Pioneering Precision From Two-Seater Aircraft To Orbital Space Systems
Myle Aerospace Private Limited develops 'Project Myle'—an indigenous next-generation two-seater aircraft born in Tamil Nadu, alongside mission-critical structural assemblies for India's Human Spaceflight Program (Gaganyaan), PSLV rockets, and smart collaborative robotic reaming systems.
Two-Seater Indigenous Aircraft • STOL Performance
Human Spaceflight Structures & PSLV CBS Assemblies
Smart Collaborative Robotic Reaming Spindle Platform
Active & Pipeline Aerospace Assemblies Track Record
Project MYLE: Next-Gen Two-Seater Aircraft
Born in the heart of Tamil Nadu, Project Myle is engineered to inspire a new generation of aviation through groundbreaking carbon-composite structures, intuitive glass-cockpit ergonomics, and exceptional STOL performance.
Advanced Carbon-Composite Airframe
Ultra-lightweight vacuum-infused carbon fiber composite structure engineered for maximum aerodynamic rigidity and extreme fatigue resistance.
Full Flight Specifications
Light Sport / CS-VLA Certified Category Compliance
Spaceflight & Launch Vehicle Aerostructures
Delivering flight-certified structures for India's most critical space missions—from human-rated modules in the Gaganyaan spaceflight programme to workhorse PSLV boosters and next-generation NewSpace orbital launch vehicles.
Gaganyaan HTS Assembly
Precision structural fabrication and assembly support for the High-Thrust Structure (HTS) of India's flagship Gaganyaan manned space mission, engineered to endure intense acoustic, vibrational, and thermal launch profiles.
Smart Collaborative Robotic Reaming System
Revolutionizing aerospace hole-making across launch vehicle barrels and aircraft fuselage. We replace manual, fatigue-prone drilling with an intelligent, 6-DOF cobot arm and adaptive force-controlled smart end-effector delivering repeatable h7 aerospace tolerances.
Limitations of Manual Drilling & Reaming
- •High Cycle Time: Approx 30 minutes per hole across thousands of holes multiplies labor costs exponentially.
- •Operator Dependency: Manual alignment introduces positioning drift, fatigue, and tool chatter.
- •Geometry Defects: High rate of oval, oversized, or non-perpendicular holes leading to structural rework.
Myle Smart Cobot Platform Benefits
- •Adaptive Force Control: 6-axis ATI/OnRobot sensor dynamically prevents tool breakage and material deformation.
- •Cognex Machine Vision: Automatic hole locating, 90° tool perpendicularity check, and in-situ validation.
- •Digital Traceability: Every bore diameter is logged into SCADA / SQL Server for 100% QA verification.
8-Stage Autonomous Cobot Workflow
System Initialization
System runs self-check on Beckhoff TwinCAT / Siemens PLC, initializes safety scanners, zeros 6-DOF joint encoders, and calibrates force sensors.
Good Accuracy vs. Error Holes
Interactive structural defect analysis demonstrating how manual drilling produces fatigue errors compared to robotic perpendicular bores.
Good Accuracy Holes
Hole is precisely in correct position, perfectly cylindrical and 90° perpendicular. Guarantees uniform shear load distribution, fastener fatigue life, and airtight aerospace sealing.
Defense Aviation & Fighter Aerostructures
From the supersonic Light Combat Aircraft (LCA) Tejas to transport aircraft mock-ups and high-performance tactical UAV systems, Myle Aerospace provides world-class aero-structural fabrication for India's defense aviation establishment.
Tejas Light Combat Aircraft (LCA) Wing & Fuselage Assembly
Myle Aerospace executes high-precision structural assembly tasks for India’s indigenous Light Combat Aircraft (LCA) Tejas fighter program. Responsibilities include precision drilling, structural riveting, and modular integration adhering to HAL aerospace quality and defense safety standards.
Proven Scale: ₹25.96+ Crores Aerospace Portfolio
Myle Aerospace Private Limited possesses an established industrial track record delivering high-value aerospace assemblies for prime defense contractors and space agencies.
Active structural deliveries including LCA Tejas wings, Gaganyaan human spaceflight structures, and PSLV assemblies.
Upcoming center fuselage series, GSLV launch vehicle stages, thrust frames, and multi-stage reaming contracts.
LCA Tejas Wing Assembly (22 Units) with prime defense client L&T Defence and HAL.
Strategic Aerospace Partnerships
Trusted by India’s premier aerospace laboratories, defense conglomerates, and national space centers.
SARAS Mk2 mock-up demonstration & aerodynamic design collaboration
Gaganyaan HTS, PSLV CBS, LCA Wing & GSLV structures partner
Tejas Light Combat Aircraft (LCA) wing and fuselage assemblies
Strategic manufacturing partner for fighter fuselage and nose cone adapters
Advanced unmanned aerial platforms and composite structural systems
PSOM nose cones & precision launch vehicle stage fixtures
Premier academic and R&D mentorship in aerospace engineering
Precision jigs, fixtures, and flight-critical ground structures
Indian Institute of Space Science and Technology (IIST)
Guided by Dr. P. Chakravarthy (Professor – Aerospace Engineering, IIST Thiruvananthapuram), Myle Aerospace incorporates premier scientific research in adaptive robotics, precision aerospace metallurgy, and composite material characterization.
Guided by Visionaries & Aerospace Scholars
Myle Aerospace Private Limited pairs seasoned industrial aerospace leadership with world-renowned academic mentorship from the Indian Institute of Space Science and Technology (IIST).
Mr. Gopinathan Selvam
Visionary aerospace entrepreneur spearheading Project Myle two-seater aircraft development, robotic aerospace manufacturing, and strategic partnerships with India’s leading defense and space institutions.
Dr. P. Chakravarthy
Distinguished aerospace scholar and researcher guiding advanced materials, high-temperature composite structures, and robotic precision reaming paradigms for orbital launch systems.
Mr. Abdul Aziz
Directing aerospace tooling, precision robotic assembly systems, CAM trajectory programming, and multi-stage drilling operations across space and defense aerostructures.
“To be a global leader in aerospace innovation by pioneering advanced manufacturing techniques and inspiring a new generation of aviation through the development and successful commercialization of 'Project Myle', establishing 'Myle' as a symbol of world-class craftsmanship and technological advancement.”