From prototype to production, mission-critical and high-tolerance plastic parts, flame-retardant materials, and full in-house capabilities for the aerospace and defence sector. Marcopolo delivers end-to-end solutions built for strict compliance and top-notch performance.
Solving Aerospace & Defence Challenges
From Complex Design to Controlled Production
Precision Tools with Tight Tolerance Control
Our tools are built with advanced engineering practices to meet low-tolerance specs for aerospace and defence-grade parts.
High-Performance & Certified Plastics
We process engineering polymers with properties like flame retardance, scratch resistance, ESD safety, and optical diffusivity, as per application needs.
Strong QC and Change Management
Every project follows a pre-defined Quality Plan. All Engineering Changes go through controlled updates, traceable documentation, and internal alignment.
Low MOQs for Agile Procurement
We accommodate low-quantity requirements, which is ideal for defence, space, or UAV components with niche volumes.
End-to-End Manufacturing Support
From DFM review and prototype validation to tooling and production, everything is handled under one roof for faster project cycles.
Contract Manufacturing with Post-Processing
We provide part assembly, pad printing, laser marking, and post-processing to deliver production-ready components.
What We Do
We Build Components for Mission-Critical Applications
3D Printing, Vacuum Casting, CNC Machining
Used for early prototypes, housing mockups, and functional component testing.
Design & Tool Room
In-house Design team for DFM, Moldflow Analysis, Tool Design, and complete Tool Room capabilities for soft and production tools.
Injection Moulding + Assembly Line Support
For stable repeat runs of precision components and structured assemblies.
Contract Manufacturing Infrastructure
Supports secure assembly, branding, laser etching, and final inspection under QMS.
Nylon PA12
3D Printed parts in MJF technology for light-weight, high-strength functional parts – used actively for low volume production.
Flame-Retardant Plastics
For cockpit interfaces, electrical housings, and mission gear casings.
High Strength Plastics
Defence components are made in high-strength plastics like Nylon for use in tough environments.
PEEK, PEI, PPSU
For high-performance, heat-resistant, structural or lightweight replacement parts.
Texturing
Match final production specifications for client reviews or simulator builds.
Logo, QR, and ID Marking
Laser etching or pad printing for traceability and part tracking.
Welding & Assembly Stations
Enable secure and sealed assemblies in a controlled setup.
QC Inspection & Final Verification
Dimensional inspection, tolerance check, and ECN traceability before dispatch.
Overview
High Precision Plastic Components for Defence & Aerospace Industries
Marcopolo delivers mission-critical plastic components engineered for the stringent demands of aerospace and defence applications. With specialised expertise in flame-retardant materials, micron-level tolerances, and full regulatory compliance, we support OEMs from prototype validation to low-volume production.
Get Air-Safe Parts Without the Complexity of Large MOQs
Testimonials
What Our Clients Say?
Trusted Manufacturing Partner For Defence-Grade Components
We meet critical specifications to match the performance and safety requirements
Get a QuoteStart PrototypingWhat aerospace and defence parts can Marcopolo manufacture?
We manufacture enclosures, cockpit panels, mounting brackets, electronics housings, and test jigs using flame-retardant, ESD-safe, and high-performance plastics.
Do you follow a formal quality control and engineering change process?
Yes. We operate under a structured QMS with pre-defined Quality Plans and a formal ECN process to manage part updates and documentation traceability.
Are your materials compliant with aerospace and defence standards?
Yes. We process globally sourced engineering polymers, which include flame-retardant, biocompatible, and heat-stable grades like PEEK, PEI, and PPSU.
Can you support full part assembly and delivery?
Yes. We provide complete contract manufacturing, including assembly, ultrasonic welding, printing, and packaging, for mission-ready parts.
What are the benefits of using 3D printing for drone parts?
3D printing drone parts helps create lightweight, customized, and complex components with faster production time. It is useful for prototyping, testing designs, and manufacturing small batches of drone components.
Which drone parts can be made using 3D printing technology?
We have the capability to manufacture all plastic components used in commercial, industrial, and military drone applications.
How accurate are 3D printed parts for drones?
3D printed parts are produced with sharp feature definition and high accuracy, suitable for fitment checks, design validation, and functional testing.