
KNDS France Mechanics
KNDS France Mechanics
KNDS France Mechanics is the architect of all your new projects. Specialist of the mechanical and hydraulic equipments, we propose a complete service offer.
We can intervene on all part of the life cycle of a project: development, production, maintenance in operational condition.
Our prime contractors mainly belong to the land vehicles, aerospace naval, energy and nuclear sectors.
ABOUT US
In 2023, our 129 employees, based in Tulle (Corrèze), achieved a turnover of € 41.7 million, of which 17% was exportation. Commercial development towards new customers is continuing with an order book consisted of 46 % of orders outside KNDS France.
To meet the requirements of his customers, the company possesses many certifications such as ISO 9001, AQAP 2110, EN 9100 and Nadcap but also ISO 14001, because we are engaged in many initiatives for the environmental protection.
Our registered trademark SYEGON® is equipping many tactical and multifunctional vehicles of all types, all over the world for 35 years.
SYEGON® perfectly meets the military standards in force and is the best way to automatically adjust the pressure of the tires according to the speed, the load of the vehicle and the terrain.
By optimizing the contact surface with the ground, SYEGON® increases the traction force of the vehicle, improves its mobility and consequently increases the safety level of on-board personnel. It also reduces the wear of the tires and fuel consumption.
Some assets of KNDS France Mechanics:
- skills recognised in management of complex projects;
- a real know-how to be treated with sensitive affairs;
- a team of qualified welding and machining operators;
- a development team of tools serving programs in particular: JAGUAR, GRIFFON, LECLERC and TITUS;
- a surface and thermal treatment division experienced.

KNDS FRANCE MECHANICS' STRENTGH
The company invests heavily in research and development to deliver innovative solutions, particularly in areas like miniaturization, automation, and the integration of mechanical systems into complex platforms.