Advanced sensor technology and methodology powering precision ballistic analysis across industries
Military-grade inertial measurement units combined with proprietary algorithms deliver laboratory-precision ballistic analysis
+ Angular velocity measurements for complete motion analysis
RecoilTracker™ utilizes space-grade inertial measurement units (IMUs) that capture every aspect of firearm motion during the recoil event. Our 6-axis sensors measure linear acceleration and angular velocity simultaneously with microsecond precision.
Raw sensor data undergoes sophisticated digital signal processing to extract meaningful ballistic metrics. Our proprietary algorithms filter noise, identify recoil events, and calculate standardized performance indices.
The Recoil Force Index (RFI) provides the first standardized, objective method for quantifying and comparing recoil characteristics
Maximum instantaneous acceleration during recoil impulse, measured in gravitational units (g-force) with ±0.02g precision
Total momentum transfer calculated from force-time curve integration over complete recoil event duration
Simultaneous measurement of linear and rotational motion in all three spatial dimensions for comprehensive analysis
Quantified return-to-zero analysis measuring firearm stabilization after shot impulse completion
Proprietary algorithm combines all measured parameters into a single, standardized index for easy comparison and classification
RFI scores are mapped to standardized levels (1-10) enabling intuitive interpretation and consumer guidance
Precision engineering meets practical application requirements
Our revolutionary approach to recoil quantification represents years of research and development. The RecoilTracker™ system and RFI calculation methodology are protected by pending patents, ensuring our customers benefit from cutting-edge, exclusive technology that sets the industry standard for ballistic performance measurement.
Versatile technology serving diverse markets with precision ballistic analysis
Optimize training programs with objective recoil data to improve shooter development, reduce flinch responses, and accelerate skill acquisition.
R&D teams use RecoilTracker™ for product development, quality control, and competitive analysis of ballistic performance characteristics.
Gun manufacturers and testing facilities use RecoilTracker™ to evaluate firearm performance with standardized ammunition for objective comparison and quality assessment across different platforms.
Elite competitors leverage precision recoil data to optimize equipment selection, improve split times, and gain competitive advantages.
Mission-critical applications demand reliable performance data for equipment procurement, training programs, and operational readiness.
Enthusiasts and hobbyists discover optimal shooting experiences through data-driven ammunition and equipment selection.