Catapult measures how hard your team trains with GPS wearables. SpikeScience analyzes how well you move from phone video and tells you what to fix. Here is how they compare.
| Feature | Catapult | SpikeScience |
|---|---|---|
| AI biomechanics analysis from video | ||
| Kinematic chain sequencing analysis | ||
| Landing mechanics and injury risk screening | ||
| Personalized training program from analysis | ||
| Position-specific analysis (setter, libero, hitter, blocker) | ||
| Works without a team or coach | ||
| Follows you across team changes | ||
| Workout calendar and scheduling | ||
| Exercise video library (500+ exercises) | ||
| Recruiting profile with verified metrics | ||
| Progress tracking over time | ||
| Works with phone video | ||
| Pricing | $19.99/mo | |
| Free trial | 30-day full access | |
| Mobile app | ||
| GPS distance and speed tracking | ||
| Wearable sensor training load monitoring | ||
| Team-wide athlete load management | ||
| Hardware required | Catapult GPS devices | None (phone video) |
Catapult measures external load — how far and fast you ran, how many sprints, total distance. SpikeScience measures movement quality — your joint angles, kinematic sequence, arm swing mechanics, knee valgus at landing. Catapult tells you how much you trained. SpikeScience tells you what is mechanically wrong with your technique and how to fix it. The two answer fundamentally different questions about athletic performance.
Catapult provides load data that a coach interprets to adjust training. SpikeScience generates the training program for you. After your biomechanics analysis, SpikeScience creates a position-specific program targeting your identified weaknesses — if your analysis shows poor hip-shoulder separation, your program includes the specific hip mobility and rotational power exercises to fix it. Catapult does not generate training programs or exercise prescriptions.
Catapult tracks acute-to-chronic workload ratios to flag overtraining risk. SpikeScience screens your video for the four high-risk landing patterns that predict ACL injuries — knee valgus, stiff-knee landing, lateral trunk lean, and asymmetric contact. Catapult flags when you have trained too much. SpikeScience identifies the specific movement patterns that put your knees at risk before an injury happens, and prescribes neuromuscular training to correct them.
Catapult requires GPS wearable devices worn by every athlete during every session — a significant hardware investment typically only available to professional and collegiate programs. SpikeScience works with any smartphone. Record a 10-second clip of your approach, serve, or pass and get a full biomechanics report. No sensors, no wearables, no team budget required.
Upload your video, get biomechanics analysis, and start your personalized training program. No team required. Cancel anytime.
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