Cars

Mazda Engineers Covertly Installed a V6 Engine in a Miata Prototype

This article explores the fascinating, albeit unofficial, attempt by Mazda engineers to integrate a V6 engine into a Miata prototype. It delves into the motivations behind this secret project, the technical challenges encountered, and the reasons why this powerful variant never made it to production, offering insights into Mazda's engineering philosophy and the enduring appeal of the Miata.

The Secret Dream: A V6 Miata That Never Was

The Enduring Appeal of the Miata's Four-Cylinder Legacy

For generations, the Mazda MX-5 Miata has been synonymous with a perfectly balanced, lightweight design, traditionally powered by a four-cylinder engine. This established formula has been a cornerstone of its success, prioritizing agile handling and a direct driving experience over sheer horsepower.

The Unofficial V6 Experiment: A Glimpse into Mazda's Engineering Curiosity

Unbeknownst to many, Mazda engineers embarked on a passion project to equip a Miata prototype with a more potent engine. Approximately two decades ago, they secretly developed a version of the iconic roadster featuring a 2.5-liter V6, a significant departure from its conventional powertrain. This clandestine undertaking was later disclosed by Christian Schultze, Mazda's head of research and development in Europe, revealing it was a personal initiative rather than a corporate directive.

Overcoming the Challenges of Engine Integration

The ambitious project faced considerable hurdles, primarily concerning the V6 engine's physical fit within the Miata's compact engine bay. The six-cylinder unit proved too tall, compromising the vehicle's aesthetic lines and raising questions about its visual appeal. While the exact generation of Miata used (NB or NC) remains unconfirmed, the NC generation, known for its larger dimensions, is a probable candidate given the timeframe of the prototype's development.

Driving Dynamics: The Impact of a Heavier Engine

Despite the visual compromises, Schultze reported that the V6-powered prototype offered an "undeniably engaging" driving experience. However, the introduction of a larger, heavier engine inevitably affected the Miata's renowned 50:50 weight distribution, a core tenet of its design. This alteration would have made the front end noticeably heavier, potentially impacting the car's signature nimble handling.

Power Specifications and Production Feasibility

While the precise horsepower output of the 2.5-liter V6 remains speculative, a likely candidate, the K-series engine (such as the KL-DE from the MX-6), would have delivered around 200 hp. This would have provided a notable power increase over the contemporary 2.0-liter four-cylinder engine found in the NC1 Miata. However, the costs associated with redesigning the car to properly accommodate the V6, coupled with the need to meet safety and emissions regulations, rendered mass production financially unviable for a niche sports car.

The Miata's Future: Embracing its Core Philosophy

Even today, the Miata largely adheres to its four-cylinder tradition, with the most powerful variant, a Japan-exclusive 12R special edition, boasting 197 hp. With stricter emissions standards on the horizon, the prospect of a production Miata with more than four cylinders appears increasingly remote. Nevertheless, the continued existence of the Miata in an evolving automotive landscape, especially as competitors like the BMW Z4 face discontinuation, stands as a testament to its enduring appeal and Mazda's commitment to its unique formula.

Lowe's Offers Significant Discount on DeWalt 20V Max Batteries

Lowe's is currently featuring an attractive promotion on DeWalt 20V Max 2.0Ah batteries, making it an opportune moment for both professionals and hobbyists to acquire essential power tool accessories. The availability of robust, long-lasting batteries is crucial for anyone using cordless tools, as it directly impacts project efficiency and continuity. This special offer underscores the importance of having spare batteries to avoid interruptions and maintain workflow, whether on a demanding job site or during weekend home improvement tasks.

The deal positions Lowe's as a competitive retailer in the power tool market, traditionally dominated by giants like Amazon and Walmart, by providing high-quality DeWalt products at a significantly reduced price. This move benefits consumers looking for value without compromising on performance and reliability.

Exceptional Value on DeWalt Power Packs

Lowe's is presenting an extraordinary opportunity to acquire a dual-pack of DeWalt 20V Max 2.0Ah batteries for just $99. This offer represents a substantial saving from the usual price, making it an appealing option for anyone invested in DeWalt's 20V Max ecosystem. These power sources are indispensable for ensuring uninterrupted operation of various cordless power tools, including drills, impact drivers, and saws, providing the consistent energy output needed for prolonged tasks. The integrated LED indicators offer an immediate visual check of the charge status, enabling users to manage their work schedule effectively and preempt unexpected power depletion.

As integral components of the extensive DeWalt 20V Max system, these battery units ensure seamless compatibility with existing DeWalt charging equipment and tools. This characteristic makes them a convenient and practical enhancement for users aiming to expand their tool collection or simply upgrade their current setup with more reliable power options. The deal at Lowe's presents a prime chance to stock up on these crucial power accessories, boosting the efficiency and longevity of your power tool usage for both professional and personal projects.

Designed for Enduring Performance and User Convenience

These battery units are meticulously engineered to strike an optimal balance between formidable performance and ergonomic design, a feature particularly beneficial during extensive use of handheld tools. Their lightweight and compact build significantly mitigates user fatigue and discomfort, ensuring sustained productivity even through demanding applications such as fastening, cutting various materials, or assembling complex structures. This design philosophy emphasizes user well-being without sacrificing the power required for rigorous tasks. DeWalt further reinforces its commitment to quality and customer satisfaction by offering a comprehensive three-year limited warranty, highlighting the batteries' robust construction and long-term dependability.

Testimonials from satisfied users frequently commend the longevity and practicality of these batteries. One individual noted, “Securing DeWalt batteries in a two-pack at a discounted rate is always a smart move. These tools are built to last, and the batteries provide the consistent power needed to complete large projects without the need for constant recharging.” Another user praised the 2.0Ah battery's suitability for lighter tools, remarking, “The 2.0Ah battery is perfectly suited for drills, drivers, and jigsaws, offering a lighter alternative without compromising on respectable runtime.” These endorsements underscore the product’s capability to deliver sustained power, ensuring that projects can be completed efficiently and without interruption.

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Rimac Nevera's Role in a Daring Aviation Stunt

Rimac Automobili recently partnered with Red Bull athlete Dario Costa for an unprecedented aviation feat in Turkey, where a plane landed on a moving train. Despite not directly powering the aircraft, Rimac's electric hypercars, the Nevera and the more extreme Nevera R, were instrumental in the preparation. These vehicles, known for their immense power of 1,914 horsepower and rapid acceleration, were used to replicate the speed and visual dynamics of a moving train, providing Costa with a realistic and safe environment to practice his complex take-off and landing maneuvers in Croatia. This innovative use of hypercars bypassed the logistical difficulties and risks associated with practicing on an actual train, demonstrating a creative solution to a unique training challenge.

Beyond supplying these high-performance electric vehicles, Rimac's engineering prowess was also vital to the success of the stunt. The company leveraged its computational fluid dynamics (CFD) capabilities to develop a custom canopy for Costa's aircraft. Additionally, Rimac designed a specialized pilot's seat aimed at enhancing stability and minimizing fatigue during the demanding stunt. Mate Rimac, the founder, emphasized that this collaboration perfectly embodies Rimac's ethos of pushing boundaries and utilizing advanced tools to achieve ambitious goals. This successful partnership underscores the versatility of cutting-edge automotive technology and engineering in unexpected fields.

The successful completion of this record-setting stunt on a 2.5-kilometer railway track on February 15, 2026, showcases the extraordinary achievements possible when diverse fields of innovation converge. Such collaborations not only push the limits of what is conceivable but also inspire future advancements. This event serves as a testament to human ingenuity and the spirit of daring exploration, encouraging us to look beyond conventional applications for technology and embrace challenges that redefine our understanding of possibility.

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