Jessica Hawkins has rejected the claim that women lack the strength to race a Formula 1 car. Her own Aston Martin test showed that preparation can meet the physical demands.
She believes the harder problem appears earlier in the single-seater ladder. Formula 2 and Formula 3 cars can place a heavier load on the steering than a modern Formula 1 car.
Her Aston Martin test provided a direct answer
Hawkins drove the Aston Martin AMR21 at the Hungaroring in 2023. The private test gave her sustained laps in a car from the recent ground-effect era. She completed a detailed training programme before the session. Neck, shoulder and core work prepared her for braking forces and repeated high-speed corners.
The test did not reveal a physical limit that prevented her from driving the car. It showed the value of access, preparation and enough track time. Hawkins now works as an Aston Martin driver ambassador. Her comments are based on driving experience rather than a theoretical comparison between athletes.
Power steering changes the load in Formula 1
Modern Formula 1 cars use power-assisted steering. Drivers still receive detailed feedback, but the system reduces the force required to turn the wheel. Lower categories do not always provide the same assistance. A driver can face a heavier steering load while competing in a slower junior car. That difference matters because Formula 2 and Formula 3 are established steps toward Formula 1. Results in those championships influence future seats and testing opportunities. A barrier at that stage can stop progress before a driver reaches a car with power steering. Hawkins believes this part of the pathway deserves closer attention.
Physical preparation remains important for every professional racing driver.
Repeated braking, heat and lateral forces place a large load on the body throughout a race distance. Hawkins does not argue that the work is easy. She separates a demanding training target from the claim that women cannot reach it. Drivers develop strength over several seasons as the cars become faster. Professional coaching can also focus on the neck, forearms and upper body before a test. The same process applies to young male drivers moving through the ladder. Individual body size and previous training affect preparation more than a simple general rule.
F1 Academy has increased early opportunities
F1 Academy gives young women regular races, testing and support from Formula 1 teams. The championship has created a clearer first step into international single-seaters. Its cars are based on Formula 4 machinery. Drivers who perform well still need a workable route into faster mixed championships after that stage. More racing improves judgement, starts and tyre management. It also gives teams a longer record when they decide which drivers receive the next opportunity. Hawkins views that growth as an important improvement for young drivers. Her concern is the gap between an entry series and the heavier cars used closer to Formula 1.
Steering assistance is a design choice rather than a measure of driver skill. A very heavy wheel can favour body type without improving racecraft or technical feedback. Any change would require agreement from the championships and their car suppliers. Cost, reliability and the effect on steering feel would all need practical testing. Hawkins has not asked for a guaranteed place for any driver. She has pointed to equipment that may remove candidates before their ability can be judged fully. A consistent ladder would still demand results at every level.
It would simply reduce a physical difference created by separate steering systems.
The discussion now has recent driving evidence
Women have completed Formula 1 tests before Hawkins, and several are racing in professional categories today. Her Hungaroring mileage adds a recent reference in modern machinery. The question is no longer limited to whether a prepared woman can drive an F1 car. Hawkins has already completed that task in Aston Martin equipment. The next question concerns how more candidates can reach the same opportunity. Junior mileage, funding and suitable equipment all influence that route. Hawkins has placed the focus on the middle of the ladder. That is where promising results have to become sustained progress toward Formula 1. Hawkins completed twenty-six laps during her Aston Martin test in Hungary. The programme began with installation work before moving toward longer runs. She increased speed while learning the braking response and steering controls. The team reported that she completed the planned work without a major interruption. Her preparation included simulator sessions and a demanding fitness programme. Those steps were similar to the work required from other drivers before a first test. The completed mileage gave Hawkins evidence from the car itself. Her view about physical ability therefore rests on recent Formula 1 experience.
The steering question becomes important when drivers leave Formula 4. Formula 3 and Formula 2 cars do not provide the same assistance used in Formula 1. Their tyres also generate larger loads than the entry-level machinery. A young driver must control those forces while making precise corrections through every corner. Extra gym work can help, but body size and available preparation time still matter. That issue appears before a driver can earn a Formula 1 test.
Hawkins wants the ladder to examine whether steering load tests skill or simply filters drivers by strength. Her argument does not ask the senior championship to lower its physical standard. Drivers still withstand repeated braking forces and sustained cornering loads. Cockpit heat also builds throughout a full race distance. Hawkins instead separates those demands from an unnecessarily heavy steering wheel. Good racecraft depends on braking judgment, tyre management and accurate technical feedback. None of those abilities improves automatically when steering becomes harder to turn. A consistent assistance standard could let more drivers show their actual pace. Any change would still require technical study and agreement from the junior championships. More women are now receiving regular single-seater mileage through F1 Academy. The next test comes when leading drivers move into faster categories. Seats become fewer, budgets increase and physical demands change at the same time. Teams need enough evidence before choosing a driver for Formula 3 or Formula 2. Regular testing can expose a steering problem before it damages a whole season. Hawkins believes the route should reward speed and preparation at every level. Her Aston Martin laps show that a prepared woman can handle recent Formula 1 machinery. The remaining debate concerns access to the stages that come before it. Hawkins separated Formula 1 steering from the equipment used in many junior cars. Her concern covers the path before a driver reaches the top category. A driver can prepare for heavy steering, but access to suitable training matters. Teams also need useful information from tests and simulators. Her Aston Martin run showed that the final car was not beyond her physical ability. She completed the planned programme and supplied feedback to engineers. The difficulty can appear earlier, when drivers must prove themselves in machinery without the same assistance. A promising career may slow before Formula 1 testing becomes available. Better preparation can help, but it cannot replace real time in a suitable car.
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