First Hypercar Vazirani Shul Revealed At 2018 Goodwood Festival of Speed

Vazirani Automotive has revealed the Vazirani Shul which is a turbine-electric hypercar and expected to come in India as well during the 2018 Goodwood Festival of Speed. The Vazirani Shul, however, is in a conceptual platform and expect the prototype to start testing by the year-end.

The Vazirani Shul appears very stunning in a new design which reminds the Pininfarina H2 Speed Concept. Although, it is the engine option that establishes separate offering than other products. The Shul is powered by a jet turbine powertrain that energizes a four electric engine framework. The four electric engine is placed along with the wheels to render a fully independent torque vectoring. The hypercar is able to deliver a rapid acceleration along with torque-heavy functioning without adjusting on the available range.

Hypercar

The car is being manufactured in participation with a UK firm for the production of the turbines. The turbine-electric comes attached with a single ratio transmission, just like the Koenigsegg Regera.

Vazirani has unveiled that the Shul hypercar is built on a carbon-fiber tub chassis identical to the BMW i8, which assists the structural rigidity up, along with no weight compromise.

Indeed, the Shul takes carbon fibre considerably in the construction according to the company to maintain the weight down. The battery pack of 300 kg weight can be charged using regenerative technology.

Hypercar-Vazirani-Rear

The information regarding the Vazirani Shul is not revealed by the company yet officially, and therefore the performance number is also not revealed. The company mentions the focus on the handling of the vehicle such as the Shul to perform like the sportscar and braking performance from the Brembo.

Chunky Vazirani, Vazirani Automotive co-founder has lately worked with Land Rover, Jaguar, and Rolls-Royce. The company reaches India instead of manufactured at the California, US. It is as well expected to be built in the Californian state, once reaches the production.