The 2026 Formula 1 at Silverstone will provide the biggest test yet for the new regulations, with energy management expected to reshape one of the fastest and most iconic circuits on the calendar.

How the 2026 Formula 1 Cars Will Change Racing at Silverstone

The 2026 Formula 1 at Silverstone is expected to reveal the biggest strengths—and weaknesses—of Formula 1’s new technical regulations. While recent races have reduced concerns about energy management, Silverstone’s unique layout could expose the limitations of the new power units more clearly than any previous circuit.

With its long straights and legendary high-speed corners, the British Grand Prix will force teams and drivers to completely rethink how they manage electrical energy throughout a qualifying lap and the race itself.

Silverstone will demand a different driving approach

Unlike circuits with heavy braking zones, Silverstone offers very few opportunities to recharge the battery. The 2026 hybrid power units rely heavily on regenerative braking, meaning drivers will have to sacrifice speed through several fast corners in order to maximize energy deployment on the following straights.

This is especially important through the opening sector, where drivers are expected to approach Turns 1 and 2 more cautiously to preserve enough battery charge before the acceleration zone leading toward Turn 6.

Further around the lap, Brooklands remains one of the few significant braking opportunities before the famous Copse corner.

Silverstone will become the biggest energy management challenge of the 2026 Formula 1 season.

Maggotts and Becketts may no longer be flat-out

Perhaps the biggest difference during the 2026 Formula 1 at Silverstone will appear through the iconic Maggotts-Becketts sequence.

Instead of attacking the high-speed direction changes at maximum commitment, drivers are expected to use this section to regenerate battery energy before accelerating onto the Hangar Straight. That means lower entry speeds and a completely different rhythm compared to previous Formula 1 generations.

Copse is expected to remain relatively unchanged, but the speeds through Maggotts, Becketts and even Stowe could drop noticeably as teams prioritize battery management over outright cornering performance.

Drivers may need to sacrifice speed through Maggotts and Becketts to recharge the battery.

The FIA has reduced energy deployment

To limit excessive “superclipping” during qualifying, the FIA has reduced the maximum energy deployment available this weekend.

Teams are expected to operate with 8 MJ during the race and 6.5 MJ in qualifying, both lower than previous events. While these adjustments should reduce the most extreme energy shortages, they are unlikely to eliminate them completely at Silverstone.

Drivers will still need to carefully decide where to deploy electrical power, making strategy even more important over a single lap.

The FIA has reduced energy deployment limits ahead of the British Grand Prix.

Could “yo-yo racing” return?

Another possible consequence of the 2026 Formula 1 at Silverstone is the return of so-called “yo-yo racing.”

Because overtaking opportunities may depend heavily on battery deployment, drivers could use extra energy to complete a pass on one straight, only to become vulnerable on the next if their battery is depleted. With tire degradation expected to be lower than in Austria, energy management could become the primary tactical tool during the race.

Whether fans enjoy this new style of racing remains to be seen, but Silverstone is likely to provide the clearest picture yet of how Formula 1’s new regulations will influence competition over the coming seasons.

Energy deployment strategy could become the deciding factor during the British Grand Prix.

The 2026 Formula 1 at Silverstone will be far more than another race weekend. It will serve as the first true benchmark for the sport’s new generation of power units and energy management strategies. If teams successfully adapt to the circuit’s unique demands, Silverstone could redefine how engineers and drivers approach high-speed tracks under Formula 1’s new technical era.

The McMurtry Spéirling Pure has officially entered production, bringing 986 horsepower, more than 4,400 pounds of downforce and a limited run of just 100 track-only hypercars.

McMurtry Spéirling Pure Debuts With Nearly 1,000 HP and Fan-Generated Downforce

The McMurtry Spéirling Pure is finally here. After years of breaking records with its prototype, the British automaker has unveiled the production version of its electric track-only hypercar, combining nearly 1,000 horsepower with one of the most advanced aerodynamic systems ever fitted to a production vehicle.

Limited to just 100 units worldwide, the McMurtry Spéirling Pure promises extreme performance through lightweight engineering, instant electric power and a revolutionary fan-assisted downforce system.

McMurtry Spéirling Pure delivers hypercar performance

Although it closely resembles the prototype, the production-spec McMurtry Spéirling Pure features 95 percent newly developed components.

Power comes from two rear-mounted electric motors producing 986 horsepower, allowing the hypercar to sprint from 0 to 60 mph in just 1.55 seconds. A larger 100-kWh battery pack replaces the previous 60-kWh unit, giving drivers enough energy to complete approximately 25 to 31 miles of flat-out track driving at LMP2 pace before recharging.

McMurtry has also upgraded the cooling system, redesigned several exterior components and refined the carbon-fiber monocoque to improve driver comfort while meeting international motorsport safety standards.

The McMurtry Spéirling Pure produces 986 horsepower and reaches 60 mph in just 1.55 seconds.

The McMurtry Spéirling Pure uses fan-generated downforce

The defining feature of the McMurtry Spéirling Pure is its innovative Downforce-on-Demand system.

Instead of relying solely on aerodynamic wings, the hypercar uses two high-speed fans mounted beneath the chassis to generate more than 4,400 pounds of downforce, even while the car is stationary. Working alongside a sealed skirt system, the fans allow the car to produce exceptional grip immediately upon acceleration.

According to McMurtry, the system enables the Spéirling Pure to generate up to 3G of lateral and braking force, giving it levels of cornering performance typically reserved for top-tier racing prototypes.

The dual-fan setup also provides redundancy, ensuring substantial downforce remains available even if one fan experiences a malfunction.

McMurtry’s fan system generates more than 4,400 pounds of downforce.

Only 100 McMurtry Spéirling Pure hypercars will be built

Exclusivity is another defining characteristic of the McMurtry Spéirling Pure.

Production will be limited to just 100 examples, each carrying a starting price of approximately $1.3 million. Buyers will also have access to factory-backed track support programs for competitive events.

The hypercar is expected to compete in events such as GT1 Sports Club, Global Time Attack in the United States and Time Attack Masters in Europe. Enthusiasts will also have their first opportunity to see the production model at the Goodwood Festival of Speed before it appears during Monterey Car Week later this year.

Production of the McMurtry Spéirling Pure is limited to only 100 units worldwide.

The McMurtry Spéirling Pure represents one of the boldest interpretations of an electric hypercar yet. By combining lightweight construction, nearly 1,000 horsepower and an innovative fan-assisted aerodynamic system, McMurtry has created a machine unlike anything else currently available. With only 100 examples planned, the Spéirling Pure is set to become one of the rarest and most technologically advanced track cars ever produced.

The BMW X5 split tailgate has been discontinued for the 2027 model year. BMW says the decision improves usability and cargo access, but many longtime owners may not agree.

Why BMW Removed the X5’s Iconic Split Tailgate

The BMW X5 split tailgate has been one of the luxury SUV’s defining features since the original model debuted in 1999. For more than two decades, it gave the X5 a distinctive identity while providing owners with a practical loading platform unlike most competitors.

That changes with the all-new 2027 BMW X5. The fifth-generation model abandons the split tailgate entirely, replacing it with a conventional one-piece liftgate. According to BMW, the decision was driven by customer usability and packaging improvements rather than cost savings.

BMW says the BMW X5 split tailgate wasn’t practical for every driver

According to BMW, customer feedback played a major role in the decision to eliminate the BMW X5 split tailgate.

Company executives explained that the lower section of the tailgate could make loading and unloading cargo more difficult, particularly for drivers with average reach. Rather than improving convenience, BMW believes the traditional two-piece design created unnecessary obstacles when accessing the cargo area.

The automaker says the new single-piece tailgate offers easier everyday usability while maintaining generous cargo access.

The split tailgate had been a signature feature of the BMW X5 since its debut in 1999.

The new BMW X5 design also influenced the decision

Beyond practicality, the redesigned body also contributed to the removal of the BMW X5 split tailgate.

BMW says the new X5 adopts a sleeker roofline that extends farther toward the rear, reducing the available height for the upper hatch. To compensate, engineers widened the cargo opening, creating easier access despite eliminating the lower folding section.

The revised rear design also aligns with BMW’s latest Neue Klasse-inspired styling language, which emphasizes cleaner surfaces and more integrated body lines.

The redesigned rear of the 2027 BMW X5 features a conventional liftgate for improved cargo access.

Not every BMW X5 owner agrees with the change

Although BMW says the decision reflects customer feedback, many longtime owners have reacted differently.

The BMW X5 split tailgate has developed a loyal following over the years because it served as a convenient bench, loading platform and protective surface when transporting luggage, sports equipment or outdoor gear. Following the reveal of the new X5, many enthusiasts expressed disappointment that one of the SUV’s most recognizable features has disappeared.

The split tailgate had become one of the last remaining examples of this design in the luxury SUV segment after several competitors abandoned similar systems years ago.

Many BMW enthusiasts consider the split tailgate one of the X5’s most iconic features.

The 2027 BMW X5 enters a new generation

While the disappearance of the BMW X5 split tailgate has generated plenty of discussion, it represents only one part of a much larger transformation.

The fifth-generation X5 introduces new gasoline, plug-in hybrid and fully electric powertrains, adopts BMW’s latest design language and features a completely redesigned interior with updated technology. Even so, for many longtime BMW fans, the removal of the split tailgate may prove to be one of the most talked-about changes when the 2027 BMW X5 arrives in dealerships later this year.