Technology
Four Layers. One Physics Problem. One Platform.
The Recoil-Nullification Platform is not a single technology — it is a physics architecture. Each layer addresses a distinct aspect of the impulse problem. Together, they eliminate what no single technology can.
IDG - 1 Sir Isaac Newton - 0
1
Layer 1
Active Impulse Cancellation
Counter-momentum injection at the point of force origin. The RNP generates an equal and opposite impulse — timed to within sub-milliseconds of the primary force event — neutralizing the reaction before it can propagate into the structure. This is not dampening. The force is cancelled, not absorbed.
Performance Target: ≥94% Recoil Reduction
2
Layer 2
Passive Harmonic Damping
Engineered mass-spring arrays tuned to the system's specific harmonic frequency spectrum. Residual vibration that the active layer doesn't fully cancel is intercepted and dissipated across a tuned frequency range. The cleanup layer — systematically eliminating what the active layer leaves behind.
Performance Target: Full-Spectrum Residual Damping
3
Layer 3
Regenerative Force Capture
The harvesting layer. Residual reaction energy that isn't cancelled or damped is converted to usable electrical or mechanical output. Previously wasted forces become a recoverable resource. No conventional system does this — reaction energy has always been accepted as permanent loss.
Performance Target: 18–27% Energy Recapture
4
Layer 4
AI Adaptive Control
The intelligence layer. A sub-millisecond feedback loop monitors system state in real time and continuously adjusts active cancellation parameters for each force event. The system learns the specific impulse signature of its host platform and improves its cancellation accuracy with every operational cycle.
Performance Target: <1ms Actuation Latency
IP Portfolio
Patent Protection
5Provisional Filings
3Jurisdictions (USPTO, EPO, UK IPO)
PCTIn Preparation
FTOAnalysis Complete
Filing Status
Core RNP Mechanism Filed
AI Adaptive Control System Filed
Regenerative Force-Capture Module Filed
Harmonic Damping Array Pending
Micro-Scale RNP for Robotics Pending
Performance figures are engineering design targets based on physics modeling. Prototype development and empirical validation are funded milestones within the current seed raise.
IDG Impulse Dynamics Group
Rewriting the Physics of Motion.
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Contact
George
Founder & Chief Physics Engineer
george@impulsedynamicsgroup.com
impulsedynamicsgroup.com