Missile TestBench Level 3
Modern missile systems routinely pass component-level testing only to fail upon full integration, where electromagnetic interference, power dynamics, timing conflicts, and cross-subsystem dependencies expose critical vulnerabilities. Discovering these failures during live-fire tests costs millions of dollars and derails program schedules by months. Missile TestBench Level 3 addresses this challenge by delivering full-system Hardware-in-the-Loop (HIL) validation with 36-core real-time compute, deterministic microsecond timing, high-density heterogeneous I/O, and comprehensive mission simulation. Integration defects surface immediately on the test bench rather than on the range, significantly cutting integration cycles and eliminating timing-induced test failures before they threaten the program or the mission.
In this guide, you'll explore
- Full-system HIL validation with 36-core real-time compute exposes integration defects before costly live-fire testing
- Deterministic microsecond timing eliminates jitter-induced false failures and ensures reliable, repeatable test results
- High-density heterogeneous I/O with robust signal conditioning interfaces seamlessly with diverse missile subsystems
- FPGA-based signal generation enables timing-accurate sensor fusion, custom protocol implementation, and real-time signal conditioning
- Comprehensive fault injection — including power brownouts, sensor faults, and communication dropouts — validates graceful system degradation and recovery