Data That Drives Precision
At Sydor Technologies, we understand that accurate velocity data is imperative for effective ballistic testing and defense research. Our flexible and scalable Velocity Measurement solutions are engineered for precision, reliability, and integration into high-demand testing environments – delivering the insights needed to validate performance, enhance safety, and meet mission-critical standards.
Measuring What Matters Most
Whether you’re characterizing projectile behavior, analyzing impact forces, or qualifying ammunition performance, velocity is the critical variable. Our products provide high-resolution, real-time data across a wide range of velocities. From subsonic rounds to hypersonic projectiles, we aim to enable deeper analysis and confident decision-making.
Standards We Support
- NIJ and MIL-STD testing requirements
- NATO STANAG protocols
- SAAMI and CIP ammunition standards
- Custom research and defense specifications
Turnkey Solutions with Support
Sydor Technologies provides more than measurement tools. We deliver full-system integration and ongoing support:
- Expert installation and training
- Calibration and maintenance services
- Custom engineering for specialized applications
Precision You Can Trust
From R&D to field testing, accurate velocity data is non-negotiable. Sydor Technologies equips defense and industry partners with testing equipment that performs under pressure and delivers actionable insights. Contact us to learn how we can support your test and evaluation programs.

Sydor Capabilities
- Optical and Doppler Systems: Non-contact measurement with exceptional accuracy and repeatability.
- High-Speed Triggering: Integrated sensors for precise timing, shot-to-shot consistency, and data capture.
- Multi-Zone Tracking: Measure velocity decay across multiple intervals to support drag and energy analysis.
- Environmental Compatibility: Designed for indoor/outdoor ranges and extreme temperature or lighting conditions.
Applications
- Small- and large-caliber munitions
- Less-lethal projectiles
- Fragmentation testing
- Aerospace and defense components in flight
