid models a competitive and reliable choice in the current automotive landscape.

00:08:34

Evolution of Toyota Hybrids

In 2024, Toyota hybrids have become more reliable compared to regular gasoline cars due to advancements in technology. Over the past five to seven model years, Toyota hybrids have seen improvements in battery packaging, technology, and reliability. All Toyota Hybrid models, except for a few on the Lexus side, feature non-turbocharged engines. The batteries now have fan filters to prevent overheating and degradation, leading to longer battery life. These advancements have made Toyota hybrids surpass their nonhybrid counterparts in reliability.

00:11:09

Peak of Hybrid Technology

Hybrid technology is reaching its peak in innovation, with Toyota hybrids evolving to their fifth generation. Despite being labeled as the fifth generation, the latest hybrid system is actually a refined version of the fourth generation. This indicates that hybrid technology may have peaked in terms of incremental improvements. The latest Toyota hybrids, such as the Prius and Corolla Cross, operate seamlessly and showcase the culmination of hybrid technology advancements.

00:13:03

Toyota's Innovation in Hybrid Technology

Toyota has made significant advancements in hybrid technology, with newer models being more efficient, smoother, and better driving. They have introduced the 1 msv System as a new innovation, focusing on integrating it into both trucks and regular cars to enhance performance and speed.

00:14:00

Toyota's Focus on Plug-In Hybrids

While Toyota is not particularly interested in electric cars like the bz 4X, they are shifting their focus towards plug-in hybrids. Plug-in hybrids offer a longer electric range and are essentially hybrids with larger batteries, providing a potential avenue for Toyota's future vehicle development.

00:14:33

Reliability and Maintenance of Hybrids

Hybrids are reliable vehicles with maintenance costs similar to gasoline cars. In addition to standard maintenance tasks like oil changes and fluid checks, hybrids require servicing of two cooling systems at longer intervals. Despite this, hybrids offer advantages like negative maintenance due to the absence of wear and tear items like starters, alternators, and drive belts.

00:16:30

Toyota Hybrid Transmissions

Toyota hybrids, especially the regular Toyota hybrid models, have proven to be reliable in terms of transmissions. The speaker, with extensive experience in working on hybrids, has rarely needed to replace hybrid transmissions unless they were modified, neglected, or involved in accidents. This reliability underscores the quality and durability of Toyota's hybrid transmission systems.

00:17:20

Reliability of CVT Transmissions

ECVTs, especially in the last 10 years, have proven to be extremely reliable with no reported failures. The reputation of CVT transmissions may deter some, but ECVTs are among the most reliable transmissions in cars today.

00:18:00

Maintenance of Fan Filter

Regular maintenance of the fan filter is crucial, but simple and inexpensive. It is recommended to check and clean or replace the filter every 2-3 months to prevent issues with the hybrid battery.

00:18:38

Improvement in Hybrid Battery Longevity

There has been a noticeable decline in hybrid battery replacements, especially in second and third-generation Prius models with high mileage. Fourth-generation Prius batteries have shown exceptional longevity, with some cars exceeding 300,000 miles without battery issues.

00:20:00

Evolution of Hybrid Technology

Hybrid technology has significantly improved in the last 5-7 years, making hybrids a viable option in 2024. The focus on fuel efficiency and reliability has made modern hybrids a practical choice for buyers, with newer models showing better aging characteristics compared to older hybrids.

00:20:31

Considerations for Buying a Toyota Hybrid

When considering buying a Toyota hybrid, ensure the vehicle is inspected, has a full service record, and is well-maintained. Fuel efficiency and reliability should be the primary reasons for choosing a hybrid, as modern hybrids offer improved technology and longevity compared to older models.

00:20:51

Issues to Avoid with Hybrids

Older hybrids, such as third-generation Prius and second-generation Prius, had issues like head gasket problems, oil burning, EGR problems, and battery failures. Newer hybrids are addressing these issues, showing better longevity and reliability. The newer hybrid systems have improved batteries, EGR systems, and engines, making them more durable and less prone to common problems of older hybrids.

00:21:45

Hybrid Cars

In the last 5-7 years, hybrid cars have significantly improved in design and reliability. Modern hybrid models are specifically designed from the ground up to be hybrids, unlike older models that were retrofitted with hybrid systems. Older hybrid models like the original Prius, second-generation Prius, original Camry Hybrid, and original Highlander Hybrid may have reliability issues due to lack of proper care and maintenance. Avoid very old hybrids, especially those with low miles, as the batteries may deteriorate from prolonged inactivity.

00:22:12

Toyota Sienna Hybrid

The Toyota Sienna hybrid, despite some first-year model issues, is praised for its solid reliability and excellent gas mileage. Unlike its non-hybrid predecessor with a V6 engine that was criticized for being fuel-inefficient, the new Sienna hybrid is highly fuel-efficient and functional. While it may not be the most aesthetically pleasing van, it offers impressive performance and reliability.

00:23:58

Conclusion

The speaker hopes the information provided was helpful and informative. They encourage viewers to like the video if they found it useful and consider subscribing to the channel for more content. The speaker concludes by wishing the audience a wonderful day and blessings from the Lord.

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