Carbon composite product architecture developed around controlled load paths, interfaces, manufacturability and validation evidence.
FLIGHT PLAN // VYNDI ALTITUDE · VĀYÚ SHASTR PVT LTD
VYNDI ALTITUDE
WIND —
RENDERED IN CARBON.
An indigenous ultra-endurance carbon platform engineered as one connected system: rider geometry, aerodynamics, composite architecture, digital verification, manufacturing readiness and physical validation.
VAEA™ ARCHITECTUREVYNDI OSVIBPE CO-PILOTCONTROLLED DEVELOPMENT
INDIGENOUS ENGINEERINGCOMPOSITE STRUCTURESCOMPUTATIONAL VALIDATION
BEGIN THE FLIGHT PLAN ↓01 · VĀYÚ SHASTR
Engineering intent.
Made physical.
We are building an Indian engineering language for high-performance composite products.
Vāyú Shastr integrates product requirements, rider-centred geometry, computational engineering, laminate architecture, evidence and validation instead of treating them as disconnected activities.
02 · TECHNOLOGY
Composite structures.
Computational intelligence.
Geometry, CAD, simulation and design verification connected through a controlled digital engineering workflow.
Requirements, revisions, evidence and release decisions remain traceable across the engineering lifecycle.
03 · VYNDI ALTITUDE
Endurance,
re-engineered.
Designed around Indian rider anthropometry and ultra-endurance use, VYNDI Altitude combines controlled geometry with aerodynamic tube architecture and composite structural continuity.
35 mmTYRE CLEARANCET47i85.5 mm5CONTROLLED SIZES27.2SEATPOST
VYNDI ALTITUDE · PUBLIC ENGINEERING VIEW
Designed around
the endurance rider.
Altitude is developed as a controlled platform rather than a collection of isolated components. Rider fit, handling, tyre envelope, interfaces, aerodynamic tube intent and composite load paths are reconciled before design release.
700CENDURANCE ROAD PLATFORM
35 mmCONTROLLED TYRE ENVELOPE
12×100FRONT THRU-AXLE
12×142REAR THRU-AXLE
IS41 / IS52INTEGRATED HEADSET
FLAT MOUNTROAD DISC BRAKE
Public product information only. Detailed laminate schedules, analysis evidence, manufacturing definitions and controlled VEDM records remain within the engineering system.
04 · ONE CONNECTED ENGINEERING SYSTEM
From requirement
to road.
Product Architecture
Vāyú Aero Endurance Architecture connects fit, aerodynamic intent, structural behaviour and endurance performance.
FIT · AERO · STRUCTUREDigital Thread
Velocity Yield through Next-gen Design & Integration governs requirements, revisions, evidence and engineering release.
TRACE · GOVERN · RELEASECo-Pilot
Engineering intelligence for verification workflows, controlled decisions and persistent product knowledge.
ASSIST · VERIFY · LEARNRIDER / USE CASE→FRS→GEOMETRY→COMPOSITE DESIGN→FEA / CFD→PROTOTYPE→TEST / CORRELATION→DESIGN FREEZE
VYNDI OS
The digital thread.
Requirements, configuration, engineering evidence and release status remain connected through the programme lifecycle.
REQUIREMENTDESIGNVERIFYEVIDENCERELEASE
VIBPE CO-PILOT
Engineering intelligence under governance.
05 · VAEA™ ARCHITECTURE
Fit. Flow.
Structure.
VAEA™ is the point where rider requirements, aerodynamic intent, composite load paths and engineering evidence converge into one controlled product architecture.
Each pillar has a distinct engineering role. None is treated in isolation.
01
RIDER FIT
Anthropometry · position · endurance envelope
02
AERODYNAMICS
Tube sections · airflow intent · real-world efficiency
CONTROLLED PRODUCT ARCHITECTURE
VAEA™
FIT + FLOW + STRUCTURE
03
COMPOSITE STRUCTURE
Load paths · laminate intent · interfaces
04
EVIDENCE & VALIDATION
Simulation · test · correlation · release
06 · ENGINEERING ECOSYSTEM
Specialist capability.
One controlled programme.
Vāyú Shastr retains product intent, controlled configuration and engineering release authority while engaging specialist institutions at defined interfaces.
PSG–STEPSCIENCE & TECHNOLOGY ENTREPRENEURIAL PARK
Incubation + IVP support
Institutional engagement around incubation, prototype realisation, IVP support and validation readiness.
INCUBATION / INSTITUTIONAL WORKSTREAMTANCAMTAMIL NADU CENTRE OF EXCELLENCE FOR ADVANCED MANUFACTURING
Digital product design
Design and digital-engineering engagement through the TANCAM advanced-manufacturing ecosystem.
DESIGN ENGINEERING WORKSTREAM
TANSAMTAMIL NADU SMART AND ADVANCED MANUFACTURING
FEA · CFD · validation
Simulation, predictive engineering, prototype correlation and validation-planning engagement through the TANSAM ecosystem.
ANALYSIS / VALIDATION WORKSTREAMThe descriptions above reflect defined technical or institutional engagement and do not imply broader endorsement, exclusivity or commercial partnership.
07 · NEWS / UPDATES
Engineering in motion.
VYNDI Altitude
Controlled development of Vāyú Shastr’s indigenous carbon ultra-endurance platform continues through design, simulation, materials engineering and validation preparation.
VYNDI OS + VIBPE
The programme’s digital thread governs requirements, engineering evidence, traceability and controlled release across the product lifecycle.
VYNDI
Velocity Yield through
Next-gen Design & Integration.
ONE ENGINEERING LANGUAGE · FROM REQUIREMENT TO ROAD
08 · CONTACT
Build what
comes next.
Engineering institutions · composite material suppliers · technology collaborators · strategic partners
VĀYÚ SHASTR PVT LTDRegistered & Administrative OfficeB1/169/12, Manis Nagar
Bilichi, Coimbatore – 641019
India+91 97907 35750info@vayushastr.com
Bilichi, Coimbatore – 641019
India+91 97907 35750info@vayushastr.com