LOGIN
Protecting platforms and soldiers across every
threat - kinetic, signature, and aerial
Equipping Heroes
With Courage
Confidence Built into Every Solution
KAVRO delivers advanced survivability solutions for platforms and soldiers — spanning ballistic protection, composite platform armouring, multi-spectral camouflage, and passive counter-drone systems.
Built on 40 years of ballistic innovation and MKU's deep platform integration experience, KAVRO solutions are engineered to deliver confidence against every threat — kinetic, signature, and aerial — across land, air, and naval domains.
Because survivability is not just about stopping a bullet. It is about keeping platforms and soldiers in the fight, across every threat environment they fa
Infrastructure
That Inspires
Spread across 400,000+ sq. ft. of global production capacity
KAVRO's survivability solutions are designed, tested, and manufactured entirely in-house — across 400,000+ sq. ft. of global production capacity spanning five manufacturing facilities in India, Germany, and the UAE.
Our European Centre of Excellence in Germany anchors our advanced materials research and development, while our Indian facilities — home to in-house ballistic and environmental testing laboratories recognised by India's Ministry of Science and Technology — ensure every solution is validated against the most demanding operational and certification requirements before it reaches the field.
Quality Management Systems
We follow some of the most stringent quality management systems in the world. Every solution is tested to prescribed standards.
We follow the NATO AQAP standards and our facilities are certified with:
- AS 9100D
- NATO AQAP 2110:2016
- BA 9000:2016
- ISO 45001:2018
- ISO 14001:2015
- ISO 27001:2022
Smart Soldier
Solutions
Smart Platform
Solutions
Smart
Materials
KIRO'X is KAVRO's proprietary ballistic ceramic technology — purpose-engineered to deliver maximum protection at minimum weight. Designed for both personal protection and platform armouring, KIRO'X achieves superior performance-to-weight ratios that reduce load without compromising survivability.