Helios Hockey Review: Specialized Sensor vs. HPT

What Is the Helios Hockey Tracker?

The Hardware and Setup

Helios Hockey takes a different physical approach to on-ice tracking. Instead of using a wrist-worn device, it relies on a proprietary smart sensor called the Helios Core. This puck-shaped sensor attaches to a mounting system secured to the front or rear center of your shoulder pads. Helios provides both an adhesive Twist Mount and a hook-and-loop Strap Mount. Once installed, the Core sits on your upper torso throughout practices and games.

The central placement is intended to allow the Core to measure torso movement rather than movement from one wrist. It uses internal inertial measurement sensors, including accelerometers and gyroscopes, to capture movement patterns while you skate. After the session, the sensor connects with your smartphone so the data can be uploaded and processed by the Helios platform.

The Subscription Model

Helios is a hardware-locked platform: you need the proprietary Helios Core to capture its skating metrics. As of 2026, Helios bundles the Core sensor with its PRO memberships rather than requiring a separate initial Core purchase. U.S. pricing is $29 per month with a seven-month minimum commitment, $249 for a 12-month membership, or $399 for a 24-month membership. The plans include the Core sensor, Twist Mount, Strap Mount, wireless charger, and device warranty. The annual and 24-month plans provide permanent hardware ownership, but continued access to Helios's software features and analytics is tied to the membership.

This creates a very different cost structure from HPT. HPT has a free Starter option, Pro at $7.99 per month or $69.99 per year, and a $199 Lifetime option. HPT does not require a proprietary hockey sensor; players who already own a compatible Apple Watch or Wear OS watch can use the hardware they already have. That makes the ongoing cost significantly lower for many players.

Key Metrics Explored: What Does Helios Measure?

Skating Stride Mechanics

The primary focus of the Helios system is skating stride mechanics. Because the sensor sits on the torso, Helios attempts to identify skating movement independently of one specific arm or wrist. It measures total stride count and stride rate, or turnover rate—the frequency of strides taken over time. These measurements can provide another data point for players and coaches evaluating skating activity and consistency.

One of Helios's more differentiated measurements is stride symmetry. By measuring lateral torso movement, Helios estimates whether a player's skating pattern is balanced between the left and right sides. That information may help identify patterns worth discussing with a skating coach. It should be treated as a performance measurement rather than a medical or diagnostic assessment.

Speed and Explosiveness

Helios also tracks skating performance using proprietary movement algorithms. Its metrics include speed, acceleration, explosiveness, agility, workload, stride activity, and related skating measurements. These measurements are derived primarily from the Helios Core's inertial sensors and its proprietary Stride Recognition Technology.

The app compares several metrics with data from the Helios user population, including rankings by birth year. These rankings provide broad competitive context, although they are ultimately comparisons against other athletes participating in the Helios ecosystem rather than a complete representation of all hockey players at a particular age or skill level.

The Missing Link: The Cardiovascular Gap

The Helios Core has an important physical limitation: it cannot measure cardiovascular activity on its own. Because the sensor is attached to your shoulder pads rather than your skin, the Core does not contain an optical heart-rate sensor capable of directly measuring your pulse. Helios can integrate with compatible third-party Bluetooth heart-rate monitors, including devices from Polar, WHOOP, Wahoo, MyZone, Garmin, and other standard Bluetooth HRMs. This adds heart-rate capability, but it requires the player to purchase, wear, charge, connect, and maintain a second compatible device in addition to the Helios Core.

For hockey players, cardiovascular data adds important context to movement data. HPT obtains this information directly from the supported smartwatch the player is already wearing, enabling a broader set of cardiovascular and recovery measurements:

• Heart Rate (bpm): The number of times your heart beats per minute. This provides a baseline for understanding physiological intensity during a shift.
• Heart Rate Recovery (HRR): The speed at which your heart rate falls after intense activity. HPT can evaluate recovery around individual shifts, helping players understand how effectively they recover before returning to the ice.
• Heart Rate Variability (HRV): The variation in time between consecutive heartbeats. HPT uses HRV as part of its broader recovery and readiness analysis.
• VO₂ Max (ml/kg/min): An estimate of the maximum volume of oxygen your body can process during intense exercise, providing context around cardiovascular conditioning.

Helios's external HRM integration adds cardiovascular information to the platform, but it is not the same as having cardiovascular and recovery sensors already integrated into the primary device. HPT combines cardiovascular, movement, shift, historical, performance, and recovery information into its insights without requiring a second hockey-specific sensor plus a separate heart-rate device.

Where Helios Shines: The Main Advantages

Highly Detailed Skating Biomechanics

The clearest reason to consider Helios is if torso-based stride measurement is specifically important to you. Its central mounting position enables measurements such as estimated left-to-right stride symmetry that are more difficult to infer from a device worn on only one wrist. For a player working closely with a skating coach who specifically wants this type of data, that may be useful. It is a relatively narrow advantage, however, and should be weighed against the additional hardware, cost, mounting requirements, and narrower physiological dataset.

Comfortable, Out-of-the-Way Placement

Because the sensor is attached to shoulder pads, it stays off the player's wrist and limbs. Players who strongly dislike wearing a smartwatch while skating may prefer this arrangement. The tradeoff is that the Core becomes another hockey-specific device that must be mounted correctly, charged, brought to the rink, and kept securely positioned during the session.

Where Helios Falls Short: The Core Limitations

A Single-Purpose Device

The Helios Core is fundamentally a specialized hockey sensor. Unlike a smartwatch, it is not the device you wear throughout your normal day to track sleep, daily activity, resting heart rate, HRV, workouts, notifications, and other health or fitness data. For an athlete who wants a continuous view of both on-ice performance and off-ice recovery, maintaining a dedicated device that primarily lives with hockey equipment adds cost and complexity while still leaving other aspects of athlete monitoring to separate hardware and applications.

The Risk of Missing Data

Because Helios relies on a proprietary physical sensor, every tracked session depends on having that specific sensor ready and correctly installed. If you forget to charge the Core, leave it at home, have your mount on another set of pads, or experience an issue with the sensor or mounting system, that session may not be captured. In contrast, many HPT users already wear their smartwatch throughout the day, reducing the number of hockey-specific devices they need to remember.

Mounting can also become a practical concern. Some players report that once equipment becomes wet from sweat or water, the mounting system—particularly the strap-based attachment—can loosen, move out of its intended position, or come partially or completely undone. Because motion measurements depend on consistent sensor placement, a Core that shifts during a session creates both a usability problem and potential uncertainty around the consistency of the data.

Helios Hockey vs. HPT: A Comparative Analysis

Choosing between Helios and HPT depends largely on whether you want a dedicated proprietary hockey sensor focused primarily on skating measurements or a broader software platform that uses a smartwatch to combine hockey performance, cardiovascular workload, recovery, shift analysis, player comparison, and personalized insights. Helios provides several specialized skating metrics. HPT is designed around a more complete picture of what happened during the session, how the player's body responded, how the performance compares, and what the player should focus on next.

Hardware and Accessibility

Helios requires its proprietary Core sensor and a physical mounting system attached to your hockey equipment. HPT runs directly on compatible Apple Watch and Wear OS devices, including hardware ecosystems from Apple, Google, Samsung, and other supported manufacturers. By downloading HPT on a compatible smartwatch, players can turn a device they may already own and use every day into an automatic on-ice tracker. Read our Apple Watch & Wear OS companion guide to learn more.

This difference matters over time. Apple, Google, Samsung, and other major wearable manufacturers continually invest in processors, GPS, motion sensors, optical sensors, battery technology, and machine learning. As compatible watches improve, HPT can take advantage of those underlying hardware improvements without asking players to buy a new HPT-specific sensor. Helios is dependent on the capabilities of its proprietary Core until Helios develops and distributes another hardware generation. Newer smartwatch hardware does not automatically guarantee better hockey measurements, because algorithms and environmental conditions also matter, but HPT is not tied to a single proprietary sensor platform.

Conditioning and Cardiovascular Insights

Because HPT leverages the optical heart-rate sensors built into modern smartwatches, it can provide cardiovascular workload information without requiring another dedicated heart-rate device. HPT tracks average and maximum heart rate, heart-rate zones, recovery measurements, and other cardiovascular indicators. It can evaluate heart-rate recovery around individual shifts, helping show how efficiently a player's body recovers before returning to the ice. Helios can import heart-rate data from compatible third-party HRMs, but the Core cannot capture that information itself.

Automatic Shift Analysis

Both platforms can identify shifts automatically, but they approach the problem differently. Helios uses Core movement and stride-recognition data to identify skating activity. HPT combines multiple signals—including acceleration, skating movement, speed changes, and cardiovascular response—to identify shifts and understand performance within them. HPT logs total shifts, average shift duration, longest and shortest shifts, work-to-rest patterns, and performance within individual shifts. Read our automatic shift tracking explainer for more detail.

Daily Recovery Tracking

HPT also uses data collected outside the rink. Through supported smartwatch health and recovery data, including resting heart rate and HRV, HPT can calculate daily Recovery Readiness and place an individual hockey session within the broader context of the player's physical state. This helps answer not only "How did I skate?" but also "How prepared was I, how hard did I work, and how effectively am I recovering?" Because the Helios Core is not a continuously worn physiological device, it cannot independently provide the same around-the-clock context. Learn more in our Recovery Readiness guide.

A Head-to-Head Comparison

The Value Proposition: What Is the Best Investment?

Helios costs $29 per month with a seven-month minimum commitment, $249 for one year, or $399 for two years, with the proprietary Core hardware included. That price may make sense for players or coaches who specifically want Helios's torso-based stride measurements, birth-year rankings, or related ecosystem. For everyone else, the question is whether those narrower capabilities justify the additional cost and another dedicated piece of hardware.

Helios has also invested heavily in building visibility through marketing, player partnerships, sponsorships, team and league relationships, affiliate and ambassador programs, and retail distribution. Those investments can make the brand more visible and put Helios alongside recognizable hockey names, but marketing reach is separate from product capability. A professional player partnership or sponsorship does not make a sensor more accurate, make the hardware easier to maintain, or automatically turn collected metrics into more useful information for an individual player.

HPT has taken a different approach. HPT does not carry the same level of player-deal, sponsorship, or proprietary-hardware commitment. That allows the product strategy to remain concentrated on what happens inside the software: improving tracking, improving algorithms, making insights more useful, simplifying the user experience, expanding comparisons, and helping players understand what their performance data actually means. HPT is built by hockey players for hockey players, with product decisions centered around the questions hockey players actually ask after a game or practice.

For most hockey players—including competitive players, adult recreational players, and beer leaguers—HPT therefore provides a broader and substantially less expensive performance platform. HPT is free to start, with Pro at $7.99 per month or $69.99 per year. Players who already own a compatible Apple Watch or Wear OS device do not need to purchase or maintain another proprietary hockey sensor. HPT focuses on metrics that directly explain game performance—shift length, speed, explosive acceleration, cardiovascular load, heart-rate recovery, work-to-rest patterns, and physical readiness—while adding personalized analysis designed to explain what the numbers mean and what the player should focus on next.

The Verdict: Who is Helios for?

Helios makes the most sense for a relatively specific type of customer: a player, parent, skating coach, or organization that places substantial value on Helios's proprietary stride measurements and is comfortable paying for and maintaining dedicated hockey hardware. Estimated stride symmetry and torso-based skating measurements are capabilities a wrist-worn device may not reproduce in exactly the same way. If those particular measurements are central to a player's development program, Helios may fit that use case.

Outside of that use case, the value proposition becomes less clear. Helios still requires dedicated hardware, costs substantially more, cannot independently measure heart rate, lacks the continuous physiological context of a smartwatch, and depends on the Core remaining charged, available, and correctly positioned. Players have also reported mounting concerns when equipment becomes wet and the attachment loosens or shifts.

More importantly, collecting additional metrics is not the same thing as providing better insight. Rankings, trends, Hustle Scores, skating measurements, and training content tell you pieces of what happened. HPT is designed to connect those pieces by analyzing every session against your own history, relevant cohorts, specific connected players, cardiovascular response, shift behavior, recovery data, and hockey-specific expert guidance. Rather than simply presenting another number, the objective is to help the player understand whether the number matters, how it compares, and what should change next.

HPT also allows players to connect and share data directly. When other HPT players are detected and users choose to connect, players can compare performance with people they actually skate with instead of relying only on broad age-based rankings. That creates context around the specific game, group, and competition that generated the data.

Helios has built a visible hockey brand through hardware, sponsorships, player relationships, organizational partnerships, and marketing. HPT is pursuing a different advantage: software. It is built by hockey players for hockey players and can concentrate on making tracking more accurate, insights more useful, comparisons more meaningful, and the overall experience easier to use rather than supporting a large proprietary-hardware and sponsorship ecosystem.

HPT also benefits from the continuing development of Apple Watch and Wear OS hardware from companies such as Apple, Google, Samsung, and others. As those manufacturers improve processors, GPS, motion sensors, optical sensors, and health technology, HPT can build on those advances rather than carrying the cost and limitations of developing an entirely separate wearable platform.

For players who primarily want specialized torso-based stride measurements, Helios has a defined role. For players who want to understand how they performed, how hard they worked, how well they recovered, how they compare with other players, how their performance is changing, and what they should focus on next, HPT provides the broader, lower-cost, software-first platform.