Tesla’s Tri-Motor Model 3 Plaid: A Concept on the Back Burner
Tesla engineers are seemingly preoccupied with the notion of a tri-motor Model 3 Plaid. Nevertheless, the company’s executive management is currently focused on grander ambitions rather than the development of a smaller variant of the now-defunct Model S Plaid.
During a recent appearance on the Ride the Lightning podcast, Lars Moravy, Tesla’s Vice President of Vehicle Engineering, candidly acknowledged that the concept of an exhilarating tri-motor Model 3 often occupies his thoughts.
When pressed regarding the feasibility of incorporating a third motor into the compact electric vehicle, Moravy simply replied, “I think about it all the time.”
This remark has generated considerable speculation among Tesla aficionados. Following the release of the Model 3 Performance, enthusiasts have been curious about whether a genuine Plaid iteration would eventually emerge, capable of matching the astonishing acceleration attributed to the Model S Plaid.
The technology is unequivocally available. Tesla possesses the requisite engineering prowess. However, the project does not seem to be high on the current agenda.
Tesla’s Existing Technological Infrastructure
The existing Model 3 Performance is already extraordinarily swift by conventional standards. With approximately 510 horsepower and a 0-60 mph acceleration time of about 2.9 seconds, it easily eclipses many traditional sports vehicles that command significantly higher prices.
Yet, it pales in comparison to the exhilarating performance delivered by the Model S Plaid. Tesla’s former flagship sedan can achieve 60 mph in under two seconds, courtesy of its tri-motor configuration and advanced carbon-sleeved motor technology.
Moravy specifically referred to these carbon-sleeved motors during the podcast, a crucial detail suggesting that Tesla has already contemplated how such high-performance technology could be adapted for the more compact Model 3 framework.
The challenge lies in integrating these components into a significantly more confined space. The current Model 3 features one front motor and one rear motor; the addition of a third motor would necessitate substantial engineering alterations to the rear subframe and the overall drivetrain architecture.
Tesla evidently believes this engineering feat is achievable; however, the pivotal question remains whether it represents a sound business strategy.
Present Challenges for Tesla’s Leadership
Moravy characterized a Model 3 Plaid as falling into what he described as a “work for reward” scenario. Essentially, this implies that the engineering effort might not justify the expected returns, especially given Tesla’s focus on more pressing priorities.
At present, Tesla’s leadership seems much more absorbed in advancements in autonomous driving technology, the rollout of Robotaxi services, the development of Optimus humanoid robots, and finally bringing the long-awaited Roadster to market.
This is significant; Tesla’s performance engineering resources are currently earmarked for the Roadster project.
Moravy confirmed that the company’s latest and most sophisticated motor technologies are being allocated to this flagship vehicle first.
This effectively relegates the potential Model 3 Plaid further down the priority list, regardless of the engineering team’s enthusiasm for its creation.
The company increasingly resembles a tech firm rather than a traditional automaker, experimenting across diverse sectors. New vehicle development no longer seems to capture Tesla’s prime focus as it once did.
Timing for a Model 3 Plaid Seems Inopportune
Ironically, the current landscape might actually be ripe for the introduction of a Model 3 Plaid. With the recent discontinuation of the Model S and Model X in various markets, Tesla finds itself devoid of a genuine flagship performance vehicle within its mainstream lineup.
A tri-motor Model 3 could effortlessly fill this void, providing extreme performance at a more approachable price point.
It would also bolster Tesla’s performance identity, particularly as competitors like Hyundai, Porsche, Lucid, and Xiaomi unveil increasingly impressive high-performance electric vehicles.
Yet, Tesla appears satisfied, allowing the existing Model 3 Performance to stand as its sole offering in this category for the time being.
This decision may exasperate enthusiasts, especially given Moravy’s comments that strongly imply the engineering team is already well-acquainted with the design considerations for a Plaid version.
The Roadster: A Lingering Shadow
The Roadster remains a significant unresolved issue, casting a shadow over Tesla’s performance aspirations. Initially unveiled in 2017, the next-generation Roadster has become one of the most prolonged delays in contemporary automotive history.
Moravy recently confirmed that prototypes are presently undergoing testing, and the Roadster will eventually be manufactured at Gigafactory Texas.
He also hinted that Tesla’s state-of-the-art motor technology and concentrated focus on performance are principally directed towards this project at present.
As a result, any prospective Model 3 Plaid would likely need to await the Roadster’s production debut. Tesla traditionally permits cutting-edge technology to transition down to more affordable models, so this possibility continues to linger.
For now, however, Tesla appears much more invested in robotics and autonomous technologies than in producing another high-speed sedan.
The Plaid Concept: An Inevitable Future?
Despite the ongoing delays and shifting priorities, Moravy’s insights make one thing abundantly clear: Tesla has not entirely abandoned its commitment to performance aficionados.
The company possesses the motors, battery technology, and engineering know-how required to fabricate an exceptionally remarkable Model 3 Plaid.
A tri-motor compact sedan, capable of leaving supercars in its wake, lies well within Tesla’s capabilities. The genuine challenge lies in the allocation of focus.
At this moment, Tesla’s leadership places greater significance on initiatives like Robotaxis, artificial intelligence, and humanoid robots than on creating another version of an electric “muscle car.”
Whether this perspective will ultimately alter remains uncertain; nonetheless, the fact that Tesla engineers continue to engage in discussions about the concept implies that the dream is still alive.
Source link: Autos.yahoo.com.
