Outdoor Research Trials

Highlights

High-precision capture of transient signals under extreme loads

A systematic measurement engineering for outdoor ranges, explosion test sites and naval platforms — capturing and analyzing, with high precision, the fast-changing signals induced by extreme loads such as explosions, hyper-velocity impacts and rapid thermal shock — vibration, shock waves, dynamic strain and transient temperature — as well as fragment initial velocity and projectile velocity.

HDAQ 系列iSD-400iSD-101iSV-613

Costly test opportunities: range, explosion-site and naval trials are expensive and rare — they must succeed on the first attempt, as a retry is extremely costly.
Transient signals from extreme loads: vibration, shock waves, dynamic strain and transient temperature induced by explosions, hyper-velocity impacts and thermal shock change within milliseconds.
Harsh physical environment: heat, humidity, salt fog, dust, vibration and electromagnetic pulses combine, so the measurement chain must offer matching immunity and protection.
Wide-area multi-point synchronisation: observation points span hundreds of metres to kilometres, requiring an external time base for microsecond-level sync to support waveform comparison and location inversion.