2026 Singer Porsche 911 Targa
By Lorenzo Bianchi February 3, 2026
Singer collaborates with Red Bull Advanced Technologies to reinforce 964 Targa and Cabriolet chassis.
Carbon-fiber structural additions increase torsional rigidity by 175 percent.
The upgrade aligns open-roof driving dynamics with those of Singer’s coupe restorations.
Structural Engineering Takes Center Stage
The 2026 Singer Porsche 911 Targa is not defined by a new engine or a dramatic visual departure. Instead, it represents a deeper, more technical evolution of Singer’s restoration philosophy. For the first time, Singer has enlisted Red Bull Advanced Technologies to address a long-standing challenge inherent to open-roof 964-generation Porsche 911s: torsional stiffness.
Singer’s Classic Turbo services begin with an owner-supplied Porsche 911 Type 964 Targa or Cabriolet, typically more than three decades old. These cars arrive with history built into the steel monocoque, history that Singer preserves rather than replaces. The challenge was to elevate structural integrity without compromising originality. That brief set the tone for the collaboration.
A Digitally Modeled Foundation
Red Bull Advanced Technologies approached the project with the same discipline it applies to motorsport and aerospace work. Each 964 chassis was digitally recreated using scanned data and manual measurements before undergoing extensive Finite Element Analysis. By comparing the results of physical tests with the virtual model, engineers were able to pinpoint exactly where the open-roof structure flexed under load.
After identifying the areas with the highest strain energy from that data, Red Bull constructed a network of thirteen carbon-fiber reinforcing structures. These components are bonded directly to the original steel monocoque during the restoration process. The result is a documented 175 percent increase in torsional rigidity, a figure that fundamentally reshapes how the car behaves on the road.
Maintaining Visual Honesty and Proportions
The 2026 Singer Porsche 911 Targa is still distinctly Singer in appearance. Unaltered is the traditional Targa profile with its detachable roof panel and brushed metal hoop. Singer's established vocabulary is followed in stance, panel fit, and surface transitions, which prioritize mechanical clarity and restraint over reinterpretation.
By strengthening the chassis without adding unnecessary mass or altering external proportions, Singer avoids the visual compromises that often accompany structural reinforcement. From the outside, there is no signal that this Targa is fundamentally different. From behind the wheel, the difference is immediate.
Driving Dynamics Aligned with the Coupe
The increased rigidity delivers tangible benefits. Steering response sharpens. Braking stability improves. The car feels calmer over uneven surfaces, particularly when driven with intent. According to Singer, the reinforced Targa now matches the dynamic performance of its coupe counterpart, a claim rooted in measured structural data rather than subjective tuning alone.
This matters because Singer’s clients often expect the same precision regardless of body style. Open-roof cars traditionally demand compromise. This project was designed to remove that expectation entirely.