PX 221 C 0 Power in PS 0 Torque in Nm 0 seconds from 0-100 km/h 0 max. velocity 0 Weight in kg motor In-line four-cylinder Suzuki GSX-R 600 transversely mountedAluminium chokeSelf-developed airbox with intake manifold length adjustmentSelf-developed plastic oil pan, gearshift roller and self-developed fuel systemFuel: Super plusself-developed titanium exhaust system incl. mufflerEngine control unit Bosch MS6.1 Sport with 3 setups driving dynamics max. lateral acceleration (20Hz filter) 2,0 gaverage lateral acceleration 1,6 gmax. longitudinal pos. acceleration (20Hz filter) 1.3 gAverage longitudinal positive acceleration 0.48 gmax. longitudinal negative acceleration (20Hz filter) 1,65 gAverage longitudinal negative acceleration 1.20 g Suspension Double wishbone pull/pushrod suspension, welded steel constructionTopology-optimised wheel carrier manufactured using the SLM process3-way adjustable KW Formula Student damperBrake: self-developed brake disc design with floating discTyres: Hoosier 7.5×16.0-R1010″ magnesium rimsSpring damper system with decoupled lift and roll dampersSelf-developed steering gear Monocoque Chassis Hybrid chassis (front monocoque and rear tubular frame)Engine and differential connection integrated in the rear frameSandwich construction of CFRP, Kevlar honeycomb and RohacellScan model of driver's seat and steering wheel Drive train Power transmission via chain and Drexler multi-disc limited slip differential to rear axleModified 3-speed gearbox (N,1, 2, 4)Electric gearstick with automatic ignition angle returnGearstick via rockers on the steering wheel/auto blipAnti-hopping clutch with pneumatic actuation Control Completely modular two-part wiring harness (in-house development)1Mbit/s high-speed CAN bus systemEngine control unit Bosch MS6.1 SportLithium Iron Phosphate BatterySelf-developed circuit boards in the steering wheel with displayCentral control unitSelf-developed electronic accelerator pedalSelf-developed telemetry Aerodynamic Downforce 605N at 15m/sFront wing optimised for side wingcurved rear wing sideplateBrake ventilationWeight-optimised wing construction due to sandwich structure