The motor drives and the motion control board, combined with the optronics can be tailored to your specific request
FAST AND STABLE
N*360° azimuth, N*360° tilt, acceleration 150 deg/sec2 and Line of Sight stability 20µrad
GYRO–STABILIZED
Gyro stabilized for high-dynamic platform movements
RUGGEDIZED
A perfectly finished, ruggedized aluminum body in a classic L- or U-shape configuration
QUALIFIED
Qualified to MIL-STD and in serial production
PAN & TILT PLATFORMS
The most stable pan and tilt platforms on today’s defence market
Nedinsco provides the latest ruggedized Pan & Tilt Platforms with gyro-stabilization, bringing you the most stable platform on today’s defence market.
Nedinsco designs and produces — in-house — a range of highly reliable military-grade stabilized platforms for detection, recognition, identification and targeting. A perfectly finished, ruggedized aluminum body in a classic L- or U-shape configuration, with gyro-stabilization maintain the performance of the payload sensors during the most severe applications on both wheeled and tracked vehicles.
The coupling of cutting-edge algorithms with advanced gyroscopes guarantees the DRI capabilities of the optronics payload. High power to weight ratio and compact size make them suitable for stationary as well as mobile solutions.
PROVEN TECHNOLOGY
The latest innovations in pan & tilt platforms
Nedinsco Pan & Tilt Platforms are constantly evolving using the latest innovative technologies, and the designs are based on many years of application experience. Nedinsco always considers the customer’s needs and budget requirements to create the optimal solution for you. The motor drives and the motion control board, combined with the optronics can be tailored to your specific request.
These Pan & Tilt Platforms have been in daily use for many years, protecting borders and installed worldwide on both wheeled and tracked vehicles.
Around the world, naval vessels use our Pan & Tilt Platforms to obtain accurate information and a clear view in all weather conditions.