9K317M BUK‑M3 TELAR V1.0

9K317M BUK‑M3 TELAR V1.0

The 9K317M BUK‑M3 TELAR​ operates as an autonomous launch‑and‑tracking unit within a modern medium‑range air defense network. Its integration into the collection focuses on accurately reproducing the platform’s kinematic behavior, electromagnetic profile, and operational workflow consistent with contemporary interception systems.​

Key Aspects of the 9K317M
Weapon Subsystem: Features an upgraded missile payload with extended engagement envelopes, improved terminal maneuverability, and refined guidance algorithms optimized for intercepting high‑velocity, low‑RCS aerial threats.

Platform Architecture: Reinforced chassis engineered for tactical off‑road mobility, including detailed suspension modeling, accurate mass distribution, and realistic dynamic response during acceleration, braking, and rapid repositioning.

Radar & Sensor Suite: Multifunction radar array capable of sectorized scanning, multi‑target tracking, and resistance to electronic countermeasures through adaptive filtering, low‑signature detection logic, and controlled electromagnetic emission management.

Multirole Capability & Data Link Integration: Supports autonomous operation or networked deployment via tactical communication protocols, enabling coordinated target assignment, telemetry exchange, and synchronized engagement within layered or mixed‑battery defense structures.

Operational Context: Represents the current standard for medium‑range interception, designed to counter advanced aerial threats such as cruise missiles, low‑observable aircraft, and precision‑guided munitions.