The latest Singer Porsche 911 packs a respectable 380 kW into the 80s bodywork which has been tastefully modernised in typical fashion of the American tuning company with their Turbo Study Program.
Using a blend of design elements from the 930 and 954 gen of the 911 Turbo for the Program newcomer, the restomodded edition to Singer’s portfolio boasts a twin-turbocharged 3,8-litre air-cooled flat-six. As opposed to its 330 kW from its predecessor in the study, this one now comes with a bit more grunt, pushing out 380 kW just in case the original widow maker wasn’t enough.
This one is more rough and ready in comparison to the previous model in the program, which the customer specified for grand touring with power-adjustable, heated seats for example. The buyer of the latest Turbo Study wanted a greater emphasis on performance and visceral experience which is why the increase in power runs through a six-speed manual gearbox. In addition, sport suspension with a lowered stance give it a far more menacing look while its track-focus intentions are further reaffirmed with carbon-ceramic brakes.
This model has been finished in a Turbo Racing White colour with green dual stripes spanning over the centre of the body to each of the bumpers. The Fuchs-inspired deep dish rims feature the colour too to give the model a cohesive aesthetic. Other upgrades include a front-splitter, shark fin-intake on the sides and rear spoiler on the iconic whale tail, each exposing their carbon fibre construction.
The exterior colours continue on the inside with the addition of black and a houndstooth cloth. Carbon fibre lightweight seats include this texture while the rear is consumed by a half-roll cage.
With the original Turbo Study model debuting, Singer claims to have received as many as 70 reservations for them being available in rear or all-wheel-drive flavours. This Singer Porsche 911 may even be shown to the Goodwood Festival of Speed which will happen later this month although it is likely that one of its previous, already-finished Turbo Study models will likely be displayed instead.
