HYPERSTRYK GOLF RMi

The Evolution of a Miracle Device

Golf is celebrated for its elegance and precision, yet beneath the surface lies a hidden epidemic of injuries. Lower back pain, hip strain, and shoulder instability plague players at every level. These injuries are not random. They are the result of broken movement patterns.

The posterior pelvic tilt is the missing link. For decades, physical therapists used it to stabilize the spine. Later, biomechanics labs discovered it could load the core and generate explosive power. Yet golf and many other sports lagged behind. Coaches focused on rotation, overlooking ignition.

Hyperstryk Golf RMI changes everything. It is the first device in history to capture and train posterior pelvic tilt in real time, transforming biomechanics into repeatable performance.

Making the invisible visible, turning hidden mechanics into power, control, and longevity.

Executive Summary

• Injury prevalence: 50% of golfers suffer injuries during their careers → tens of millions, multi‑billion USD market.
• Missing link: Posterior pelvic tilt has never been captured or trained in real time.
• Breakthrough: Hyperstryk Golf RMI is the first device to measure and train posterior pelvic tilt live.

The Problem

• Golfers confuse stability with power, blending muscles without a master pattern.
• Posterior pelvic tilt is extremely difficult to see, measure, or train — even elite coaches cannot reliably identify it.
• Without live feedback, golfers compensate, lose efficiency, and suffer injuries.

Core‑related Injuries

• Lower back pain: 25–36% of all golf injuries.
• Hip/pelvic dysfunction: 10–20%.
• Total core‑related: 30–55% directly tied to core mechanics.

Result: billions lost annually in rehab, missed play, and performance decline.

The Breakthrough

• Device effect: Guides the tilt, locks the spine, loads the core, and delivers ignition instantly.
• Technology: Vibration‑based neuro‑learning device with real‑time biomechanical feedback.

Defensibility

• Patent roadmap: Technology is patentable; filing is a first milestone post‑funding.
• First‑mover: No live posterior pelvic tilt device exists.
• Proprietary know‑how: 20+ years of biomechanics expertise.
• Data moat: Unique movement data captured over time.

The Innovator

Neil Alvarez

Neil Alvarez brings over 20 years of expertise in biomechanics and sports performance innovation. His career has been dedicated to solving the hidden mechanics behind injuries and unlocking new pathways for athlete performance. His work spans elite coaching, applied research, and technology development, culminating in the creation of Hyperstryk Golf RMI, the first device to capture and train posterior pelvic tilt in real time.

He is also the author of Tilt Golf: Core Ignition Doctrine, a book that explores the science of movement and core activation in golf. This publication further establishes his authority in biomechanics and demonstrates his commitment to advancing knowledge in the field.

Neil’s vision is to make the invisible visible, transforming biomechanics into instinctive, repeatable performance. His leadership combines scientific rigor with entrepreneurial drive, positioning Hyperstryk to lead the next wave of sports innovation.

Born in the Philippines and raised with humble beginnings, Neil carries forward values of resilience, integrity, and dedication. These principles have guided his journey from early challenges to becoming a future leader in sports biomechanics innovation, and they continue to shape the mission of Hyperstryk Golf RMI.

Why Hyperstryk Is Essential

• Control: Eliminate compensation and protect the spine.
• Power: Ignite the core and unlock torque.
• Consistency: Build repeatable ball‑striking under pressure.

Correct core activation becomes instinctive and automatic, embedding efficient muscle memory for repeatable and correct movement flow.

Vision & Growth

Vision: To become the global leader in sports performance innovation by combining biomechanics, wearable technology, and athlete‑centric methodology.

Growth Strategy

• Phase 1 Core Market Entry (Golf, Year 1): Launch the biomechanics belt and methodology in golf academies and elite training centers. Golf is a €10B+ global market, with strong demand for performance technology among elite and affluent players.
• Phase 2 Expansion (Winter Sports & Cycling/Triathlon, Year 2): Adapt the device methodology to premium sports markets with high visibility and affluent participants. These verticals represent a combined €15B+ market opportunity.
• Phase 3 Global Scaling (Year 3+): Extend into broader sports ecosystems, leveraging federations, clubs, and innovation hubs to accelerate adoption worldwide.

Readiness: The technology is ready for full‑scale production. Funding accelerates rollout, IP filings, and entry into new sports verticals.

The Urgency of Now

• Daily injuries: Golfers worldwide are getting injured right now.
• Blind spots: Training continues without guidance as movement patterns break down.
• Available solution: Hyperstryk Golf RMI makes the invisible visible and corrects activation in real time.
• Timing advantage: Move now to own the category before competitors catch up.

Investors who move now capture the first‑mover advantage in a multi‑billion market.

Pilot Tested Completed

The Hyperstryk Golf RMI device has successfully completed pilot testing, validating both its design and its functional flow. The pilot program was conducted with a select group of athletes and trainers to ensure the device performs consistently under real world conditions.

• Setup & Calibration: Athletes were able to quickly fit and calibrate the device, confirming ease of use and minimal disruption to training routines.
• Real Time Capture: The device accurately tracked posterior pelvic tilt and core activation during swings, providing immediate biomechanical feedback.
• Data Flow: Metrics were transmitted seamlessly to the companion interface, allowing coaches and athletes to visualize performance in real time.
• Training Integration: The device’s feedback loop guided athletes to adjust posture and movement, reinforcing correct biomechanics without interrupting natural swing flow.
• Outcome: Athletes reported improved consistency, reduced strain, and greater awareness of core engagement, validating the device’s impact on performance and injury prevention.

Investor Takeaway: Pilot testing confirms that Hyperstryk Golf RMI is not just a prototype. It is a proven solution with validated flow, usability, and measurable impact. The successful pilot establishes a strong foundation for scaling into broader markets and commercial deployment.

Capital Requirements & Strategic Use of Funds

A detailed breakdown of capital requirements and strategic use of funds will be shared directly via email.