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Aston Martin's Newey Unveils Innovative AMR26 Design, Redefines Aggression

Aston Martin's chief technical officer Adrian Newey has revealed the team's highly anticipated AMR26 car for the 2026 Formula 1 season. Despite the car's unique and eye-catching features, Newey insists he never views his designs as "aggressive."

Aston Martin's Newey Unveils Innovative AMR26 Design, Redefines Aggression
Circuit de Barcelona CatalunyaFormula 1

When Aston Martin's AMR26 finally emerged from the Barcelona garage during pre-season testing, it was immediately clear this was no ordinary Formula 1 car. Sporting a distinctive engine cover, radical sidepod design, and a suspension layout that left rivals scratching their heads, the new Aston Martin has certainly captured the attention of the paddock.

However, the man behind this innovative masterpiece, chief technical officer Adrian Newey, doesn't see his creation as "aggressive" in the traditional sense. "I never look at my designs as aggressive," Newey explained. "I'm simply focused on finding the most efficient and effective solutions to the engineering challenges we face."

Newey's relentless pursuit of performance has been a hallmark of his illustrious career, which has seen him design championship-winning cars for the likes of Red Bull, McLaren, and Williams. The Briton's meticulous attention to detail and ability to think outside the box have become the stuff of legend within the sport.

"Every Formula 1 car we design is the product of countless hours of research, analysis, and testing," Newey said. "The goal is always to push the boundaries of what's possible, to create a machine that can extract the maximum performance from the regulations."

While the AMR26's unique appearance may have caught the eye of rival teams, such as Mercedes' George Russell, who described it as "very interesting," Newey remains unfazed. "I'm not concerned with what others think," he said. "Our focus is on delivering a car that can compete at the highest level and give our drivers the tools they need to succeed."

As the 2026 season fast approaches, the motorsport world will be eagerly awaiting the debut of Newey's latest creation. One thing is certain: with the legendary designer at the helm, Aston Martin's journey into the new era of Formula 1 is sure to be filled with innovation, performance, and the uncompromising pursuit of excellence.

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Full Regulation Text

Technical Regulations

Article C3.8.2

FIA Source

Engine Cover

Chapter: C3

In Simple Terms

The engine cover must fit within a defined boundary box and can have up to two distinct sections when viewed from above. From the side, it must completely hide the underlying structure. Additionally, any curved surfaces on the outer parts of the engine cover must have smooth, gradual curves—convex curves need a minimum 75mm radius and concave curves need at least 50mm radius to prevent sharp edges.

  • Engine cover bodywork must stay entirely within the RV-EC (Rear View Engine Cover) boundary
  • Maximum of two sections allowed in any horizontal plane (Z-plane)
  • Must fully obscure RS-EC (Rear Structure Engine Cover) when viewed from the side
  • Outer aerodynamic surfaces require minimum 75mm convex radius and 50mm concave radius for safety and performance fairness
Official FIA Text

Engine Cover Bodywork must lie in its entirety within RV-EC, have up to two sections in any Z-Plane, and when viewed from the side, fully obscure RS-EC. Engine Cover Aerodynamic Surfaces in any X-Plane outboard of Y = 5 must contain no convex radius of curvature less than 75mm and no concave radius less than 50mm.

engine coverbodyworkaerodynamic surfacesradius of curvaturerear wing
2026 Season Regulations
Technical Regulations

Article C3.8.3

FIA Source

Rear Bodywork Assembly

Chapter: C3

In Simple Terms

The rear bodywork of an F1 car (the sidepods and engine cover) must form one continuous, solid shape with no gaps, overlaps, or disconnected sections. Think of it like clay that's been molded into one unified piece rather than separate parts stuck together.

  • The sidepods and engine cover combine to create the rear bodywork assembly
  • Must be a single, simply connected volume with no separate or floating sections
  • Cannot have overlapping regions - parts cannot occupy the same space
  • Once fully defined, the shape must be valid and properly connected
Official FIA Text

Rear Bodywork Assembly results from the Trim and Combination of Sidepod and Engine Cover. Once fully defined, it must be a single, simply connected volume, with no overlapping regions.

rear bodyworksidepodengine coverconnected volumeoverlapping regions
2026 Season Regulations
Technical Regulations

Article C3.12.2

FIA Source

Upper Bodywork to Floor Bodywork Assembly

Chapter: C3

In Simple Terms

The upper bodywork (sidepods, engine cover) and floor must fit together smoothly at their connection point. Any part of the engine cover that would stick out below the floor must be removed. The join between these two sections can only have one curve, and any rounded edges at this junction can't exceed 50mm in radius.

  • Upper and floor bodywork must be neatly joined together with proper alignment
  • Engine cover cannot extend below the floor bodywork level
  • The intersection between upper and floor bodywork must create only one curve (not multiple curves)
  • Fillet radius (rounded edges) at the junction cannot exceed 50mm
Official FIA Text

Upper Bodywork and Floor Bodywork must be trimmed to each other. Engine Cover remaining below Floor Bodywork must be discarded. Intersection produces no more than one curve. Fillet Radius no greater than 50mm may be applied.

bodywork assemblyupper bodyworkfloor bodyworkengine coverfillet radius
2026 Season Regulations