Directly read from the motion sensor or session clock.
One sensor. Sport-specific proof.
HyperPulse is a no-GPS youth sports sensor plus parent app. Each sport gets the right metrics first, with plain-English value and coach-readable review context.

DEVICE + APP | SPORT-SPECIFIC VIEWS
Core signals, remixed by sport.
The hardware reads motion. The app turns it into the sport-specific language parents and coaches actually use.
Blade 1.0 app modes live first for training/general, baseball, softball, basketball, soccer, track, football, and volleyball. Other sport pages are market and validation lanes until field data earns stronger language.
Choose the sport. See the value.
What the labels mean
These labels keep the site honest while the product moves from prototype to field validation.
Calculated from motion patterns; calibration and placement matter.
Validation workflow or roadmap metric that still needs field testing.
Track & Field
Rep timing, start shape, burst windows, fade, and relay practice context without turning every workout into a timing-gate setup.
17 metrics with parent labels Velocity trainingPowerlifting & Strength
Velocity-based training context for bars, jumps, and gym work without burying parents or coaches in raw sensor math.
16 metrics with parent labels Jump loadVolleyball
Jump volume, approach work, arm-swing effort, and court intensity for the sport GPS vests were not built for.
14 metrics with parent labels Indoor burstBasketball
Cuts, transitions, jumps, and effort windows for the gym where GPS cannot help.
14 metrics with parent labels Burst and contact contextFootball
Under-pads movement context for burst, cut, workload, and practice review without making safety claims.
15 metrics with parent labels Route burst and cutsFlag Football
Girls, boys, and coed flag football context for route burst, cut count, flag-pull windows, freshness, and session stories.
12 metrics with parent labels High-intensity runsSoccer
Sprint windows, direction changes, and work-rate context without putting GPS tracking on a kid.
14 metrics with parent labels First-step and rotationBaseball & Softball
Short-burst diamond context: first step, base-running windows, rotation, throw effort, and session notes.
14 metrics with parent labels Tempo and practiceGolf
Practice evidence from the bay to the course: swing tempo, consistency, rotation, and session context.
14 metrics with parent labels Rotation countGymnastics & Cheer
Twist, flip, air-time, and landing-context review for sports GPS vests cannot serve.
14 metrics with parent labels Pacing disciplineCross Country
Cadence, pacing shape, fade context, and terrain notes without turning kids into GPS dots.
14 metrics with parent labels Stroke and serveTennis & Racquet
Stroke count, serve-effort proxy, footwork bursts, and court-session context.
14 metrics with parent labels Scramble densityWrestling & Combat
Takedown attempts, scramble intensity, work-rest density, and high-motion contact-context events for mat sports.
14 metrics with parent labelsBuilt for parents, not data scientists.
The first layer stays simple. The deeper coach layer can carry the details.
What sports can HyperPulse support?
HyperPulse is built around sport profiles: track, strength, volleyball, basketball, football, flag football, soccer, baseball/softball, golf, gymnastics/cheer, cross country, tennis, wrestling/combat, and training use cases.
Does HyperPulse use GPS?
No. HyperPulse is a no-GPS motion sensor and parent app. It focuses on training-grade movement context, not live location tracking.
Can teams pilot HyperPulse?
Yes. The first pilots should be small, controlled, and validation-first so the product can prove what is useful before making stronger claims.
Start with one group.
Pick a sport, validate the placement, capture sessions, and decide what belongs in the parent report and coach summary.
Request a Pilot