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A Space Leap For Indian Technical Textiles

• By  Textile Excellence
• March 01, 2026

On February 18, 2026, the Defence Research and Development Organisation successfully completed the qualification-level load test of the Gaganyaan drogue parachute at the Rail Track Rocket Sled facility of the Terminal Ballistics Research Laboratory in Chandigarh. The parachute was tested at loads higher than it will face in actual flight conditions. It cleared the test.

That result carries enormous significance. A drogue parachute is a life-critical system. It stabilises and slows the crew module during re-entry before the main parachutes deploy. It opens at extremely high speeds. The opening shock loads can reach several tonnes within milliseconds. The margin for error is ZERO.

What makes this achievement even more important is the material science behind it.

The drogue parachute uses a high-strength ribbon construction. Instead of a solid canopy, it is built with spaced nylon ribbons designed to reduce opening shock and maintain stability in turbulent airflow. The fabric is made from high-tenacity polyamide yarns. In critical load-bearing areas, aramid fibres such as Kevlar and similar high-performance materials are used for superior tensile strength and heat resistance. Suspension lines are made from aramid or UHMWPE fibres such as Dyneema or Spectra, selected for their exceptional strength-to-weight ratio and low elongation. Heavy reinforcement tapes distribute stress evenly across the canopy. Every stitch is engineered for controlled energy absorption.

These are not conventional textiles. They are advanced technical textiles operating at the highest level of performance.

The encouraging reality is that India today has the capability to manufacture many of these high-performance materials and systems. We can design, weave and fabricate high-strength parachute fabrics domestically.

DRDO’s Aerial Delivery Research and Development Establishment has built deep expertise in aerial textile systems. Indian manufacturers produce high-tenacity nylon fabrics, specialised webbings and coated aerospace textiles. Parachute assemblies are made in India. Processing, precision stitching, load testing and full system integration are all being carried out within the country.

At the same time, certain specialised raw fibres, such as advanced para-aramids and ultra-high molecular weight polyethylene, are still partly imported. The ecosystem is strong in fabric engineering and system integration. However, upstream fibre manufacturing is an area where scale and investment must grow.

For the textile industry, this is a clear signal. Aerospace-grade nylon. Indigenous aramid production. High-performance fibre spinning. Advanced coating and finishing. Automated precision stitching. These are no longer niche opportunities. They are strategic sectors.

India’s technical textile industry is often described in terms of future potential. This test turns that potential into proof.

This is where the Make in India opportunity becomes decisive.

India has already moved from being a major importer of defence platforms to becoming a manufacturer and exporter across domains. India can engineer textiles that perform in space. That credibility strengthens our position in defence exports, aerospace collaboration and global high-performance textile markets.

India’s Defence Minister Rajnath Singh has reiterated the government’s commitment to expanding indigenous defence production under Aatmanirbhar Bharat. The Gaganyaan drogue parachute test shows that high-performance technical textiles are now firmly part of that national capability.

DRDO’s Aerial Delivery Research and Development Establishment has built deep expertise in aerial textile systems. Indian manufacturers produce high-tenacity nylon fabrics, specialised webbings and coated aerospace textiles. Parachute assemblies are made in India. Processing, precision stitching, load testing and full system integration are all being carried out within the country.