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Mahindra Racing has officially begun track tests for its next-generation Gen4 vehicle, despite experiencing a two-month delay. This marks a critical phase in their preparations for the upcoming 2026-27 Formula E championship. The Indian manufacturing entity conducted the initial shakedown of the car, which is poised to succeed the M12 Electro, in mid-July. Since then, the team has maintained a consistent testing schedule, including its first comprehensive test on August 4th.

The early test sessions were conducted across two distinct locations: Elvington and Abingdon airfields. The latter venue has since become the primary site for the two major tests completed so far. Although there was an initial plan to commence the Gen4 testing program in May, this was deferred due to supply chain complications and strategic risk management choices. Despite these challenges, the team affirmed that the delay has not compromised their overarching development timeline or their readiness for the inaugural race of the new season.

Mahindra's Strategic Response to Gen4 Development Delays

Mahindra Racing has officially initiated on-track testing for its Gen4 Formula E vehicle, overcoming an initial two-month delay. The team's program was set back from its original May start date due to unforeseen supply chain disruptions and critical risk management decisions. Despite these hurdles, the Indian manufacturer successfully commenced shakedown tests in mid-July, progressing to full testing by early August. The primary testing venues have included the Elvington and Abingdon airfields, with a strong focus on maximizing learning from each session to adhere to the ambitious development schedule for the 2026-27 season. The delayed start has naturally intensified the development process, but Mahindra remains confident in meeting its race one targets for the new 800bhp car era.

The Formula E team highlighted that while the postponement has created additional pressure across various development facets, it has not altered their overall development timeline or their ultimate goal for the first race of the 2026-27 season. Their strategy now revolves around extracting maximum value and insights from every test session to compensate for the lost time. The development of the Gen4 car, which will feature an impressive 800bhp, is described as challenging but is advancing at full speed. This strategic adjustment ensures that Mahindra can continue its upward trajectory, aiming to build on its recent successes, including achieving fourth place in the 2025-26 campaign and securing multiple pole positions and race victories.

Driver Contributions and Future Outlook for the Gen4 Era

The testing regimen for Mahindra's Gen4 Formula E car has seen active participation from key drivers. Jake Hughes, serving as Mahindra's reserve driver and a former competitor for Maserati and McLaren, has been instrumental in conducting the majority of the test runs. Additionally, Edoardo Mortara briefly joined the testing last week to offer his valuable feedback, even though neither he nor his teammate Nyck de Vries has been officially confirmed for the 2026-27 season. This integrated approach leverages diverse driving expertise to refine the car's performance and handling characteristics. The team's proactive engagement of experienced drivers underscores their commitment to optimizing the Gen4 package ahead of the official pre-season tests.

Looking ahead, Mahindra has a series of additional test sessions planned for the coming months. These crucial tests will culminate in the first official pre-season convergence at Jarama from November 16-20, where all manufacturers will gather. The 2026-27 season, featuring the formidable 800bhp Gen4 cars, is tentatively scheduled to kick off in Jeddah on December 18-19, pending a review of the regional situation in the Middle East. Mahindra's consistent progress over recent years, particularly under team principal Frederic Bertrand, has been notable, moving from tenth to fourth place in the championship standings. With drivers like Mortara achieving four pole positions and de Vries securing significant race victories, the team is well-positioned to leverage the Gen4 technology for continued competitive success.

Challenging the Physicality Myth: Women in F1

Debunking Strength Concerns in Formula 1

During a recent appearance on the "Road to Success" podcast, Jessica Hawkins firmly rejected the idea that women lack the physical capacity to compete in Formula 1. Recalling her own experience testing the Aston Martin AMR21 in Hungary in 2023, Hawkins emphasized her ability to complete a full race simulation, with the only limiting factor being neck fatigue.

Neck Fatigue: A Universal Challenge, Not a Gender Barrier

Hawkins clarified that the neck strain she experienced is a common issue for any driver transitioning into a high-downforce F1 car without consistent prior exposure to such conditions, regardless of gender. This suggests that with adequate training and preparation, female drivers can overcome this hurdle just as their male counterparts do.

The Junior Series Hurdle: F2 and F3's Physical Demands

While F1 cars benefit from power steering, a crucial advantage for drivers, the feeder series like Formula 2 and Formula 3 are notably devoid of this feature. This design choice results in exceptionally heavy steering, presenting a unique and demanding physical challenge that Hawkins identifies as a potential roadblock for female talent trying to ascend the motorsport ladder.

Bridging the Gap: The Need for Adjustments in Junior Categories

Hawkins raised a pertinent question regarding the strenuous physical demands of F2 and F3, suggesting that modifications might be necessary to foster greater female participation and progression. She noted that F2, in particular, can be more physically taxing in certain aspects compared to F1, even if the neck demands are less. This implies that while F1 might be attainable, the journey through junior categories presents disproportionate physical challenges.

Braking Power: Not an Obstacle for Female Drivers

Addressing another common concern, Hawkins explicitly stated that she encountered no difficulties with the intense braking forces required in an F1 car. Surprisingly, she found the brake pressure in the GT cars she currently races to be a more significant challenge than that in the Formula 1 machinery, further dispelling misconceptions about women's capability in high-performance racing.