nb013

nb013

Key Data

 In line with the Formula Student trend of recent years, the nb013 consists of an undertray and front-and-rearwing.
Another conceptual highlight is the rear end of the car, which is made entirely of carbon fiber instead of a tubular steel frame like the rest of the monocoque. In this year special attention was paid to the packaging, since in addition to the proven Kawasaki four-cylinder engine, the electric drivetrain of the eb013 sister vehicle also had to be accommodated in the same monocoque.

Mass (ready to drive) in kg
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Maximum speed in km/h
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Acceleration from 0-100km/h
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Engine and Powertrain

Nominal power in kW
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  • Kawasaki ZX6R four-cylinder engine, 599cc
  • 68kW @ 11,000rpm
  • 61Nm @ 9,500rpm
  • CFD-optimized cooling system with separate oil cooler
  • Titanium exhaust manifold with CfK muffler
  • Dry sump lubrication with CfK oil tank
  • CfK switching suction pipes
  • Modified sequential four-speed transmission, pneumatically actuated
  • Drexler limited slip differential
  • Optimized crankshaft and camshafts
  • Braided CfK drive shafts

Chassis & Aerodynamics

                                              Chassis 

  • High-modulus prepreg monocoque with
    aluminuim honeycomb core
  • Weight: 18kg including front and main hoop
  • Self-deveolped CFK Crashbox 
  • Optimized CFK seat

                                             Aerodynamics

  • Adjustable front-and-rearwing
  • Aerodynamic underbody
  • CfK sidepods with integrated CFD-optimized cooling channels 

Suspension

  • ZF Sachs Formula 3 damper, pullrod-actuated
  • CfK wishbone
  • ISR brakes, 4-piston brake calipers at the front, 2-piston saddles at the rear
  • Self-made SMC rims (Sheet Moulding Compound) with aluminum rim stars 
  • Quick adjustment for fall, track and ground clearance
 

Electronics


  • Self-developed steering wheel electronics
  • Map-controlled water pump, fan and fuel pump
  • Sensors for steering angles, brake pressure, tire speeds, travel and much more.
  • 6-axis acceleration sensor, infrared tire temperature sensors, pitot tube
  • Motor control: MoTeC M800
  • Data Logging: MoTeC ADL3
  • Battery power distribution controlled by MoTeC PDM15
  • Engine parameters can be changed by the driver

Season Recap nb013

Competitions 

Formula Student Germany Hockenheim 2013

2. Place Autocross
5. Place Endurance
5. Place Overall 

Formula Student Austria Spielberg 2013

1. Place Autocross

Formula Student United Kingdom Silverstone 2017

4. Place Autocross

FSAE Michigan 2013

2. Place Overall