Ultimate performance: Supercharged V8 with 423kW
The F-TYPE SVR features the latest evolution of Jaguar’s 5.0-litre supercharged V8 to deliver the ultimate in performance and driver reward. Changes to the engine’s calibration – adopted from the F-TYPE Project 7 – deliver power and torque ratings of 423kW and 700Nm.
Enlarged air intakes in the front bumper together with revised charge air coolers and redesigned bonnet vents deliver corresponding improvements in cooling system performance and powertrain efficiency.
The new lightweight titanium and Inconel exhaust system can withstand higher peak temperatures, reduces backpressure and saves 16kg – a weight reduction that exceeds the demanding target set during development. Compared to the F-TYPE R’s stainless steel system, Inconel’s increased thermal resistance meant that wall thickness could be halved to just 0.6mm.
The new system also delivers an even more distinctive, purposeful, harder-edged exhaust note, especially once the active valves in the rear silencers open – this happens at lower engine speeds to enhance the F-TYPE SVR’s performance character still further. Even the valves themselves are made from titanium because this is the ultimate lightweight solution. The four round tailpipes are distinguished by discreet SVR branding.
To make the most of the increased engine output, the eight-speed Quickshift transmission gains a new calibration. Together with the extra grip delivered by the wider, 265- and 305-section front and rear tyres (10mm wider than the F-TYPE R), and optimising the torque on-demand all-wheel drive system’s Intelligent Driveline Dynamics (IDD) control technology, this delivers the F-TYPE SVR’s outstanding launch behaviour and immediacy of response.
The changes to IDD and refinements to the rear electronic active differential (EAD) ensure optimum torque distribution between the front and rear axles and across the rear axle. Combined with a unique calibration for the Dynamic Stability Control (DSC) system, this enhances traction and dynamics – on all surfaces and in all weathers – while preserving the F-TYPE SVR’s rear-wheel drive character and handling balance.
Selecting Dynamic mode will enable the enthusiast driver to fully explore the F-TYPE SVR’s capability, especially with the DSC system set to TracDSC or switched off completely. Under these conditions, IDD will use the most extreme calibrations for the AWD system and for the EAD to fully exploit the available grip.
The gains in performance and driveability do not come at the expense of fuel consumption and CO2emissions: compared to the F-TYPE R, the figures on the combined cycle remain unchanged at 11.3 litres/100km and 269g/km respectively.
Light, stiff, precise
The enhancements made to the powertrain and driveline are matched by the modifications made to the chassis. Designed to take the SVR’s dynamic capability to the next level, and deliver ultimate chassis agility, precision, control and response, the changes nevertheless preserve the F-TYPE’s ride quality and inherent duality of character – day-to-day usability and comfort have not been compromised.
The F-TYPE’s aluminium double wishbone front and rear suspension and state-of-the-art electric power-assisted steering (EPAS) system gave the SVO team the best possible starting point for developing the SVR’s vehicle dynamics.
That the vehicle is 25kg lighter as standard than the AWD F-TYPE R – and 50kg lighter with options including the Carbon Ceramic Matrix brake system and carbon fibre roof – brings immediate benefits in terms of handling. Optimised aerodynamics produce further gains: the rear wing delivers reductions in lift whether in the raised or lowered position.
These fundamental improvements are matched by a raft of other hardware and software changes designed to extract the full potential from every part of the chassis. The rear anti-roll bar is thicker. The valves inside the continuously variable dampers have been revised and the control software – the heart of Jaguar’s Adaptive Dynamics system – has been recalibrated. The overall effect is that both low speed comfort and high-speed control are improved.
The rear knuckle is completely new. Now an intricate, weight-optimised aluminium die casting, the design of the part enables a 37 per cent increase in camber stiffness and a 41 per cent increase in toe stiffness, which translates into greater control of the tyre contact patch and an even more connected steering feel.
The front anti-roll bar diameter has been reduced slightly. Together with the revised damper control software, a unique tune for the Torque Vectoring system that enables even more precise control of the braking applied to the inner wheels, the changes mitigate understeer – even at high corner entry speeds.
Fitted as standard with Jaguar’s Super Performance braking system featuring large, 380mm and 376mm front and rear brake discs, the F-TYPE SVR can be specified with Jaguar’s Carbon Ceramic Matrix (CCM) braking system. Featuring even larger 398mm and 380mm discs and six- and four-piston monobloc calipers, this system delivers exceptional braking performance with outstanding fade resistance. The brake prefill system ensures consistent pedal feel, stop after stop.
The wider, specially developed 265/35/ZR20 and 305/30/ZR20 tyres provide exceptional levels of grip with no detriment to ride quality or refinement. The range of 9J and 11J forged aluminium wheels deliver savings of up to 13.8kg per vehicle – another weight reduction which beat the development target – and the open spoke design also improves brake cooling. Exclusive to the F-TYPE SVR, the range comprises Coriolis wheels in Satin Technical Grey or Gloss Black, and – for models fitted with the CCM braking system – Maelstrom wheels with a Satin Black polished finish.
The F-TYPE’s EPAS system already sets the benchmark for feel and response – especially off-centre. Further tuning of the control software delivers even better feedback and, combined with the stiffer rear knuckle assembly, the new wheels and tyres and the revised damper settings, means that the F-TYPE SVR steers with even greater immediacy and precision.
AERODYNAMICS
Reducing drag and lift contributes to the enhanced dynamics and performance and subtly enhances the F-TYPE’s award-winning design
The effort made in developing the chassis was matched by the work done on the F-TYPE SVR’s aerodynamics. Asked to solve the often-conflicting requirements of reducing drag and reducing lift, the SVO team designed a full suite of features that work together to improve dynamics, stability, performance and efficiency.
To cut drag, the front bumper was extended outboard to mask as much of the wheels as possible. This also helps the airflow to remain attached to the sides of the car, reducing drag still further.
The front valance and front undertray also contribute to drag reduction but do much more to improve engine cooling. The louvre design of the new bonnet vents uses the flow of air over the bonnet to extract more hot air from the engine compartment.
Apertures in the wheelarch liners help the high-pressure air to escape through the fender vents, helping to reduce front-end lift.
An under-floor tray beneath the rear suspension accelerates the airflow, reducing pressure and therefore reducing lift. Aerodynamics are further enhanced by the rear venturi. Integrating this feature was only possible because of the design of the lightweight titanium and Inconel exhaust system: using two individual rear silencers instead of a single transverse silencer enabled the venturi to be neatly packaged between them.
But the single most effective device developed for the F-TYPE SVR is its deployable rear wing: the highly optimised design is more effective and more aerodynamically efficient in both raised and lowered and positions.
With the car in Normal mode, the wing deploys once vehicle speed reaches 110km/h. The wing will also deploy automatically whenever the driver selects Dynamic mode. In this raised position, the wing, together with the other aerodynamic enhancements, enables a reduction in the F-TYPE SVR’s drag and lift coefficients of 2.5 per cent and 15 per cent respectively, compared to the F-TYPE R with spoiler deployed. When the SVR’s wing is in the lowered position, the corresponding improvements are 7.5 per cent and 45 per cent.
Exterior design options to complement the carbon fibre rear wing include a carbon fibre roof panel and a carbon fibre pack comprising the front chin section, bonnet louvres, fender vent ingots and door mirror caps.
Interior
A bespoke interior characterised by exquisite detailing and infotainment systems which support the latest wearable technology make the F-TYPE SVR even more desirable
The F-TYPE SVR’s performance does not come at the expense of comfort. The cabin gains cosseting 14-way SVR Performance seats finished in Jet black leather with a distinctive Lozenge Quilt pattern, contrast stitching and micro-piping and headrests embossed with the SVR logo. Customers also have the option of Siena Tan or Red leather.
The SVR Jet black leather and optional Jet black leather and suedecloth steering wheels feature black painted spoke outers and contrast stitching in a range of four colours. The unique anodised aluminium shift paddles are larger than those in other F-TYPE models to make changing gear even more instinctive.
The driver-focused theme of the ‘one-plus-one’ layout is enhanced with a suedecloth covering for the instrument cluster and centre console. Customers who select the optional Siena Tan or Red leather interiors benefit from full leather wrapping of the instrument panel.
The InControl Touch and InControl Touch Plus infotainment systems feature eight-inch capacitive touchscreens, intuitive user interfaces and crisp, clear 3D map displays and offer 380W Meridian and 770W Meridian surround sound audio systems respectively.
As well as the familiar InControl Apps smartphone connectivity and InControl Protect emergency call system, the F-TYPE SVR also offers the latest InControl Remote functionality, which – for the ultimate in convenience – now supports wearable technology.
Partnering the InControl Remote app for iOS smartphones is a companion app developed for the Apple Watch. Using this device, drivers can lock and unlock the doors, check key information such as fuel level or mileage, and locate the car on a map. InControl Remote even enables the driver to start the engine and set the climate control system temperature to pre-condition the cabin before the start of a journey. Nothing could be simpler.
