12 September 2017

Suzuki Swift Sport

Suzuki unveils new Swift Sport

12 September 2017 - The all-new Swift Sport has its global premiere at the Frankfurt Motor Show. The third-generation Swift Sport features a lower, wider stance, more aggressive styling, and a torque-to-weight ratio that propels the Swift Sport into hot hatch territory. With a 1.4 BOOSTERJET engine producing 230N⋅m of torque, and a total kerb weight that is 80kg less than its predecessor, the lighter and quicker Swift Sport has evolved into a genuine hot hatch that makes exhilarating sports driving a reality. The direct fuel injection system features seven-hole injector nozzles, enabling increased fuel pressure and highly atomised fuel injection, resulting in higher engine output and a cleaner exhaust.

The new Swift Sport rests on the "HEARTECT" platform, a new-generation Suzuki platform that delivers enhanced fundamental vehicle performance through light weight and high rigidity.

Suzuki Swift (2017 - 2024)

A comprehensive overhaul of the underbody's structure and component layout has resulted in the replacement of the segmented frame of the previous platform with a continuous frame that increases underbody stiffness. The new frame is characterised by a smooth, curving form that efficiently disperses energy, enhancing collision safety. Overall body rigidity has been further improved with an increase in spot welds, improving steering-yaw rate linearity and control.

In addition to the "HEARTECT" platform and the lightweight, shock-absorbing "TECT" body, detailed optimisation of interior parts, seats and other components has resulted in a total kerb weight of just 970kg.

The torque-to-weight ratio of the new Swift Sport is approximately 4.2 kg/ N⋅m, making it one of the most competitive hot hatch models in the market.

Other features of the 1.4 BOOSTERJET engine:

  • Variable fuel pressure control system, reducing PM (particulate matter) and PN (particulate number)
  • Dual intake air pressure sensor control for high-response
  • Air-cooled intercooler to improve volumetric efficiency by cooling intake air
  • Short-port intake manifold, exhaust manifold-integrated cylinder head, and a pendulum-type mounting system for light weight and compactness

To achieve short-stroke and nimble shifting, enhancements have been made to the same 6-speed manual transmission used in the previous Swift Sport. Actuating force has been tuned for improved shift smoothness and increased driver feedback, complemented by further engineering refinements to increase direct feel and rigidity.

Fitting with its position as Suzuki's flagship sports model, the advanced handling capabilities found in previous Swift Sport models have been further refined in the new Swift Sport, with greater driving stability, optimized roll rigidity, and improved dynamic response.

Carrying on from its predecessors, the new Swift Sport uses Monroe®* front shock absorbers, which have a reputation for high performance. To improve roll stability, the thickness of the stabiliser joint bars have been increased, with a Teflon seat added to the stabiliser mount. The wheel hub and wheel bearings have been made into a single unit, and the width between the bearings has been expanded, together resulting in a 15 percent increase in camber rigidity during cornering. These advancements provide an added degree of stiffness without excessively increasing the spring rate of the springs or the front stabiliser, while maintaining supple movement in road-tyre contact.

The rear suspension was specially designed to ensure superior stability even at high speeds. The trailing arm was designed and developed exclusively for the new Swift Sport to minimise deformation during cornering. The new model's toe rigidity has been improved by 1.4 times compared to its predecessor, and camber rigidity is higher by a factor of nearly three. The torsional rigidity of the torsion beam has been tuned to provide optimal roll stiffness. As with its predecessor, the new Swift Sport uses Monroe®* rear shock absorbers, with a revised valve structure and optimised damping force characteristics for enhanced handling and control on the road.

The Swift Sport features an exclusive frontal design. The front grille and bumper project the nose beyond that of the standard Swift, conveying a sense of tautness and imminent action. Muscular shoulders, blacked-out A-pillars and vertically arranged front and rear lamps, as introduced in the rest of the new Swift model range, are brought into vivid relief in the Swift Sport with black aerodynamic under spoilers spanning the front, sides and rear, and a roof-end spoiler that balances aerodynamic advantage with sports aesthetics.

The wheelbase is 20mm longer than the previous Swift Sport, while tread is 40mm wider both front and rear, helping increase straight-line stability. In keeping with the design focus on performance and emotional connection, the body has been lowered 15mm and widened 40mm, creating a more grounded, athletic stance.

The new Swift Sport creates an immersive, interactive sports driving environment, starting with red interior accents and a driver-oriented instrument panel that immediately stirs the driver's imagination. The main gauges pop with contrasting colours, and new boost and oil temperature gauges enhance the sports driving experience. Precision-crafted, high-quality textures and materials are used throughout the cockpit, including in the Swift Sport's semi-bucket shape front seats that let the driver and passenger share the sports driving sensation.

Every driver contact point is tuned for sports functionality and enjoyment. The D-shaped steering wheel with dimpled leather gives a secure grip, with a satin finish, piano black accents and red cross-stitching. The chrome finished shift knob and sports alloy pedals complement the sports driving experience.

Also featured in the new Swift Sport is a Bluetooth®-compatible Smartphone Linkage Display Audio Display* unit with a 7-inch touchscreen and a SD Card 3D-map navigation.

Advances in the performance and driving feel of the new Suzuki Swift Sport have been matched with significant safety features, including advanced forward detection, Dual Sensor Brake Support, lane departure warning and other key technologies.

The new Swift Sport now features Suzuki's forward detection system, which uses the combination of a monocular camera and a laser sensor. The system offers superior functionality by combining a monocular camera, which excels at mid-to-long distance detection and recognition of such traffic elements as pedestrians and lane markers, and a laser sensor, which excels at short-distance and nighttime detection.

When moving, the new Swift Sport uses two sensors-a monocular camera and a laser sensor-to determine if there is a risk of collision with a forward vehicle or pedestrian. Upon detecting a potential collision, the car either alerts the driver, assists braking, or autobrakes, depending on the situation.

At 60km/h or faster, the lane departure warning function is designed to predict the path of the vehicle and issue warnings, such as steering wheel vibration, to alert the driver.

The new Swift Sport features Suzuki's first-ever adoption of a lane departure prevention system. At speeds of between 60 and 160km/h, the lane is recognised via a monocular camera. When sensors detect that lane departure is likely to occur, the system automatically assists the driver in returning the vehicle back into the lane by controlling the steering via the electric power steering system.

At 60km/h or faster, the weaving alert function is designed to calculate the driving pattern and issue audio and visual warnings if the vehicle is "wandering" due to driver drowsiness, etc.

At 40km/h or faster, high beam assist is designed to automatically switch the headlights between "High" and "Low", detecting the presence of other vehicles and the lighting environment.

The adaptive cruise control system uses millimetre-wave radar to gauge the distance to the vehicle in front, and automatically maintains vehicle-to-vehicle distance in line with the setting selected out of three levels (short, medium and long.) When there is no vehicle in front, the system maintains the speed (from 40km/h to 160km/h) set by the driver.