SINGAPORE SLINGSHOT
FORMULA 1 IN SCHOOLS
SYSTEM INIT...
F1 IN SCHOOLS
EST. 2024
NOMINAL
SINGAPORE SLINGSHOT
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Formula 1 in Schools
SINGAPORE SLINGSHOT
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SINGAPORE SLINGSHOT
F1 IN SCHOOLS
EST. 2024
SINGAPORE
SS CAR 01
02 / The Machine

SS CAR 01

Engineered for Performance

Singapore SlingshotF1 IN SCHOOLSSingapore
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REF: SS CAR 01
SCALE: 1:1
MAT: PU/CF/AL
STATUS: IN DEVELOPMENT

02 / Blueprint

Component
Explorer

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LENGTH: 200mm
WIDTH: REGULATION

Front Wing

Airflow

The front wing directs airflow around the vehicle while reducing aerodynamic drag. Its geometry is continually refined through CAD modelling and aerodynamic analysis to improve stability throughout the race.

Cockpit

Structural

The cockpit provides the structural centre of the vehicle while maintaining a streamlined profile that allows airflow to pass smoothly across the body.

Rear Wing

Balance

The rear wing manages airflow leaving the vehicle, helping maintain aerodynamic balance while reducing turbulence generated behind the race car.

Wheel Assembly

Low Friction

Precision manufactured wheels and low friction bearings minimise rolling resistance while ensuring smooth acceleration from launch to finish.

Side Body

Airflow

The side profile has been carefully designed to guide airflow efficiently around the vehicle, reducing unnecessary turbulence while maintaining structural integrity.

SS CAR 01 — PU/CF/AL — 2026
Live

03 / Dimensional View

.

Rotate The Model

3D MODEL — SS CAR 01
DRAG TO ROTATE
PROCEDURAL PREVIEW
WEBGL
PERF-DATA
SEASON 2026

Performance Metrics

Optimised
LIGHTWEIGHT
Manufactured
PRECISION
Design
AERODYNAMIC
Powered
CO₂

TechnicalSpecifications

Physical
  • Vehicle Mass~50g
  • Length200mm
  • WidthCompetition Reg.
  • WheelbaseOptimised
  • Track WidthOptimised
  • ConstructionLightweight Composite
Engineering
  • Aerodynamic DesignOptimised via Simulation
  • ManufacturingPrecision Engineered
  • PropulsionCO₂ Cartridge
  • DevelopmentContinuous Testing
  • CompetitionF1 in Schools
  • ComplianceFully Regulation Compliant
MATERIAL SCIENCE
SS-MAT-2026
4 MATERIALS
SELECTED

Material Science

Built For Performance

PU
Chassis body
Polyurethane Foam
Material role100%
0100
CF
Reinforcement
Carbon Fibre
Material role80%
0100
Al
Wheel assemblies
Aluminium
Material role65%
0100
EM
Selection process
Engineering Materials
Material role50%
0100

Deep Dive

Discover How
It Is Built.

Explore Engineering

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