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BRÄUTIGAM

CARBON FIBER WORKS

SINCE 2016
PROJECT STATUS: NOMINAL // VEHICLE_BR_CHASSIS
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BRAEUTIGAM_WEBFILEACCESS GRANTED>>_UPDATE LOADED

©2026 MADE BY WIDE

PRODUCTION MANIFEST ... LOADINGFOUND! [CORE VALUES]
CORE VALUE DEFINITION:
SPEED
COMPLEXITY
INHOUSE
Carbon fiber weave through a circular aperture
Mercedes-Benz CLK GTR body shell in the workshop
Precision tool on a carbon fiber component
Open autoclave with technicians

*** CLIENT OVERVIEW ***

CLIENT COUNT:265

CLIENT NAMES:ACCESS DENIED

... WAITING FOR USER INPUT

unsere kunden: höchste anforderungen.

Unser Grundsatz:

KOMPLEX, SCHNELL, INHOUSE

*** MISSION STATEMENT ***

HIGH-PERFORMANCE PREMIUM CARBON-FIBER COMPOSITES.

TURNING EXTREME ENGINEERING CHALLENGES INTO CARBON REALITY.

COMBINING ADVANCED MATERIALS KNOWLEDGE WITH HIGH-PRECISION MANUFACTURING, WE TRANSFORM COMPLEX REQUIREMENTS INTO UNCOMPROMISED QUALITY.

SUPPLYING MAJORITY
OF F1 TEAMS
ACTIVE
WORLDWIDE
SOPHISTICATED
MACHINERY
RENDER ENGINE: OPENGL_3D_COMPOSE

** PROJECT: AERO_HYPERCAR_V2.2 **

PROGRESS: 0%

STATUS: LOADING

COMPONENT: VEHICLE_RP_CHASSIS

HIGH PERFORMANCE

From the
initial idea

THERMAL CURING

High quality.High performance.

QA RELEASE

To the
finished component.

CAD Drawing Dark
CAD Drawing Light
Composite Autoclave Curing Casing
Finished Carbon Wing Aerodynamic Part

Every racing component begins as a highly optimized CAD design. We run extensive Finite Element Analysis (FEA) to align carbon fiber weave orientations exactly with the load paths, maximizing rigidity while removing every unnecessary gram of material.

Components are vacuum-bagged and cured inside high-pressure autoclaves. Using a meticulous ramp-up cycle up to 135°C under 6.0 Bar positive pressure, we guarantee zero voids, maximum laminate compaction, and complete resin impregnation.

Our finished carbon fiber structures undergo strict quality assurance. Every component is ultrasonically scanned and CNC inspected, ensuring tolerance thresholds of less than 0.05 mm and absolute structural compliance.

// COMPOSITE_SPEC[QC CERTIFIED]
PART:VEHICLE_BR_CHASSIS
WEAVE:2X2 TWILL PREPREG
VOIDS:< 0.05 %
TOLERANCE< 0.05 MM

FLAWLESS QUALITY &

HIGH PERFORMANCE.

Precision finishing on a carbon fiber component

Every racing component begins as a highly optimized CAD design. We run extensive Finite Element Analysis (FEA) to align carbon fiber weave orientations exactly with the load paths, maximizing rigidity while removing every unnecessary gram of material.

MANUFACTURING

MEETTHE EXPERTS

** END 2 END EXPERTS **

HEADCOUNT:88+

DIVISIONS:9

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