Daily Current Affairs for UPSC IAS Exam – Sanskriti IAS

DRDO Missile Technology Transfer to Indian Defence Industry: Key Features and Significance

Why in Information?

Union Defence Minister Rajnath Singh authorized the Switch of Know-how (ToT) for all typical missile programs developed by the Defence Analysis and Growth Organisation (DRDO) to eligible Indian defence industries on 25 August 2026.

Vital Factors

• The coverage covers typical, or non-nuclear, missile programs developed by DRDO.
• Eligible Indian defence firms will be capable of manufacture these missile programs after fulfilling prescribed qualification, certification and regulatory necessities.
• The transfer is anticipated to extend home worth addition and cut back India’s dependence on imported defence gear and applied sciences.
• DRDO will proceed to help private and non-private sector firms in know-how switch and know-how absorption.
• The coverage can even create alternatives for MSMEs and different know-how companions concerned in parts, sub-systems, fabrication, testing and upkeep.

What’s Switch of Know-how (ToT)?

Switch of Know-how (ToT) refers back to the course of by which the developer of a know-how transfers the mandatory technical data and know-how to a different organisation for its manufacturing and use.

In defence manufacturing, this may increasingly embody:

• Design and technical know-how
• Manufacturing processes
• Testing procedures
• System integration
• High quality-control necessities
• Manufacturing-related technical documentation

In easy phrases, DRDO develops the know-how, whereas certified Indian industries can use the transferred know-how to fabricate the system at scale.

What are Typical Missile Methods?

Typical missile programs are non-nuclear missile platforms designed to carry out army roles equivalent to:

• Tactical strikes
• Air defence
• Battlefield operations
• Precision engagement of targets

DRDO develops missile applied sciences by its specialised laboratories, analysis services and testing infrastructure underneath the Ministry of Defence.

Industrial and Coverage Framework

• The brand new coverage is meant to strengthen the transition from analysis and growth to industrial-scale manufacturing.
• Indian firms receiving the know-how should adjust to the mandatory qualification, certification, safety and regulatory necessities earlier than endeavor manufacturing.
• This strategy can permit India’s defence trade to develop stronger capabilities within the manufacturing, integration, testing and life-cycle help of refined missile programs.

Position of Non-public Sector and MSMEs

The choice may increase the function of India’s personal defence trade and Micro, Small and Medium Enterprises (MSMEs) in missile manufacturing.

MSMEs and specialised companies can turn into a part of the broader provide chain by offering:

• Missile parts
• Digital and mechanical sub-systems
• Precision fabrication
• Testing companies
• Upkeep and life-cycle help

This may also help create a broader home ecosystem reasonably than concentrating missile manufacturing capabilities inside a restricted variety of organisations.

Hyperlink with Aatmanirbhar Bharat

The choice is aligned with the federal government’s Aatmanirbhar Bharat strategy, which seeks to strengthen home capabilities and cut back dependence on imports in strategic sectors.

Within the defence sector, self-reliance entails creating home capabilities throughout the whole gear cycle:

Design → Growth → Testing → Manufacturing → Upkeep → Upgradation

Subsequently, transferring DRDO applied sciences to Indian trade may also help convert indigenous analysis capabilities into large-scale home manufacturing capability.

What’s Know-how Absorption?

• Know-how switch alone doesn’t assure profitable manufacturing.
• Know-how absorption refers back to the means of the receiving trade to grasp, assimilate and successfully use the transferred technical data.
• An organization receiving DRDO know-how subsequently wants the required infrastructure, expert manpower, quality-control programs and manufacturing capabilities to efficiently produce the missile system.

Significance for India

1. Defence Indigenisation: Better home manufacturing can cut back dependence on imported missile programs and demanding applied sciences.
2. Quicker Industrial Manufacturing: Applied sciences developed by DRDO can transfer extra effectively from laboratories to manufacturing strains.
3. Stronger Non-public Defence Trade: Non-public firms can play a bigger function in manufacturing refined defence programs.
4. MSME Alternatives: A wider missile-production ecosystem can generate demand for parts, electronics, supplies, fabrication and testing companies.
5. Strategic Autonomy: Home manufacturing capability can enhance India’s means to take care of defence preparedness with out extreme dependence on international suppliers.
6. Innovation Ecosystem: Nearer interplay between DRDO and trade can strengthen technological capabilities and manufacturing experience throughout the nation.
7. Export Potential: A stronger home missile manufacturing ecosystem may help India’s long-term ambition to increase defence exports, topic to authorities approvals and export-control laws.

Challenges

• Safety of delicate and categorised defence applied sciences
• Sustaining constant high quality requirements throughout producers
• Creating specialised manufacturing infrastructure
• Guaranteeing efficient know-how absorption
• Availability of expert technical manpower
• Securing important parts and supplies
• Sustaining strict testing and certification requirements

Approach Ahead

• India wants to enrich know-how switch with funding in superior manufacturing, expert manpower, testing services, high quality assurance and safe defence provide chains.
• DRDO–trade collaboration also needs to concentrate on steady technological upgrades in order that Indian firms step by step transfer past licensed manufacturing in the direction of stronger capabilities in indigenous design, innovation and growth.

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